Ukraine: Russia’s quest for status quo triggers avalanche

As tanks rolled into Ukraine on February 24, 2022, the discourse from the West depicted President Vladimir Putin as a prowling hegemon bent on reviving the Russian-Soviet Empire, and President Xi Jinping as a statesman anxious about international stability. In reality, Putin is a status quoist who sought the fulfilment of promises made after the fall of the Soviet Union, and Xi (following Deng Xiaoping et al) is dedicated to overturning the US-led post-1945 world order. That the Russian action may actually trigger fundamental changes is incidental; Beijing began the disruption with its smooth march through nations and waters across the globe.

Shortly after the Russian attack on February 24, 2022, Dima Adamsky (Reichman University, Herzliya) observed that Ukraine symbolises Putin’s angst with the post-Cold War order. “It was a unipolar world with one hegemonic power, the United States, whose victory…spawned an attempt to dictate America’s principles and way of life to the rest of the world.”[1] Tim Marshall (Prisoners of Geography: Ten Maps That Tell You Everything You Need To Know About Global Politics, 2016) explains that the strategic interests of nations are dictated by geography. Russia needs warm water ports for trade and commerce: Ukraine’s Black Sea coast connects with the Mediterranean; Sevastopol in Crimea hosts a Russian fleet.

Legal scholar Francis Boyle endorses Moscow’s claim that the 1990 agreement between Secretary-General Mikhail Gorbachev and US Secretary of State James A. Baker III and other European leaders promised that if USSR agreed to the reunification of Germany, NATO would not expand “one inch farther to the east.” Though not put into writing, all commitments made by high-level government officials are binding under international law.[2] American statesman Henry Kissinger and political scientist John Mearsheimer have strongly disapproved of America intruding on Russia’s natural sphere of influence.

Sergei A. Karaganov (Council on Foreign and Defense Policy, Moscow) blames Moscow for “being weak and trusting our Western partners” and asserts that Russia needs a “return to the status quo ante of 1997 when the Russia-NATO Act was signed.”[3] He points out NATO’s aggression against Yugoslavia, Iraq and Libya.

Putins Perception

Putin first revealed his mind at the Munich Security Conference (2007) where he questioned NATO’s eastward movement. Between 1991 and 2007, it admitted the Czech Republic, Poland, Hungary, Slovakia, Slovenia, Romania, Bulgaria and the former Soviet Baltic states (Lithuania, Latvia and Estonia). Putin lambasted the US’s stationing anti-missile systems in Europe, and withdrawing from the Anti-Ballistic Missile Treaty in 2002. In 2008, NATO put Ukraine and Georgia on its wait-list; Russia moved against Georgia (Abkhazia, South Ossetia, 2008) and Ukraine (Crimea, 2014) to retain a buffer against the West. As late as December 2021, Moscow gave Washington its “security proposals,” which included an end to further eastward expansion of NATO; and withdrawal of NATO troops in Eastern Europe.[4]

Russia waited patiently for seven years for implementation of UN Security Council Resolution 2202 of February 17, 2015, which consolidated the Minsk Package of Measures of February 12, 2015, to settle the situation in Donbass. The current military action aims to restore Moscow’s status as an equal partner at the (new) Concert of Europe.

Addressing the Russian people on February 21, 2022[5], Putin asserted that Ukraine is a creation of Bolshevik Russia. After the 1917 revolution, Lenin severed historically Russian land, and after World War II (Great Patriotic War), Stalin gave Ukraine some lands that belonged to Poland, Romania and Hungary; he compensated Poland with some traditionally German land. Then, in 1954, Khrushchev gifted the Crimea to Ukraine. Lenin also gave the new soviet republics (administrative and territorial entities) the right to secession.[6]

Under this flawed Bolshevik Constitution, Ukraine and other republics claimed independence when the USSR collapsed. Russia accepted the new situation stoically and helped the new republics, even paying USD 100 billion Soviet debt alone. In return, most of them gave Russia part of their Soviet foreign assets. But Kiev refused and demanded a share of the Diamond Treasury, gold reserves, and former USSR property and other assets abroad. Putin alleged that Kiev frequently blackmailed on energy transits and literally stole gas.

In a hard-hitting speech, Putin declared that foreign-backed NGOs promoted Russophobia and neo-Nazism in Ukraine. The country is ruled by oligarchic clans with billions of dollars in Western banks. He alleged that the Maidan protest and coup d’état in 2014 was funded by foreign states. The violence included the tragedy in Odessa, where peaceful protesters were brutally murdered and burned alive in the House of Trade Unions. The criminals behind that atrocity were never punished, “But we know their names and we will do everything to punish them, find them and bring them to justice.”

When Crimea opted to return to Russia, Kiev activated extremist cells, including radical Islamist groups, sent subversives to attack critical infrastructure facilities, and kidnapped Russian citizens. Ukraine’s March 2021 new Military Strategy focused on confrontation with Russia, including creating a terrorist underground movement in Russia’s Crimea and Donbass “with foreign military support in the geopolitical confrontation with the Russian Federation.”

International law, Putin asserted, stipulates the principle of equal and indivisible security, which means that a nation must not strengthen its own security at the expense of the security of other states. This was stated in the OSCE Charter for European Security (Istanbul, 1999) and the OSCE Astana Declaration (2010). Ukraine joining NATO is a direct threat to Russia’s security, he emphasised.

The Attack

The attack on Ukraine exposed NATO’s reluctance to face war. US President Donald Trump had berated European nations for using the American umbrella to curtail defence expenditures and build their own economies. However, the American arsenal also lags behind the Russian, and given the post-Covid impact on economies, upgrading defence capabilities may put undue strain on Europe.

Within hours of the Russian deployment, Ukraine President Volodymyr Zelenskyy told his nation that he had reached out to 27 European leaders, but was offered only lip sympathy.[7] Moscow meanwhile offered to negotiate if Kiev agreed to discuss neutrality. Putin had declared his aim to “demilitarise and de-nazify” Ukraine, an allusion to Stephan Banderas and the Maidan coup of 2014. Zelensky expressed willingness to discuss a “potential neutral status,” but insisted on third party guarantees.

This article does not presume to predict the course of this military action, or the fate of negotiations between Russia and Ukraine. However, a few points are in order. Under public pressure, NATO countries are preparing to send arms to Kiev. The situation appears grim; citizens are fleeing to neighbouring countries in droves.

Fallout

Putin’s objective is clearly to cement Russia’s influence in Ukraine, as in Belarus and Kazakhstan. The era of NATO enlargement is de facto over, unless Europe wants a serious war. The initial abandonment of Ukraine has ended Washington’s primacy in Europe. Henceforth, the European Union / NATO will have to focus on the security of core members (Germany, France), leaving the rest to fend for themselves, barring Finland and Sweden. Worse, the victory of Donald Trump (or a Trumpian candidate) in the 2024 US presidential election could shatter the transatlantic relationship.

Moreover, the US-Europe cannot sustain a prolonged economic war with Russia. Eventually, sanctions will be tempered as Russia commands huge energy resources that Europe needs. Besides gas, Moscow controls several critical resources such as palladium, titanium etc.

India and China refused to join the chorus of condemnation of Moscow at the UN Security Council. In early February, Xi Jinping and Putin issued a statement wherein Beijing backed Moscow’s opposition to NATO expansion and its other security concerns in Europe. Once the invasion began, China called for restraint and a negotiated solution. The Chinese government blamed the United States for the crisis, by “hyping up tensions”. India has used its good offices with Russia and Ukraine to rescue its stranded students in that country, the only country in the world that is airlifting its nationals from a crisis-torn region.

Biolabs

The U.S. Department of Defense’s Biological Threat Reduction Program has a huge presence in Ukraine, where several laboratories work on a number of “the world’s most dangerous infectious diseases.” The stated priorities are “to consolidate and secure pathogens and toxins of security concern and to continue to ensure Ukraine can detect and report outbreaks caused by dangerous pathogens before they pose security or stability threats.”[8]

Ukrainian and American scientists work together on Avian EDPs, potentially carried by migratory birds over Ukraine, Crimean Congo hemorrhagic fever virus and hantaviruses in Ukraine, African Swine Fever Virus (ASFV) in Domestic Pigs and Wild Boars in Ukraine, and ASF Bio-surveillance and Regional Risk Assessment. Russia disapproves of the presence of such sensitive laboratories on its doorstep.

Revolutionary China

A few words on China are in order. British geographer Halford J. Mackinder argued that, ‘who controls Eurasia, controls the world’, even though European colonialism was rooted in naval power. Currently, 90 per cent of global trade moves on the high seas. This was why US strategist Alfred Thayer Mahan mooted, “Control of the sea by maritime commerce and naval supremacy means predominant influence in the world; because, however great the wealth product of the land, nothing facilitates the necessary exchanges as does the sea”.[9]

China in the 21st century married both these concepts and emerged as the first non-Western power to project power in Eurasia and the Asia-Pacific. Sensing Washington’s decline, Beijing began challenging the US-dominated post-1945 Euro-Atlantic order by positioning itself on the oceans and land routes across Asia and between Asia and Europe, relying on diplomacy and economic strength.[10]

In barely a decade since their official unveiling, the New Silk Roads (September 2013) and 21st Century Maritime Silk Road (October 2013) are spreading across different geographical regions, embracing over 70 nations. Unlike the US Marshall Plan that rehabilitated Western European nations with common religious, cultural and political (democracy) affinity, the Belt and Road Initiative (B&RI) offers to build infrastructure across nations of Africa and Asia, regardless of political or cultural affinity.

It is not widely known that post-World War II Western hegemony rests on the power to underwrite ocean-bound trade as the US and its Western allies control the marine service industry that supports the Sea Lanes of Communication (SLOCs), which earns them huge revenues. They control the insurance and reinsurance of goods and ships that ply on SLOCs, and the freight rates. The institutions that declare parts of the sea dangerous or hostile are located in Western capitals, and Washington has the power to impose sanctions and stop ships from moving in or out of a particular harbour. This, as former naval officer Atul Bhardwaj notes, is contrary to the principal of multi-polarity in world affairs, and this is what Beijing is seeking to overturn.[11]

If the B&RI succeeds, it would make China the world’s leading power by 2049, the centenary of communist rule. All ports along the Maritime Silk Road are strategic: Melaka Gateway and Kuantan (Malaysia); Kyaukpyu (Myanmar); Jakarta and Batam Island (Indonesia); Colombo and Hambantota (Sri Lanka); Gwadar (Pakistan); Djibouti; Mombasa (Kenya); and Piraeus (Greece). China also has a major stake in a dry port in Khorgos in landlocked Kazakhstan, for a transport hub.[12] European nations that have joined the B&RI include Greece, Portugal, Italy and Switzerland, and Eastern European countries including Hungary and Poland.

Previously, as part of their Eurasian integration plans, Moscow and Beijing began augmenting their gold reserves to undermine the hegemony of the US dollar and evade US sanctions. In 2012, China Foreign Exchange Trade System (CFETS) set up a yuan-ruble payment system. In October 2015, Beijing created the China International Payments System (CIPS), which has an agreement with SWIFT, to help countries sanctioned by Washington.[13] It remains to be seen how effective these systems are in helping Moscow overcome the growing sanctions imposed on it for its action against Ukraine.

Orthodox Church

The Russian Orthodox Church is a powerful and often overlooked element in Putin’s political psychology. The Clinton administration’s unilateral assault on and break-up of Yugoslavia was also an attack on the Slavic Church. Putin moved to rescue President Bashar al-Assad because the Russian Orthodox Church has its roots in Damascus. This changed the politics of West Asia.

Addressing the Russian people on February 21, 2022, Putin asserted that even before the 17th century, people living in the south-west of what has historically been Russian land called themselves Russians and Orthodox Christians.[14] He berated Kiev for acting against the Orthodox Church under Western patronage: “Kiev continues to prepare the destruction of the Ukrainian Orthodox Church of the Moscow Patriarchate.” Putin charged that new draft laws are directed against the clergy, and millions of parishioners of the Ukrainian Orthodox Church of the Moscow Patriarchate have been registered in the Verkhovna Rada (unicameral parliament of Ukraine).

At the time of writing (February 27, 2022), a Russian delegation headed by Vladimir Medinsky had arrived in Gomel, Belarus, for talks with Ukraine. Diplomat Dmitry Peskov claimed that the Ukrainian side had chosen Belarus as the venue for the talks, but Zelensky later changed his mind, citing “military action from Belarusian side.” Instead, he welcomed offers from Turkey and Azerbaijan to broker talks with Moscow. However, after Belarus President, Alexander Lukashenko, spoke with Zelensky, he agreed to send a delegation.

There can be no doubt that eventually Putin will insist on regime change in Ukraine. Russia had raced to seize the Chernobyl plant from the Belarus side partly to reach Kiev sooner, but mainly to squash possible attempts by Ukraine to rebuild a nuclear stockpile.

However, the lasting impact of the current crisis will be in the Asia-Pacific where China is expected to become more assertive. Former Japanese Prime Minister Shinzo Abe has urged Washington to “ditch strategic ambiguity and make clear it will defend Taiwan”. Australia will also expect stronger guarantees for its security vis-à-vis Beijing. Europe, especially Germany, has understood the need to enhance its security. The US-led world order has been sundered; the new order has yet to take shape.

Author Brief Bio: Sandhya Jain is a political analyst, independent researcher, and author of multiple books. She is also editor of the platform Vijayvaani.

References:

[1] Haaretz: ‘Putin Has an Ultimate Goal, and It’s Not Ukraine’, Dima Adamsky, Feb. 25, 2022.

https://www.haaretz.com/israel-news/.premium-putin-has-an-ultimate-goal-and-it-s-not-ukraine-1.10633936?v=1645803515874

[2] TRANSCRIPT: https://podcasts.apple.com/us/podcast/kpfa-flashpoints/id79896091?mt=2

[3] Russia in Global Affairs, It’s Not About Ukraine, Sergei A. Karaganov, February 7, 2022.

https://eng.globalaffairs.ru/articles/it-is-not-about-ukraine/

[4] The Hill, Fifteen years after Munich, Putin is driven by the same fears, Wesley Culp, February 12, 2022.

https://thehill.com/opinion/international/593857-fifteen-years-after-munich-putin-is-driven-by-the-same-fears

[5] https://www.riotimesonline.com/brazil-news/modern-day-censorship/president-putins-full-text-of-february-21-2022-speech-to-the-nation/

[6] Address by the President of the Russian Federation, February 21, 2022.

http://en.kremlin.ru/events/president/transcripts/67828?s=03

[7] RT, Ukraine ready to discuss neutrality, Zelensky says, February 25, 2022.

https://www.rt.com/russia/550546-zelensky-nato-ukraine-neutrality/

[8] U.S. Embassy in Ukraine, Biological Threat Reduction Program,

https://ua.usembassy.gov/embassy/kyiv/sections-offices/defense-threat-reduction-office/biological-threat-reduction-program/

[9] The Economist, “Who Rules the Waves?”, October 17, 2015, http://www.economist.com/news/international/21674648-china-no-longer-accepts-america-should-be-asia-pacifics-dominant-navalpower-who-rules.

Unless otherwise stated, all URLs have been checked May 2020.

[10] Ratner, Ely and Samir Kumar, The United States Is Losing Asia to China, Foreign Policy, May 12, 2017.

http://foreignpolicy.com/2017/05/12/the-united-states-is-losing-asia-to-china/amp/

[11] Bhardwaj, Atul, Belt and Road Initiative: An Idea Whose Time Has Come, China International Studies, May-June 2017, pp. 100-02.

[12] New York Times, China’s Ambitious New ‘Port’: Landlocked Kazakhstan, Andrew Higgins, Jan. 1, 2018

https://www.nytimes.com/2018/01/01/world/asia/china-kazakhstan-silk-road.html?smid=tw-share

[13] The petro-yuan bombshell, Pepe Escobar, thesakeris, December 26, 2017. http://thesaker.is/the-petro-yuan-bombshell/

[14] Address by the President of the Russian Federation, February 21, 2022.

http://en.kremlin.ru/events/president/transcripts/67828?s=03

Spirituality and Law: From Svaraj to Suraaj

Abstract

Spirituality too has its laws just as laws have a spiritual dimension. We pay considerable attention to manmade laws but not enough to natural or higher laws. A spiritualised, rather than litigious, society is more conducive to human welfare and well-being. This requires the voluntary adherence to Dharma which, in the present context, is righteous conduct and responsible citizenship. A responsible and virtuous populace will uphold true Svaraj, which means not just political independence, but robust self-government. In such a society, an enlightened and empowered public does not need external agencies to control or monitor it. Most citizens will not only be law-abiding, but they will also show concern and compassion for their fellow-human beings, for the nation, and also for the environment. But this cannot be attained only from the outside, by legislation, judicial systems, courts of law, the police and paramilitary, the bureaucracy, all lead by politicians or elected representatives. Change can come from within, by seeing oneself relationally as a part of others and of society, by regarding the world as one family (vasudhaivakutumbakam). That is how spirituality in practice can reduce our dependence on state control and the enforcement of laws. It would lead to a state of co-existentialism and cooperation. That is the true meaning of suraaj or a well-governed republic.

Introduction

Is there a connection between law and spirituality? It can be asserted without doubt and ascertained from past experience that a spiritualised (Dharmic) society, has far lower incidents of crime and lawlessness. Consequently, the need for a complicated system of justice and jurisprudence also reduces, because most people will not really want to break laws or harm one another. Throughout society, a fundamental understanding of the nature and of life on earth will prevail. This, then, can be our starting point for an understanding of the relationship between law and spirituality.

If we learn, from early on, to be responsible for the welfare of one another and for society at large, would not our lives improve dramatically? Not just that, our attitude to planet earth will itself change. Instead of fighting with each other and destroying the very habitat that shelters and nurtures us, we will celebrate the gift of life on earth as the greatest opportunity for service and satisfaction.

A beautiful hymn embodying the spirit of the United Nations composed in Sanskrit by the senior pontiff of the Kanchi Math, the late, great sage, Jagadguru Chandrasekharendra Saraswati, affectionately and reverentially known as the Paramacharya or Periyaswami exemplifies the same. It was sung at the United Nations on Oct. 23, 1966 to celebrate UN day by M. S. Subbulakshmi and Dr. Radha Viswanathan in raga Kaapi set to Adi Taala:

मैत्रीं भजत अखिलहृज्जेत्रीम्

आत्मवदेव परानपि पश्यत ।

युद्धं त्यजत स्पर्धां त्यजत

त्यजत परेषु अक्रममाक्रमणम् ॥

जननी पृथिवी कामदुघाऽऽस्ते

जनको देवः सकलदयालुः ।

दाम्यत दत्त दयध्वं जनताः

श्रेयो भूयात् सकलजनानाम् ॥

Here is a rendering into English alongside the line-by-line transliteration:

maitrīṃ bhajata akhilahṛjjetrīm – Cultivate friendship, which will conquer all hearts

ātmavadeva parānapi paśyata – Look upon others as your own self.

yuddhaṃ tyajata – Renounce war

spardhāṃ tyajata – Forsake competition

tyajata pareṣu akramam ākramaṇam – Renounce unrighteous aggression to acquire others’ possessions

jananī pṛthivī kāmadughā(ā)ste – Mother Earth is like the veritable Kamadhenu (wishfulfilling cow of plenty)

janako devaḥ sakaladayāluḥ – God, our father, is most compassionate

dāmyata – practice restraint

datta – give

dayadhvaṃ – be kind

janatāḥ – O people

śreyo bhūyāt sakalajanānām – May all people flourish and attain the highest goodness.[1]

To me this composition is the very essence of spirituality in action. A society following such principles would certainly not be excessively litigious.

Spirituality and Law

The word Spirituality comes from the Latin word ‘spiritus’ meaning ‘breath.’ The deeper meaning of this word is quite akin to what we call ‘prana’ from the ancient times. This Sanskrit word is now part of the vocabulary of most modern Indian languages. It refers, simply speaking, to the non-corporeal aspect of who we are. The underlying idea is that we are not merely the body. There is an aspect of our existence, call it cit, chetana or consciousness, which cannot be reduced to the body.

If we were to understand this in terms of Advaita Vedanta, then we would say that I (as Ātman) am not just merely the body; of course, the body is mine, but I am consciousness (Brahaman) and consciousness is infinite.[2] Consciousness has no beginning and no end. Hence, the ‘prana’ that lives within each one us is infinite. Hence, spirituality is the realisation of a sense of vastness and oneness in our daily lives. This may sound a bit farfetched, but when we look at the stars in the clear night sky, trillions upon trillions of them, too many to conceptualise, let alone count, we are filled with a sense of awe and wonder.

Similarly, when we consider or contemplate our own bodies, usually no more than six feet tall, we are astounded that they contain trillions of tiny cells, each with their well-defined and separate functions. What is more, our own bodies consist of the same particles, atoms, molecules, and above all, space or emptiness, that the rest of the universe is made of. There is literally no way to determine where we end and the rest of the universe begins. Our individuality, thus, is much more of a mental construct than a physical fact. The whole of reality is one interconnected and complex network or system. We thus begin to see ourselves as being beyond just our tiny bodies or limited minds.

Now, let us consider the word ‘law.’ It too is derived from the Latin and etymologically related to words such as lex, ius, jus, iurisdictio, jurisdictio. All of these point to something that is normative and binding, ultimately something that is written down and codified. But in India, we were rarely governed in our past by elaborate legal systems or written down codes. There was a common understanding of what was right and wrong derived from the practice of Dharma. People’s conduct in everyday life was guided by this common, albeit, unwritten “constitution” of the land. In most cases, problems were solved, disputes settled, and satisfactory results achieved without resorting to elaborate and costly litigation.

Our judicial system, in the modern sense, can be traced back to the colonial period. The Indian Penal Code, which is still in force, was notified in 1862. But it was drafted even earlier, after the setting up, under the East India Company’s Charter Act of 1834, of the first law commission of India. Its chairman was none other than Lord Thomas Babington Macaulay. This system was imposed upon us by our erstwhile foreign rulers to take control of our territories, seize our natural resources, and put our people to work for them? Our laws and their enforcement mechanisms, our justice delivery system, and, indeed, the whole system is thus a legacy of legal imperialism?[3]

Speaking from an Indian perspective, Lord Macaulay was the same person who penned the notorious “Minute” on Indian education in 1835. While amplifying “white man’s burden,”[4] he made the sweeping and derogatory statement, “A single shelf of a European library was worth the entire literature of India and Arabia”.[5] With the intention to shape the Indian legal and education frameworks to rule India, Macaulay and the “brown sahibs” he created in service of our colonial masters, were trained to understand and administer law, legal theories, legal institutions and legislations imported from the European continent.

Not just Mahatma Gandhi, but many other notable freedom fighters were lawyers and barristers—Jawahar Lal Nehru, Mohammad Ali Jinnah, Dr Bhim Rao Ambedkar, Sardar Vallabhai Patel, Mohammadali Carim Chagla, and Vinayak Damodar Savarkar, to name a few, although the last did not become a barrister because he was already a marked man as an enemy of the British Empire. The irony is that all these men were legal luminaries of their time but most of them were actually jailed for breaking despotic British laws. They knew that the imported legal system that was imposed on us by the British did not sit well with our cultural orientation. This whole state of affairs can further be elucidated by this short excerpt from William Dalrymple’s book, The Anarchy[6]:

…existing methods of revenue collection were maintained, run out of Murshidabad offices that were entirely staffed with Mughal officials. But frock-coated and periwigged British officials were now everywhere at the apex of the administrative pyramid, making all the decisions and taking all the revenues…colonial proprietor and corporate state, legally free, for the first time, to do all the things that governments do: control the law, administer justice, assess taxes, mint coins, provide protection, impose punishments, make peace and wage war.

It was a system of outright loot under the flimsy cover of law. So, you can see why our judicial system may be mismatched to our civilisational practice, which is based on the sanctity of the spoken word, not on written documents. That is why we say in India, “Raghukula reet sada chali ayi, praan jayi par vachan na jayi.” Vachan refers to giving one’s word, which one must maintain under all circumstances. One’s word is one’s bond. That is the essence of Dharma. But these days, only a written agreement is considered valid or legally enforceable. This means that society does not hold people accountable for what they say, that lying is not just common but considered acceptable. But a society that does not respect truth, whether in thought, word, or deed, cannot be a Dharmic society. When the amount of salt added to food exceeds the pinch that adds flavour to it, the whole meal is spoiled. Similarly, the whole society in which untruth exceeds the tiny quantum that is necessary for the smooth functioning of day-to-day routine, the whole society is destroyed.

For a society which follows spiritual principles, there is no need or temptation to take what is not ours, let alone torture others in order to do so. If we are not separate from other people, then where is the compulsion to hurt others or be unkind to them? If we take a moment to look around ourselves, we feel surrounded by the frenzy of violence and injustice, not only towards human beings but also the planet. There are heinous crimes of manslaughter, rape, robbery, battery, assault, and so on, being carried out on a daily basis. We cause grievous hurt to one another as well as trifling wrongs of broken promises, civil injuries, cheating, fraud, and so on. Should we begin to see all beings as parts of ourselves, suffering the same pain and pleasure, heat and cold, hunger and thirst—then much of these wrongs would cease.

To put it in a nutshell: “Being spiritually enlightened or awakened would change our fundamental attitudes to ourselves, to other lives and to other human beings.” When we go deeper into this issue, we will realise that a fully awakened (not woke!) populace will obviate the need for the kind of legal system which we have today, and which most of us will agree, doesn’t really work well. But this is an ideal state. More practically, we need to reform our present legal system even as we try to spiritualise ourselves and our nation.

Justice Delayed Is Justice Denied: What Ails Our Legal Framework?

At present in India, there are 3.9 crore cases pending in the district and subordinate courts. There are another 58.5 lakh cases pending in various High Courts and more than 69,000 cases pending in the Supreme Court. So, the cumulative figure comes close to 4.5 crore or 45 million pending cases in the Indian judiciary.[7]

This is an immense and unconscionable figure by any standards, as our own Hon. Supreme Court justices have observed. Our daily experience is that what passes for justice, ends up in litigation, which results in endless harassment. This incessant torture in getting through a legal suit is well explained in the memoir, Anita Gets Bail,[8] by former union minister, distinguished writer, and former editor of the Indian Express, Dr. Arun Shourie. He narrates how one fine day there’s a knock at his door—it’s not the dreaded midnight knock that we associate with communist regimes, but rather a mid-afternoon knock. A posse of police people arrive at his residence and say, “Sir, is there somebody called Mrs. Anita Shourie here? We have a warrant for her.” The author replies to that shocking piece of information with a polite counter-question, “Can I know what the charge is?”

To cut the long story short, we discover that Mrs Shourie is being charged with building a farmhouse on protected forest land in the Aravallis on a property that she does not even own. After endless visits to the court, far away in Faridabad, the mess is sorted out. But for Mrs Shourie, who suffers from Parkinson’s Disease, as for the entire family, it has been nothing short of a nightmare to deal with India’s civil and criminal justice system. Let me also highlight another key concern of the author. The incomprehensible language of the judgements of our learned judges, how it is practically impossible for an ordinary citizen to make head or tail of what is going on in any case that he or she may have the misfortune of being entangled in. What the memoir tells us is that even a man of the stature and qualifications of Dr Shourie is unable to grapple with our legal system. What then of millions of less fortunate citizens who are tied to this unintelligible and inefficient law and law enforcement mechanism?

Along those lines, it is difficult not to mention a very famous novel, The Trial, by Franz Kafka,[9] which illustrates legal and metaphysical dystopia even more dramatically. The protagonist in the novel is being tried for a charge he doesn’t know of, a crime that he hasn’t committed, and in the end is sentenced to death, after very bizarre and illogical legal proceedings. Red tape and the complications of the law are satirised in this novel but it is an utmost existential crisis that is being portrayed in it.

In another essay from 19th century, Civil Disobedience,[10] the author, Henry David Thoreau, narrates how he spent a night in jail for refusing to pay taxes. The punishment imposed on him prompted him to write this celebrated essay, which subsequently influenced Mahatma Gandhi. The main theme of Civil Disobedience is that there is a law that is higher (natural law) than man-made law. Man-made law is not perfect because man is not perfect. This very idea went on to become the inspiration for Gandhi to lay the cornerstone for his own Civil Disobedience campaign.

The above examples drawn from literature highlight the common, underlying idea that human laws are not immutable, but subject to time, space, customs, and prevailing beliefs. They need constant scrutiny and modification if they are to serve their purpose and if, more importantly, justice is to be served.

Gandhian Methods: Spiritual Means to Attain Legal Ends

As we know from our freedom struggle, Gandhi was a constitutionalist, but he became the most celebrated law-breaker in history. How did this happen? If human laws are found totally unjust and oppressive when measured against higher laws, Gandhi believe that one must disobey them. This is precisely what he did, gladly bearing the punishment. He became a prisoner of conscience, spending a total of over eleven years in colonial prisons. He was arrested frequently, on one occasion thrice in four days! But it was the British Empire which was on trial, not he. As a truthful, moral, and upright person, he was telling the world that in an unjust society, the best place for an honest man was the jail. In a discourse of Law and Spirituality, the work of Gandhi to raise voice and gather mass support against the despotic British law is too distinguished and memorable to be forgotten.

Gandhi is most popularly known for how he shook the very foundations of the British Empire that ruled more than 1/4th of the entire land mass in the world by his simple but powerful grassroots method of Satyagraha. The word ‘Satyagraha’ is a compound of two Sanskrit nouns, ‘Satya’ meaning ‘Truth’ and ‘Agraha’ meaning ‘insistence.’ To insist on truth was the Gandhian way. If it necessitated the breaking of unjust laws, he did not hesitate to do so.[11] Unfortunately, today, we have trivialised Satyagraha. We have become a culture of protesters, demanding even unfair and unjust things – andolanjeevis, professional protesters as one of our national leaders put it. But for Gandhi, ‘Satyagraha’ meant ‘Truth-Force,’ which he also called “love-force or soul-force”. In his autobiography, My Experiments With Truth, Gandhi confessed that he derived moral and spiritual guidance from Bhagavad-Gita.[12]

The Mahabharata, of which the Gita is a part, famously says, “Ahimsaparamodharmah” – non-injury is the supreme Dharma. But our ultimate duty is to safeguard the dharma itself. Only then will dharma also protect us: धर्मो रक्षति रक्षितः, as the Manava Dharmashastra (8.15) puts it: “Those who protect Dharma are protected by the Dharma.” Gandhi was able to use non-violent resistance to morally compel the colonial government not only to change its laws, but eventually to leave India. Today, his methods are used in many parts of the world by those who wish to exert pressure on their own governments to change.

Gandhi believed that ruling and governance not be limited to the elites of the society. Self-rule or svaraj meant that the entire community had to be uplifted and enlightened. For these very reasons, Gandhi, along with Mrs. Kasturba Gandhi, conducted many experiments and rural development projects all over India.[13] In his seminal work, Hind Swaraj (1909), he spoke at length of his idea of an ideal society, based on truth and non-violence. Gandhi also criticised lawyers, although he was himself a barrister, for fleecing their clients and doing little to resolve disputes. The fact that Gandhi’s call for Satyagraha was well received by the Indian people is enough to prove that Indian society is dharmic, rather than legal in its orientation. What is noteworthy here is that the Indian populace could accept and act on a path shown by Gandhi because it felt organically and intrinsically a part of Indian culture and society.

Gandhi’s ideal was to make India a self-governing and dharmic society. The living example of this is how, even today, we are one of the least policed, criminalised, or legalised society per capita. Dozens of villages may have just one police station, with only 2-3 law enforcement officers keeping the peace with just sticks and bicycles. How is this possible? It is because the populace is quite capable of regulating and governing their internal matters at the local level itself. That is also the reason why legal recourse is not only frowned upon but is looked down upon as something artificial, foreign, incomprehensible, not to mention enormously expensive and ruinous.

When you are truthful and follow dharma, you hardly need the law. In today’s times, the state of affairs in India is such that a law-abiding citizen in India becomes anxiety-stricken when approached by a policeman. What is he going to get me for, is the first question that pops up. Doesn’t that tell us something? Law enforcement and the legal system have got a bad name. The reason? Right back to Mughal times, the office of the Kotwal was known for its corruption and extortion. Some of those bad practices continue which leads to lack of trust between the citizens and the legal system that is governing them. On the other hand, the intrinsic dharmic nature of India does not need an expansive and expensive apparatus of law to decide what is right and what is wrong for citizens. In a dharmic society, it becomes the first nature of citizens to act in alignment with righteousness. In other words, the connection between Spirituality and Law is that in a highly evolved and dharmic society, the latter is far less important. Instead, of increasing the number of courts, judges, and laws, we need to re-emphasise Dharma, which does not require an artificial and imposing judicial system.

What Can We Do?

We have already seen that we need to link law and spirituality because human laws can be deeply flawed. But there is also the urgent need to decolonise legal systems. Not only our own, but legal systems around the world are a legacy of the British or other European colonial powers. These systems carry their euro-centric features which are often inconsistent with the deep-seated value system and historical progression of our societies.

Therefore, there has been a longstanding demand to overhaul or amend our inherited laws and justice mechanisms. In addition to the civilisational mismatch, many laws inconsistent with the ground realities and practicalities of India have also come under scrutiny. For instance, in contemporary times, LGBTQ rights and scrapping of provisions of the sedition law have been at the forefront of these debates. Homosexuality was criminalised in Section 377 of the IPC during British rule. This decision to criminalise homosexuality was made to conform to Christian religious values although the practice was secretly rampant in the Church for centuries. There was an additional reason: to protect young, colonial males from predatory sexual marauders. The latter may still be found, as in Afghanistan, where “bachabazi,” the practice of abusing pre-puberty boys still persists. Ancient Indian culture was far more sexually permissive. Same-sex love was not taboo, though it was not the norm.[14]

As to the sedition law, the Indian judiciary unites to question this tyrannical British law. Addressing Attorney General K.K. Venugopal and Solicitor General Tushar Mehta appearing for the Centre, Chief Justice of India, N. V. Ramana noted, “Sedition is a colonial law. It suppresses freedoms. It was used against Mahatma Gandhi, Tilak… Is this law necessary after 75 years of Independence?”

The reality is that despite the visible dissatisfaction with the colonial remnants in the Indian legal system, we are still following them although some of them are antiquated and unjust measures. India has inherited the laws that our own freedom fighters struggled against, often defied, broke and went to jail for. It is utterly poignant that some of those laws still persist in India. Under these “Rowlatt Act”[15] type of regulations the state can imprison and hold us for almost any length of time without having to justify its position on such detention. Our colonial masters used these laws to stifle and subdue us. Unfortunately, the independent state of India is using these very laws, and more like them such as UAPA, MCOCA, AFSPA, and NSA, against its own citizens. Worse, every major political party, when in power, has taken recourse to them.

Even under the normal provisions of the law, a person may be arrested and detained, just for making a statement considered inflammatory. To offer a very recent example, Union Minister and Rajya Sabha MP and former CM of Maharashtra, Narayan Rane, was detained for his allegedly offensive remark against Maharashtra Chief Minister Uddhav Thackeray. He was charged with Section 153 (wantonly giving provocation with intent to cause riot, if rioting be committed, if not committed) and 505 (statements conducing to public mischief) of the IPC. This event brings to light the opacity and unintelligibility in the legacy of the British legal system as can also be seen from the fact that not once in the history did the collegium of the Supreme Court elevate a single professor of law or a notable jurist to the rank of a judge, despite having the powers to do so.[16]

Dharma, Law, and Contemporary Challenges

Law emanates from morality or Dharma, not the other way round. You can have Dharma without law, but never law without Dharma. Moreover, as we know only too well, Dharma and morality are never static.[17] They change with time, space, and circumstances. Take for example today’s debate over imposition of Sharia Law in Afghanistan. The Sharia was codified many centuries ago. Most would consider it not suitable for current times. Arguably, both Judaic and Islamic laws go all the way back to Hammurabi’s Code,[18] with its principle of “lex talionis” or retaliatory justice, commonly known as “an eye for an eye and a tooth for a tooth.”

Gandhi famously said that such a law would render most of the world blind. However, harsh punishments such as cutting off limbs for stealing or stoning to death for adultery are still in vogue in some societies. Long ago, even Jesus Christ discouraged such harsh and inhuman punishments. In the Bible[19] there is a famous passage when Jesus intervenes to stop a group of people from stoning a woman for adultery. Jesus says, “He that is without sin among you, let him first cast a stone at her” (John 8:7 KJV). Clearly, the counter-argument against these primitive laws is that they violate human rights. Moreover, penal action cannot justify excessive violence or cruelty. To consider manmade law as immutable or permanent is, therefore, undesirable and retrogressive. It puts human law in conflict with the higher law, which we may term natural or divine law.

Taking such examples from scriptures, religious codes, and history, we can draw the inference that man-made laws are not perfect because man is not perfect. Our laws have to be measured against higher laws to come to a more reasonable interpretation and application of law that actually serves human beings. A purely legalistic and normatively overdetermined system, with an endless array of mandates and caveats, does not align with the inherent ethics and moral inclinations of a given society. An overly positivist approach to law is not only unnatural but also defeats the purpose of having law and legal framework itself. In that light, it was observed by Justice P. N. Bhagwati in the Hussainara Khatoon case,[20]

Today, unfortunately, in our country the poor are priced out of the judicial system with the result that they are losing faith in the capacity of our legal system to bring about changes in their life conditions and to deliver justice to them… The law is regarded by them as something mysterious and forbidding– always taking something away from them and not as a positive and constructive social device for changing the social economic order and improving their life conditions by conferring rights and benefits on them. The result is that the legal system has lost its credibility for the weaker sections of the community.

If we read this excerpt in the light of what I have stated earlier, we will find that the emphasis on self-regulation and Dharma will save us from endless and incomprehensible legal procedures, extortionate litigation, and delayed justice. Instead, a responsible citizenry, vigilant about each other’s rights and welfare, will result in overall good governance and peaceful society.

Attempts have been made to incorporate traditional methods in judicial remedies and mechanism, and such attempts have had favourable results. Lok Adalat[21] is an example. Similarly, if we resort to mediation before and arbitration after litigation, we will reduce the endless pile of pendency in our courts. Such mechanisms will provide citizens with expedient, inexpensive, and less tedious means of legal redressal. But, even more importantly, if we weave the social and legal fabric with the unbreakable threads of dharma, we would not even need to reach the pretrial stage. That is because no one would wrong another and thus no one would have to suffer needlessly. Of course, this is the ideal state and does not obtain anywhere in the world at present. But it is substantially evident that wherever people are more Dharmic, crime, lawlessness, and violence are mitigated. That is what the idea of Ram Rajya signified originally and whose connotations were revived by Mahatma Gandhi during the freedom struggle.

Delimitation: Breaking or Building the Wall?

To avoid misunderstanding, let me clarify that this paper is not advocating a case for the abolition of law. Law cannot and should not cease to be in our times. There are institutions of modern-day society which require laws and robust enforcement mechanism. International business will not invest, let alone flourish, in India without well-defined statutes and enforceable contracts. The case of the reversal of the palpably unjust and unsustainable retrospective taxation clause is a good example Though the Indian government stands to lose over a billion dollars, we have saved our face and reputation as a country where laws are not changed retroactively and arbitrarily. We suffered enough by driving out Coke and IBM in 1977; such pseudo-socialistic measures need not be repeated under the guise of Swadeshi or Atmanirbhar Bharat. Rather, our resilience and reliability can be built only on a culture of excellence and ability to compete globally.

Similarly, the entire legal framework of Company Law, Intellectual Property Law, Taxation Law, Information & Technology Law, Media Law, and so on are absolutely required today as are civil and criminal law. What is attempted to being conveyed is that human wellbeing and welfare cannot be ensured only from outside. Instead, an inside-out transformation is the Indian way. This is where Dharma and spirituality come into the picture. When we become better human beings, we will also become less conflicted and contentious. Direct and speedy resolutions of disputes in such a society will be a matter of daily practice rather than protracted and, oftentimes, fruitless litigation.

In a dharmic society that India is, there is oneness in how one sees our fellow human beings. In such a view, the odds to inflict any type of harm and distress to others reduces dramatically. If 95 percent of the people follow Dharma, then the law can deal with the 5% who don’t. Religions were invented by humans as codes to regulate human conduct. As the noted Jewish historian, Yuval Noah Harari in his much-celebrated book, Sapiens[22] puts it:

In order to survive, the inhabitants of a particular valley needed to understand the superhuman order that regulated their valley, and to adjust their behaviour accordingly. It was pointless to try to convince the inhabitants of some distant valley to follow the same rules. The people of Indus did not bother to send missionaries to the Ganges to convince locals there…Being communicated with one another directly and negotiated the rules governing their shared habitat.

Even before the advent of Islamic or European invaders, Indians were capable of regulating their internal matters and community affairs from time immemorial as can be seen from India being the hallmark of civilisations, cultures and traditions. Assimilation of European legal modules, theories and institutions have neither fully derailed things nor destroyed the traditional Dharmic framework of our civilisation. The challenge is only to realign ourselves and our legal framework to our age-old Dharma. This is exactly what Gandhi advocated in Hind Swaraj.

Conclusion: From Dharma to Moksha

We have delved into spirituality mostly in terms of Dharma, but before we close, we can go even deeper, towards Moksha, or liberation. The purpose of human life is maximum freedom. Freedom from wants, cares, suffering—even freedom from bodily limitations and death. India is a country of seekers, not of believers. What this means is that we ask innumerable questions and find innumerable answers to them. We look for better and better ways to be human as also to exceed and transcend our humanity.

Towards that end, let us briefly examine the paradox that the topic “Law and Spirituality” presents. One view is that they belong to two entirely different realms, as the Biblical injunction found in the synoptic gospels, “Render unto Caesar the things that are Caesar’s, and unto God the things that are God’s” (Ἀπόδοτε οὖν τὰ Καίσαρος Καίσαρι καὶ τὰ τοῦ Θεοῦ τῷ Θεῷ) [Matthew 22:21, KJV]. Law belongs to the practical aspect of life and spirituality belongs to what is beyond whatever our senses can grasp. In this regard, there is a hard position, as suggested above, that separates these two and an equally hard contrary position in which both belong to the same world, without separation, as we find in some schools of Islamic jurisprudence. Believing that Law and Spirituality are interconnected but not identical, I take the intermediate position. I say this because you need practical wisdom to succeed in the world. For a grihasta or householder, aparigraha,[23] would be disastrous. But, by the same token, success in the world does not guarantee true happiness either. If it did, why would the rich be miserable, to the extent even of committing suicide?

My experience tells me that those who do not have what it takes to succeed in the world rarely do well on the spiritual path either. Why is this the case? That is because to achieve siddhi or victory on the latter path is even harder, requiring more energy, expertise, application, dedication, and persistence than attaining worldly success. And why not? When the rewards are reportedly and reputedly greater?

That is why in India we evolved the idea of the four purusharthas or the cardinal aims of human existence, namely, dharma (righteousness and virtuous conduct), artha (money and power), kama (pleasure and satisfaction), moksha (liberation and freedom from suffering).[24] The nature of dharma and moksha bears on the theme beyond the physical realm, while artha and kama are the vehicle of finding our way through that physical realm. In order to combine Law and Spirituality, let us take dharma and moksha on one side, and kama and artha on the other side. You will see that we need both in order to develop our full potential and to find happiness in the here and now, as well as achieve freedom from fear, whether of suffering or death. As long as we are afraid to suffer, we can never be free. Therefore, upon conjoining the two, we can pave our way to more holistic human flourishing.

That is why I say, instead of litigation, go towards arbitration; instead of arbitration, go towards mediation; instead of mediation, go towards discussion; instead of discussion go towards spirituality. Then we can reach to the higher truths, doing away with our inter-personal as well as intra-personal conflicts. We learn to accept others as they are rather than insisting on making them the way we want them to be. We also learn to accept the world as it is, without giving up our duty to make it a better place.

So rich and effective is spirituality in awakening our higher senses and intelligence that India invented and curated myriad yogic and other practices to align the physical, vital, mental, psychic and spiritual dimensions of our being. This fivefold integral yoga by Sri Aurobindo[25] is one such well known works of spiritual and yogic practice. I highlight this because I believe that each one of us has a ‘shakti punj’ (source of energy) within us. And by channelizing this energy in the right direction and with good intentions, we can unlock a higher realm of existence where everyone means well for fellow human beings and the need for positive, rule-based law will be in perfect harmony but not supersede natural law and divine law.

If society is spiritualised, law will also not be untouched from such a reform. Because, as stated earlier, law adjusts itself according to the needs and priorities of the society. This would reduce crime, violence and overall lawlessness, which, in turn, would reduce the need for litigation. Hence, spiritualising the society to address our interrelations with each other is the most feasible and attractive way to secure equity and fraternity, not to mention reducing the burden on our already over-loaded and unwieldy justice system.

The “Golden Rule,” “Do unto others as you would have them do unto you,” uttered in this form by Jesus in “The Sermon on the Mount,” is found in some form or the other in all traditions.[26] As a negative injunction, attributed to Confucius, it is equally effective: “Do not do to others what you do not want them to do to you.” Although absolute non-violence is not possible because life feeds on life, but we can certainly forswear the intention to hurt others. If out of 7.9 billion people on the planet, even if one billion internalise and practice spirituality, the world would be a completely different place.

Finally, in a spiritualised world, there is more meaning to life because now nobody is living solely for themselves. Spirituality is capable of bringing communities together and unifying them in mutually satisfying and enhancing partnership.

India won its svaraj from British rule, at least in terms of political independence, nearly 75 years ago. But has it also attained suraaj – good governance, leading to a society in which the well-being of all is ensured? When it comes to our legal system, how many common citizens feel protected and safe under it? Are cases resolves speedily, justice dispensed in a timely and fair manner? How much trust is there between the rulers and the ruled, although the former are supposed to serve the latter? Such questions do not have simple answers. We are a nation in the making, a society still being re-formed after centuries of oppression and destruction. We cannot be too harsh in our self-criticism, but rather demonstrate patience and faith in the destiny of India. But if the Dharmic foundations of our society are strengthened and if our society is spiritualised, attaining suraaj in addition to svaraj, will not remain a dream. It will become a reality.

Let me end with the famous assurance that occurs no less than eleven times in the Mahabharat: यतो धर्मस्ततो जयः (Yato Dharmas tato Jayah). It means, “Where there is Dharma, there will be Victory.” This is also the motto of the Supreme Court of India.

Author Brief Bio: Prof. Makarand R. Paranjape is a Professor of English at Jawaharlal Nehru University, New Delhi.

References:

[1] See the official website of the Kanchi Sankara Math for their rendering and photos of the performance: http://vandeguruparamparaam.blogspot.com/2016/10/maitreem-bhajatha-timeless-poem-for.html.

[2] Deutsch, Eliot, Advaita Vedanta: A Philosophical Reconstruction, University of Hawaii Press. 1973.  p. 3 note 2

[3] Schmidhauser, J. R. Power, “Legal Imperialism and Dependency,” Law & Society Review Vol. 23, No. 5 (1989), pp. 857-878.

[4] Easterly, William. The White Man’s Burden. Oxford University Press, 2007

[5] http://www.columbia.edu/itc/mealac/pritchett/00generallinks/macaulay/txt_minute_education_1835.html

[6] Dalrymple, William. The Anarchy: The East India Company, Corporate Violence, and The Pillage of an Empire. Bloomsbury Publishing 2019. p. 209

[7] Pending Dashboard, National Judicial Data Grid, last accessed 8 September, 2021, https://njdg.ecourts.gov.in/njdgnew/?p=main/pend_dashboard

[8] Shourie, Arun, Anita Gets Bail: What Our Courts Are Doing? What Should We Do About Them?. (New Delhi: HarperCollins Publishers India, 2018).

[9] Kafka, Franz, The Trial (New York: Schocken Books, 1999).

[10] Thoreau, Henry David. Walden and “Civil Disobedience”. New York: Signet Classics, 1980.

[11] Diwakar, R. R. : Saga of Satyagraha. New Delhi: Gandhi Peace Foundation, 1969. p. 1

[12] Gandhi, Mahatma. An Autobiography: The Story of My Experiments with Truth. Washington DC: Public Affairs Press of Washington, 1948.

[13] Gandhi, M.K, India of My Dreams, (Ahmedabad: Navajivan Publishing House, 1947).

[14] Ray, S., “Indian Culture Does Recognize Homosexuality, Let Us Count The Ways,” The Quint, September 11, 2018.

[15] Rowlatt Acts, 1919, legislation passed by the Imperial Legislative Council, the legislature of British India. The acts allowed certain political cases to be tried without juries and permitted internment of suspects without trial.

[16] Chhachhar, V. “Appointment Of Judges In India Through Collegium System: A Critical Perspective.” Sml. L. Rev. 208 (2018).

[17] Cicero, Marcus Tullius, and James E. G. Zetzel. 1995.

[18] Hammurabi, King of Babylonia., and Robert Francis Harper. The Code of Hammurabi, King of Babylon About 2250 B.C.

[19] Bible: Epistle of James. James 2:11

[20] Hussainara Khatoon & Ors vs Home Secretary, State of Bihar, 1979 AIR 1369, 1979 SCR (3) 532

[21] Section 19 & 20, Legal Services Authorities Act, 1987

[22] Harari, Yuval N. author. Sapiens: A Brief History of Humankind. New York:Harper, 2015.

[23] Aparigraha- non-accumulating material possession and worldly pleasures. The five great Yama in Patanjali’s Yoga Sutras are Non-violence-Ahimsa, Truth-Satya, Non-stealing-Asteya, Celibacy-Brahmacharya, Non-attachment/Non-possession – Aparigraha

[24] Bhagavad-Gita

[25] Sri Aurobindo was an Indian philosopher, maharishi, yogi, poet, and Indian nationalist. See The Penguin Sri Aurobindo Reader ed Makarand R Paranjape (New Delhi: Penguin, 1999).

[26] Simon, Blackburn, Ethics: A Very Short Introduction, (Oxford: Oxford University Press), p. 101.

Ancient Indian Knowledge Systems and their Relevance Today – With an Emphasis on Arthaśāstra

“We owe a lot to the ancient Indians, teaching us how to count. Without which most modern scientific discoveries would have been impossible” ~ Albert Einstein

Indian civilisation has accorded immense importance to knowledge — its amazingly vast body of intellectual texts, the world’s largest collection of manuscripts, its attested tradition of texts, thinkers, and schools in so many domains of knowledge. In Srimad Bhagavad Gita, 4.33,37-38, Lord Krishna tells Arjuna that knowledge is the great purifier and liberator of the self. India’s knowledge tradition is ancient and uninterrupted like the flow of the river Ganga, from the Vedas (Upanishads) to Sri Aurobindo, knowledge has been at the centre of all inquiry.

The entire body of organised knowledge is divided into two sets in the Mundakopanisad — pars vidya and apara vidya (Mundakopanisad, 1.1.4), knowledge of the ultimate principle, paramatma or Brahman i.e., the metaphysical domain, and knowledge that is secondary to how one grasps aksara-Brahman i.e., worldly knowledge. Accordingly, a distinction is made between jnana and vijnana, the knowledge of facts of the perceptible world. Over time, knowledge of different domains has been institutionalised into disciplines, or vidya and crafts, or kala. Indian disciplinary formations include fields as diverse as philosophy, architecture, grammar, mathematics, astronomy, metrics, sociology (dharmasastra), economy and polity (arthaśāstra), ethics (nitishastra), geography, logic, military science, weaponry, agriculture, mining, trade and commerce, metallurgy, mining, shipbuilding, medicine, poetics, biology, and veterinary science. In each of these, a continuous and cumulative series of texts continues to be available despite the widespread loss and historically recorded destruction.

Tradition mentions 18 major vidyas, or theoretical disciplines; and 64 kalas, applied or vocational disciplines, crafts. The 18 vidyas are: the four Vedas, the four subsidiary Vedas (Ayurveda – medicine, Dhanurveda – weaponry, Gandharvaveda – music and Silpa – architecture), Purana, Nyaya, Mimamsa, Dharmasastra and Vedanga, the six auxiliary sciences, phonetics, grammar, metre, astronomy, ritual, and philology — these formed the basis of the 18 sciences in ancient India. As far as the applied sciences are concerned, there are competing enumerations of 64.[i]

The first thing to note is the constructivist dimension of Indian thought. At one time in its intellectual history, from 1000 BCE to almost CE 600, the Indian mind, it appears, was deeply immersed in empire-building, both of the terra firma and the terra cognita. Few cultures can show such wide-ranging, structured systems of ideas in almost all spheres of human life as witnessed in India during this phase. This led to the generation of a vast stock of ideas, which imprinted itself on the Indian mind making it naturally reflective and ideational.

The ancient Indian masters of politics – Kautilya, Bhīṣma, or Vidura – always followed the path of realpolitik over political ideologies. However, there were definite principles and theories upon which the foundation of the Classical Indian polity was based. The specific vidya or branch of Indian knowledge systems dedicated to the discussions of those principles, theories, and experience-based prescriptions was called dandaniti, the other three vidyas being ānvīkṣikī, trayī, and vārtā. This four-fold division is mentioned in Kautilya’s Arthaśāstra 1.2.1 (Kangle 1960). Each of the vidyas has one or more lineage of masters who have created multiple schools of thought, thus preserving, expanding, and proliferating the Indian knowledge systems. For dandaniti, the traditionally celebrated masters or acaryas are Bṛhaspati, Śukra, Uśanas, Bhīṣma, Kauṭilya, Kāmandaka, to name a few.

Among these masters, Bhisma’s teachings throughout the Shanti Parva and the Anushasana Parva of Vyasa’s Mahābhārata stand out as an exhaustive commentary on this unique paradigm of assimilating and practicing power, polity, politics, and administration. In the extent of its treatment of dandaniti, it is paralleled only by the Arthaśāstra.[ii]

It is now accepted that western criteria are not the sole benchmark by which other knowledge systems should be evaluated. While the term ‘traditional’ often implies ‘primitive’ or ‘outdated’, many of the traditional sciences and technologies were quite advanced[iii] even by present-day standards and better adapted to unique local conditions and needs than their ‘modern’ alternatives.

The United Nations defines ‘Traditional Knowledge Systems’ as:

“Traditional knowledge or local knowledge is a record of human achievement in comprehending the complexities of life and survival in often unfriendly environments. Traditional knowledge, which may be technical, social, organisational, or cultural was obtained as part of the great human experiment of survival and development.”[iv]

Laura Nader describes the purpose of studying Traditional Knowledge Systems (TKS): “The point is to open up people’s minds to other ways of looking and questioning, to change knowledge attitudes, to reframe the organisation of science — to formulate a way of thinking globally about traditions.”

Modern science perhaps dates to Newton’s times. But Traditional Knowledge Systems (TKS) date since more than 2 million years, when Homo habilis started making his tools and interacting with nature[v]. Since the dawn of history, different peoples have contributed to different branches of science and technology, often in a manner involving interactive contacts across cultures separated by large distances. This interactive influence is becoming clearer as the vast extent of global trade and cultural migration across vast distances is being recognised by researchers.

Not only in the field of dandaniti and rajadharma, the Indian civilisation also had a strong tradition of science and technology. Ancient India was a land of sages and seers as well as a land of scholars and scientists[vi]. Research has shown that from making the best steel in the world to teaching the world to count, India actively contributed to the field of science and technology centuries before modern laboratories were established. Many theories and techniques discovered by the ancient Indians have created and strengthened the fundamentals of modern science and technology. However, the vast and significant contributions made by the Indian sub-continent have been ignored. The British colonisers could never accept the fact that Indians were highly civilised even in the third millennium BCE when the British were still in a barbarian stage. Such acknowledgement would destroy the civilising mission of Europe that provided the intellectual justification for colonisation.

British Indologists did not study TKS, except to quietly document them as systems competing with their own and to facilitate the transfer of technology into Britain’s industrial revolution[vii]. What was found valuable was quickly appropriated, and its Indian manufacturers were forced out of business, and this was in many instances justified as civilising them. Meanwhile, a new history of India was fabricated to ensure that present and future generations of mentally colonised people would believe in the inferiority of their ancient knowledge and the superiority of the western ‘modern’ knowledge. This has been called ‘Macaulayism’, named after Lord Macaulay, who successfully championed this colonial strategy from the 1830s.3

Arthaśāstra

Kautilya (also known as Chanakya or Vishnugupta) was the Chief Minister and the brain behind King Chandra Gupta Maurya (317-293 BCE), which led to consolidation of the Mauryan empire and ushered in the Golden Age of India. It also put an end to the threat by the successors of King Alexander. The strategy helped in uniting the whole Indian sub-continent and sowed the seeds for the concept of the Indian nation. The Mauryan Empire not only spread across the sub-continent but extended in the west till the Persian border and to Myanmar (erstwhile Burma) in the east. The strategy propounded by Kautilya was the treatise Arthaśāstra, a comprehensive compendium of the art of ruling a kingdom and defeating one’s enemies. Verse 1.1.19 states that “this work easy to learn and understand, precise in doctrine, sense and wordiness, has been composed by Kautilya” lays to rest doubts about the authorship of this treatise. Moreover, Kautilya states right at the beginning that Arthaśāstra is a compendium of similar treatises written by earlier teachers. Subsequent works like Kamandaka’s Nitisara, Dandin’s Dashakumaracharita, Vishakhadatta’s Mudrarakshasha, and Banabhatta’s Kadambari give credence to the traditional Arthaśāstra’s dating and authorship.[viii]

The Arthaśāstra was very influential in ancient India up to the 12th century CE, after which it faded away. The text, however, was rediscovered in 1904 by Dr R Shama Shastri and was published in English in 1915.

Dr RP Kangle (Kangle 1960) in his study, “The Kautilya Arthaśāstra”, points out on the relevance of Kautilya in the modern era, “We still have the same distrust of one nation by another, the same pursuit of its interest by every nation tempered only by the considerations of expediency, the same effort to secure alliances with the same disregard of them in self-interest”. It is difficult to see how rivalry and the struggle for supremacy between nations can be avoided or how the teachings of Arthaśāstra based on these basic facts can ever become superfluous. Historically, neither the formation of the League of Nations nor later the United Nations Organization has transformed the world as envisaged. Hence, the Arthaśāstra and its basic tenets would continue to remain relevant in the foreseeable future. [ix]

The Arthaśāstra is a vast compendium comprising 15 books, which are divided into 150 chapters, 180 sections and 6000 shlokas. The Sanskrit meaning of Arth is wealth, but Kautilya’s meaning encompasses a much wider canvas. The wealth of a nation has two major pillars – its territory and its subjects. The treatise is essentially a treatise on the art of governance and covers all aspects required for a society to function internally, and as a nation-state in its relations externally. Thus, at the macro level, the topics covered a span from statecraft, war to diplomacy. At the other end of the spectrum, micromanagement of the state is also covered in detail, e.g., revenue sources and taxation, commodity prices and their taxes, standardisation of weights and measures, the organisation of the army, descriptions of forts and defences. Interestingly, there exists a very prominent mention of the Navy as it has mentioned the ‘superintendent of ships’ in Book II. Kautilya may have foreseen the importance of a seaborne force and a Navy.

Kautilya’s treatise in many ways reflects the complexity of the present world. The problems of his times continue to exist, though in a more magnified manner. Heinrich Zimmer describes it aptly, “One feels inclined to bestow new and deep respect on the genius who at that early period recognised and elucidated the basic forces and situations that were to remain perennial in the human political field. The same style of Indian thought that invented the game of chess grasped with profound insight the rules of this larger game of power. And these are rules that cannot be disregarded by anyone seriously preparing to enter the field of political action, whether for motives of rugged individualism or in order to take the world in his hands.”[x] Kautilya wasn’t just a strategist, he was a guru, a researcher, and an inspiring thought leader. He is among the foremost expert on leadership and good governance the world has known.

On military strategy, the principles enunciated by Kautilya are as relevant today as they were when they were written. He considered statecraft and military strategy to be inseparable and that warfare was an integral part of it. Military strategy has been dealt with extensively, covering various aspects of deceit, training, planning, to the conduct of actual warfare. The king is advised to assess the interests of the state before embarking on a campaign by considering eight crucial factors, which would ensure that the gains outweigh the losses. In addition to quantifiable parameters, these factors cautioned against the likelihood of revolts and rebellion in the rear, and on dangers like treachery during the campaign. Great importance was given to internal security and Kautilya emphasised that threats to national security must be eliminated at any cost. He reasoned that internal stability was essential for the economic well-being of the state.

To ensure internal and external security, Kautilya wanted a network of spies operating within the state, and in enemy states. He was among the initial proponents of intrigue, covert operations, and using diplomatic offensives as instruments of state policy. Detailed descriptions of espionage and counter-espionage activities set this work apart from any other political treatise. All these ideas are relevant and practiced even today.

Arthaśāstra laid down the prime responsibilities of a king – protection of the state from external aggression and expansion of its territory by conquest. To achieve these aims, he specified four types of warfare:

  • Mantrayuddha or war by counsel through the exercise of diplomacy. This option was to be exercised when the king was in a weaker position compared to his opponent.
  • Prakasayuddha or conventional warfare. This was to be used when the king is in an advantageous position.
  • Kutayuddha or concealed warfare, also known as guerrilla warfare. This warfare includes psychological warfare and activating agents in the enemy camp.
  • Gudayuddha or clandestine war. As the name suggests, the aim is achieved through covert means. The state does not publicly display any signs of aggression but spreads propaganda and disinformation behind enemy lines through covert means. Roger Boesche has said in his book on Arthaśāstra that “silent war is a kind of fighting that no other thinker I know of has discussed”.

For ensuring a successful military strategy, Kautilya has covered in detail the organisation and management of the army. Crucial to the success of the army, he emphasises the traits required by its leadership. Interestingly, he called for the army to function under civil supremacy and made the organisation function efficiently through smooth coordination between its components. Kautilya even went into such details as specifying 34 types of adversities that an army could face. These remain largely relevant even today, as does the basic organisation he proposed, with modifications for incorporating modern-day challenges and technology.

Kautilya was a proponent of the Realist school of thought, which advised maximising power through political rather than military means. He believed in realpolitik and that ends justified the means, including the use of ruse, deceit, cunning and subterfuge. He justifies going to war by the natural enemy concept which states that if the enemy is not eliminated, the enemy will eliminate the state/king at some point in time.

Modern warfare is not restricted to the actual conflict alone. Rather, it encompasses the military, political, economic and diplomatic aspects. War or conflict has two distinct characteristics. One represents progress and change, and the other represents constancy and permanency. On one hand, the dynamics of progress and change depend much upon a commander’s imagination, innovativeness, grasp of technology and complexity. While on the other, the Arthaśāstra is testimony to the constant and unchanging nature of war. Studies of military history show that certain features constantly recur; that certain relations between the type of action and success often produce similar results; that certain circumstances have time and again proved decisive. Past is the prologue of the future, underscores the relevance and significance of studies of military history such as propagated by the Arthaśāstra or other ancient texts. [xi]

Military strategy comprises statecraft, diplomacy, and warfare. Warfare comprises of two characteristics – one remains permanent over time, while the other keeps changing and evolving with progress and technology. The changing component also depends on the quality of leadership at any given time. The permanent characteristics of warfare are those which are studied through military history, which provides lessons for future warfare/situations. This brings out the relevance of ancient texts like Arthaśāstra in the current context.

Status of Incorporation of Ancient Texts in the Armed Forces

The Indian Army has been at the forefront in this regard and has been studying the relevance of ancient scriptures to modern warfare. The Army War College, Mhow brought out a paper in 2016 titled, “Interpreting Ancient India’s Strategic Military Culture”, which took examples from different texts to correlate aspects of statecraft and warfare in ancient and present times. The study noted that “Indigenous strategic thoughts and art of war found in the Arthaśāstra, Mahabharata and other literature are not only organic to Indian psyche but are also relevant even in today’s context”. 7 The paper also listed other scriptures for study, like Dhanurveda – which talks about military strategy, tactics, organization, and training of defence personnel, military arrays, divisions of fighting, equipment, weapons etc. The paper also studied the evolution of military strategy in India and emphasized the information warfare strategy by Kautilya, the Indian art of war and foreign policy.

Another text mentioned in the paper was the Manusmriti, where Chapter 7 dealt with statecraft, organisation and function of the army, description of forts, and firearms in the Shukraniti, authored by sage Shukracharya; and the Puranas like Agni Purana, Brahma Purana and Brahmanda Purana which deal with diplomacy and warfare.[xii]

There has been a push towards “Indianisation” of the Indian military and at the Combined Commanders Conference held in Kevadia, Gujarat, in March 2021, Prime Minister Narendra Modi had stressed greater indigenisation in the national security apparatus, including in the doctrines and customs of the Armed Forces.[xiii]

Consequently, Headquarters Integrated Defence Staff sponsored a study, “Attributes of Ancient Indian Culture and Warfare Techniques and its incorporation in present-day strategic thinking and training” at the College of Defence Management (CDM), Hyderabad. The study focused on ancient Indian texts Arthaśāstra, Bhagavad Gita and Thirukkural, and it termed Kautilya’s Arthaśāstra a “treasure trove” for the Armed Forces. The study brought out that these texts were relevant in the present-day context concerning leadership, warfare, and strategic thinking. The study, published in 2021, recommended incorporating relevant teachings from ancient Indian texts such as Kautilya’s Arthaśāstra and Bhagavad Gita into the current military training curriculum. The study has also suggested establishing an ‘Indian Culture Study Forum’ on the lines of those existing in Pakistan and China, for carrying out further research.

The study also recommended further study of ancient texts such as Manusmriti, Nitisara and Mahabharata, and to conduct periodic workshops and annual seminars on lessons from ancient Indian culture and texts for the Armed Forces. It proposed making CDM a Centre for Excellence in Indian Cultural Studies and to incorporate this knowledge as part of the formal training curriculum in military institutions.

More recently, the Chief of Army Staff (COAS) General MM Naravane, on 27 January 2022, while delivering the keynote address at the annual seminar on National Security at the College of Defence Management (CDM), emphasised using the vast repository of ancient knowledge available, which could enhance current strategic thinking. He stressed on the application of this knowledge in conjunction with an understanding of contemporary situations and battle-space architecture. This would aid in formulating more efficient solutions for resolving present-day challenges. He further pointed out that India must look for meeting its security concerns through realpolitik in the current geo-strategic environment. In this context, ancient Indian knowledge on statecraft and military strategy propounded millennia ago remains relevant even today. The General stressed about the need for indigenisation and atmanirbharta and said that this is equally relevant in our thought process, as it is for weapons and equipment. The requirement, therefore, is to develop Indian perspectives to meet our challenges, based on our ancient texts, moderated by current concepts. He further mentioned that the armed forces had taken up an exploratory project to examine the relevance of these texts to meet contemporary security challenges.[xiv]

Conclusion

China’s contributions to the global knowledge pool are widely acknowledged. Arab scholars have ensured that the important role played by Islamic countries in the transmission of ideas and inventions to Europe is common knowledge. However, in the latter case, many discoveries made in ancient India are often depicted as being of Arab origin, though the Arabs only re-transmitted to Europe what they had learnt in India. Even post-Independence, such distortion of facts continues to prevail, negatively impacting appreciation of ancient Indian knowledge. To a large extent, India’s intellectual elite continues to promote pre-colonial India as being feudalistic, superstitious, irrational and lacking scientific temper. This notion has led to an entrenched prejudice against our indigenous knowledge systems in contemporary society. A major reason for this prevalent notion is India’s flawed education system, which has subverted the projection of ancient Indian knowledge and scientific achievements in its curricula. Thus, even when facts are presented, few in the west or amongst the elitist Indians, are willing to believe them, as stereotypes about India are deeply entrenched.3

The study of warfare in ancient Indian texts examines the permanent qualities of human nature, in the dynamic technological dimensions of military conflict. The question thus arises about Kautilya’s relevance in the present. 7 He remains an exception in the ancient, as well as in the modern world, as being the sole strategist who was able to translate his tenets into practice, leading to the creation of a huge empire. The Arthaśāstra covers every topic required for running a country, most of them continuing to be relevant even today. Shiv Shankar Menon, former National Security Advisor, during a seminar by IDSA in 2013, had summed up the relevance of Arthaśāstra by stating, “The concepts and ways of thinking that the Arthaśāstra reveals is useful, because, in many ways, the world which we face today is similar to that in which Kautilya operated in when he built the Mauryan Empire to greatness.”[xv]

Author Brief Bio: Commissioned in the Corps of Engineers, Brig AP Singh, SM*, VSM was part of the Trishna crew which circumnavigated the globe. He was the National Coach for the Optimist Class (a boat for sub-junior category in the 8 to 16-year age group) for over two decades and accompanied the national team for numerous national and international events.

References:

[i] Indian Knowledge Systems Vol 1 https://iks.iitgn.ac.in/wp-content/uploads/2016/01/Indian-Knowledge-Systems-Kapil-Kapoor.pdf

[ii] Principles of Dandaniti and Rajadharma in Leadership and Strategy by Sreejit Datta; AGNI (Vol XXIV, No III) Sept-Dec 2021 issue

[iii] http://www.indianscience.org/index.html

[iv] Traditional Knowledge Systems of India https://www.sanskritimagazine.com/india/traditional-knowledge-systems-of-india/

[v] https://orientviews.wordpress.com/2013/08/21/how-colonial-india-destroyed-traditional-knowledge-systems/

[vi] https://www.thebetterindia.com/63119/ancient-india-science-technology/

[vii] https://orientviews.wordpress.com/2013/08/21/how-colonial-india-destroyed-traditional-knowledge-systems/

[viii] The Arthaśāstra – A Treatise on Statecraft and Military Strategy https://knowledgemerger.com/the-arthashastra/

[ix] Relevance of Arthashastra in the 21st century http://www.indiandefencereview.com/spotlights/relevance-of-arthashastra-in-the-21st-century/

[x] Philosophies of India by Heinrich Zimmer, Routledge & Kegan Paul Ltd, 1952

[xi] Impact of Arthaśāstra on Modern Warfare https://www.essaycompany.com/dissertations/history/kautilya

[xii] New marching tunes, no more pre-1947 battle honours – armed forces set to get more ‘Indian’ https://theprint.in/india/new-marching-tunes-no-more-pre-1947-battle-honours-armed-forces-set-to-get-more-indian/673013/

[xiii] Ancient Indian Warfare like Kautilya’s Arthaśāstra to be part of Indian Military Training https://therightmag.com/editors-choice/ancient-indian-war-fare-like-kautilyas-arthashastra-to-be-part-of-indian-military-training/

[xiv] Harness Ancient Indian Knowledge System to Deal with Present National Security Challenges: Army Chief https://bharatshakti.in/harness-ancient-indian-knowledge-system-to-deal-with-present-national-security-challenges-army-chief/

[xv] Relevance of Arthshastra in the 21st Century http://www.indiandefencereview.com/spotlights/relevance-of-arthashastra-in-the-21st-century/

Book: Resurgent Bharat and Other Issues: an Anthology of Essays

Book Author:  Jay Bhattacharjee

Book Review by Maj Gen Dhruv C. Katoch

Resurgent Bharat and Other Issues

By Jay Bhattacharjee
Garuda Prakasan
pages: 450
Price: Rs 549, paperback

There is an inherent strength and resilience in the people of Bharat. Despite being subjected to repeated foreign invasions since the eighth century, vandalised and colonised in part, this ancient civilisation could never be subdued nor vanquished. Like a phoenix, it rose, time and time again, and while all other civilisations crumbled and disappeared with the ravages of time, Bharat today, is the only ancient civilisation which remains. This, by itself, bespeaks of the inherent civilisational and cultural strength of this ancient land.

What the conquerers attempted to do was to erase both the knowledge base as well as the cultural heritage of the people of Bharat and replace the same with alien concepts. This was power play at its worst, which led to the destruction of India’s centres of learning and places of worship. The British rule over India, which started with the arrival of the East India Company, was focussed on wiping out all traces of Indian civilisation and in looting and plundering the land. But the narrative they spun was one of carrying out a noble and civilising mission. Earlier, the invasions from the Arabs and others, which began in the eighth century, were equally ruthless and focussed on destruction, loot and plunder. While Bharat’s cultural and spiritual edifice survived due to its inherent resilience, the psyche of the people was somewhat dented. Post-independence, the process of rejuvenation and rediscovery began, but it found resistance from vested interests within the country.

The book, “Resurgent Bharat and Other Issues” by Jay Bhattacharjee represents the narrative of a resurgent Bharat, and the challenges which Bharat—an old civilisation but a young nation state— faces from within as well as from external inimical forces. Essentially, it is a battle of narratives, which encompasses the very idea of what India was, is, and what she seeks to be. Since independence, the narrative which was spun out for the masses was written by historians who had a leftist and Islamist bent of mind. The narrative was a continuation of what the Islamic invaders and later the British had instituted into the public discourse. Events were viewed from the perspective of the invaders and not from the viewpoint of the indigenous people. This was a deliberate attempt by the ruling clique, who perhaps themselves had been psychologically debilitated and could see little good in their own culture and civilisation. Consequently, any attempt to view events through the Indian perspective was not only derided but deliberately stifled and those espousing such views were denied a voice in the corridors of power and in our educational institutions. India’s left leaning elite was determined to wipe out all vestiges of India’s cultural past and the demand of electoral politics aligned the ruling party with such forces.

But despite the fact that attempts were made to stifle the voice of those propagating a nationalist narrative, such voices continued to grow. Today, many decades post-independence, the voice of Bharat has finally emerged, strong and clear. Much of the credit for this turnaround goes to authors like Jay Bhattacharjee, who has done yeoman service to the country by speaking out for Bharat’s spiritual and cultural ethos, despite facing severe opposition to his views, especially from the Lutyen’s coterie. This coterie is not confined to the municipal limits of the Lutyens Zone, nor can all the inhabitants of this geographical space be so described. Rather, it refers to people exhibiting a particular mindset, who have honed their skills in deriding their own culture and civilisation, an attribute that was mastered from the time of the Islamic invasions and later during British rule.

In this collection of essays by Jay Bhattacharjee, written over the last quarter of a century, the author has delved into multiple issues which are of concern to India. Understandably, Indic culture and civilisation along with the twists and turns of Indian politics, occupy a quarter of the space, for this is the edifice on which a vibrant Bharat has to be built. Ultimately, the issues which impact India are not just about development, jobs and good governance, but also about how we look at ourselves and at our history. Should India be held hostage to ideologies that seek to demean our culture, our heritage and our very way of life? Or should we reclaim with pride the ethos and spirit of a proud people, whose land was pillaged for a thousand years but whose spirit could not be subjugated? Here, Jay does yeoman service in awakening the mind through his very caustic essays, tinged with humour and at times a bit of acerbity. More importantly, by challenging those who continue to espouse the legacy of Macaulay, he forces the reader to think and question long held beliefs and opinions.

The collection of essays also includes the authors thoughts on religious issues which continue to inflame India, the state of the Indian economy, military and strategic issues and also on India’s justice delivery—or rather the lack thereof. Some of the essays are tongue in cheek, hitting hard at the pompous and the servile who occupy high positions in the corridors of power and in society. But each essay makes the reader think and ponder, which is why this is a book that must be read and treasured. You may agree with the author or you may disagree with him. But it is not possible to ignore him. And that is the strength of this book.

For all those who have a strong desire and a penchant to see India as a great power, occupying its rightful place in history, this book will act as a strong motivator. Bharat is moving on…and so should you.

Author Brief Bio: Maj Gen Dhruv C Katoch is Editor, India Foundation Journal and Director, India Foundation.

Addressing the Core Issue: Reducing Population

The debate on the impact of population growth essentially centres around two contrary views. The Malthusian view[i] is predicated on the proposition that human population grows in geometric progression whereas food supply grows in arithmetic proportion. Food supply will hence run out, giving rise to the need to curtail population growth. Malthus believed that high rates of population will permanently condemn societies to a perpetual state of under development. This theory received the support of economists such as JS Mills and JM Keynes. Karl Marx, however, gave a contrary view, which was supported by sociologists. Marx stated that the widespread poverty and misery of the working-class people was not due to an eternal law of nature as propounded by Malthus but to the misconceived organisation of society and by the unequal distribution of the wealth and its accumulation by capitalists.

The debate essentially revolves around four key issues:[ii]

Do small families improve the prospects of children?

Is a rapidly growing population detrimental to economic growth?

Is high fertility a result of low income and poverty?

Is rapid population growth a symptom, rather than a cause, of poor economic performance?

Food shortages, of which Malthus expressed concern have been largely overcome by advances in science and improved agriculture. However, this does not take away from the fact that larger populations require greater consumption, which stresses the environment, pollutes the atmosphere and causes environmental degradation, which is already causing concerns to people across the globe.

The population of the world, which stood at around 2.6 billion in 1950, took just 37 years to nearly double to 5 billion in 1987, adding an additional 2.4 billion people to the planet. The next billion was added in just 12 years, making the world’s population touch the 7 billion marks in 1999. By 2050, the world’s population is expected to increase to 9.7 billion, and peak at around 11 billion by 2100.[iii]

In the Indian subcontinent, an examination of the populations of India, Pakistan and Bangladesh, between independence in 1947, to the present times, reveals that the population of India increased fourfold during this period. The population of Pakistan, for the same period, increased seven times and Bangladesh, six times. In India, the rate of population increase was not uniform, increasing about six times among the Muslim population and three times among the rest.[iv] There is a view that the unbridled growth of population in India and in other parts of the world has adversely impacted development initiatives to reduce poverty and has also led to substantive environmental degradation.

In her book, Building the Population Bomb (Oxford University Press, 2021), Emily Klancher Merchant states that overpopulation has been blamed for everything from climate change to poverty. She however posits that it is not population growth but global socio-economic inequality and environmental degradation that are the causative factors and that society incorrectly blamed a “population bomb” for problems that had other causes. “A wrong diagnosis,” she avers, produces ineffective solutions. In this, she echoes the Marxian viewpoint.

That is perhaps an oversimplification of a problem which has multiple dimensions, but Ms Merchant is not the only one who believes that reducing poverty will ipso facto, lead to a reduction in population. In their book, ‘Population and Development, Dennis Ahlburg and Robert Cassen note that, while it is believed that more rapid population growth increases poverty by reducing real wages, the relationship with poverty is ‘neither obvious nor well established’. They question the assumption that an increase in the labour force necessarily reduces wages, but caution that the relationship between population and poverty varies considerably across regions, countries, growth sectors and policy environments.[v]

In a study carried out, examining the link between population and per capita income growth and poverty, a case study of Uganda is instructive. Uganda achieved reasonable economic growth while also experiencing high population growth. However, the evidence garnered in the study also suggested that “the currently high population growth puts a considerable break on per capita growth prospects in Uganda”. The study further went to state that high population growth led to low achievement in poverty reduction, which concomitantly, made it very difficult to make substantial improvements in poverty reduction and per capita growth.[vi]

There is no gainsaying the fact that unbridled population growth hinders poverty alleviation programmes, attenuates consumption and waste and has a negative impact on societies and the worlds eco-system. The examples of South Korea and Taiwan—two countries which have successfully controlled population growth, are instructive in this regard. Both these countries have seen rapid increases in per capita incomes as birth rates declined, giving them a positive demographic dividend.[vii]

There is a need to control population growth through policy initiatives through expanding education and health care, especially for the girl child, and on implementing voluntary family planning programmes. This can succeed, as seen in an experiment conducted in the Matlab region of Bangladesh, in a controlled population group, a portion of which was provided with free services and supplies, home visits by well-trained female family-planning workers, and comprehensive media communication. The programme also had an outreach to husbands, village heads and religious leaders to obviate any backlash from the male population. The results indicated a substantial decline in fertility rates—1.5 percent— between the targeted population and the non-targeted population in the controlled area. This shows that family planning programmes can succeed in conservative societies. Other countries such as Iran and Rwanda too have shown similar results.[viii]

Over the years, based on empirical data, a causal relationship has been established between rising prosperity and declining fertility. Both East Asia and some countries of South East Asia are examples of this trend that as incomes rise, fertility tends to fall and between national income growth and falling birth rates as also between family incomes and fertility. Improved economic conditions, therefore, do lead to a decline in birth rates.[ix] But for the converse to hold true, would require good governance models. In any case, the debate should now focus on both aspects: Good governance and taking measures to reduce the birth rates. Both should go hand in hand, simultaneously.

India should lay emphasis on population control measures that are enlightened and in the interest of women. Improved education and health care for the girl child, better and improved access to reproductive health control, a concerted media campaign on the need and necessity for small families, sensitising religious and local leaders on the issue and making them part of the programme, are some of the initiatives which could be taken. Alongside, must be legislation to encourage the small family norm, through incentives and disincentives. The recent bill passed in parliament, bringing the age of marriage of girls on parity with boys to 21 years is a welcome step.

The resources of the earth are limited and population control is the need of the hour. This is also in conformity with the goals as laid down by the United Nations. While population trends are not explicitly mentioned in the SDGs, but several of the SDGs are directly or indirectly related to future demographic trends. As humans are the only polluters in the planet, restricting their unbridled growth must remain the core issue for India and the world.

Author Brief Bio: Maj Gen Dhruv C. Katoch is Director, India Foundation and Editor, India Foundation Journal.

References:

[i] Based on the book, An Essay on the Principle of Population by Thomas Robert Malthus.

[ii] https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2781831/

[iii] https://www.un.org/en/global-issues/population

[iv] Data interpolated from census of India and from other sources.

[v] Ahlburg, Dennis & Cassen, Robert. (1993). Population and development. International Handbook of Development Economics, Volumes 1 & 2.

[vi] http://www2.vwl.wiso.uni-goettingen.de/departmentpaper/NO_133.pdf

[vii] John Bongaarts, Development: Slow down population growth, available at https://www.nature.com/articles/530409a

[viii] Ibid.

[ix] Note 2.

COP26: Can the World do more to prevent Global Warming

“India is the only big economy which has delivered in letter and spirit on the Paris Commitment”[i] stated Prime Minister Modi in his address at Glasgow COP 26 Summit on 2nd November. He noted that India with 17% of the world’s population was responsible for only 5% of greenhouse gas emissions annually. He committed India to achieve the target of net-zero emissions by 2070 and reducing CO2 emissions by 1 billion tons by 2030. In one fell swoop, he silenced the critics (except of course the professional India baiters) and assumed leadership in the battle against climate change.

If the road ahead is bound to get more difficult, the journey thus far for India (and the developing nations) has not been easy either. “India has been a late starter and much of its infrastructure remains to be built. China’s emissions rise is likely to flatten as its years of intensive growth will soon be behind it, when it reaches its peak by 2030”.[ii] As such India’s GHG emissions are bound to rise, attracting mounting pressure, economic and political, from the sinners’ turned saints.

Climate change poses an existential crisis to mankind and is well described as Covid-like epidemic ‘in slow motion’. That comprehension has finally dawned on the decision-makers and the populace at large, the world over. What is still missing is a genuine sense of urgency and willingness to collectively put the shoulder to the wheel.  Politicking, buck-passing and grandstanding, remain the order of the day, while the steady build-up of CO2 and other Greenhouse gases (GHG) in the atmosphere is choking the lungs of mother nature with ruinous consequences.

This short paper aims to look at the magnitude of the crisis, reasons for foot-dragging by the rich countries, and practical measures by the comity of nations to contain/reverse the damage. Humanity has no choice but to rise to the occasion. The only imponderable is whether or not substantive climate action will be initiated before nature’s balance is disrupted irreversibly.

Background

In the last 200 years, global temperature has risen by at least 1%. This is the result of the huge stock of greenhouse gases that have accumulated in the process of carbon-intensive development of the industrialised world with little regard for the environment. It is as if a thick blanket has enveloped the earth. Here it is important to distinguish between GHG stock and flow. The latter is the addition of GHG annually which currently measures a whopping 51 billion tons, while ‘stock’ represents the cumulative quantity of pollutants released by mankind. The restrictions imposed around the world during the Covid pandemic saw an overall decline in CO2 emissions of 5.6% in 2020.[iii]

GHG remains in the atmosphere for over 100 years and therein lies the foremost challenge. Even if the emissions are brought down to zero, it would take a century for the environmental poison to dissipate. Methane (CH4) is 262% and nitrous oxide (N2O) is 123% of the levels in 1750 when human activities started disrupting Earth’s natural equilibrium. “The amount of CO2 in the atmosphere breached the milestone of 400 parts per million in 2015. And just five years later, it exceeded 413 ppm”.[iv] Roughly half of the CO2 emitted by human activities today remains in the atmosphere. The other half is absorbed by oceans and land ecosystems, which act as “sinks.”

The challenge will get compounded with the addition of some 3 billion inhabitants in Africa between 2020-2100. The African population is expected to increase from 1.3 billion to 4.3 billion despite significant resource constraints, socio-political instability and security deficit. This would greatly aggravate inter and intrastate strife. Most of the increase will come in sub-Saharan Africa, which is expected to more than triple in population by 2100.[v] Meanwhile, the European population would shrink. The Asian population is likely to increase from 4.6 billion in 2020 to 5.3 billion in 2055, when it would start shrinking. China’s population should peak in 2031, while India’s should grow until 2059 to touch 1.7 billion.

In spite of damaging the environment, polluting the rivers, cutting down trees, and generating unconscionable levels of plastic waste, experts were divided about the extent of the actual impact on the climate. Many believed and some still do, that climate change is a boogie meant to extract resources from the industrialised world and pave the way for the development of new forms of energy and technologies, to the detriment of oil-producing nations. Nevertheless, the first serious attempt at taking stock of the situation was made at the Rio conference in 1992 which recognised the need for taking corrective measures and put the onus essentially on the industrialised world under the principle of ‘polluter pays’. Both mitigation and adaptation measures were envisaged. It was agreed that the rich nations will help the developing countries in curtailing pollution and enhancing energy efficiency.

The 1997 Kyoto Summit which was meant to concretise the gains of Rio turned out to be a tame affair. President Clinton signed the Kyoto Protocol but was unable to secure Senate backing. A bigger fiasco was to follow in 2017 when President Donald Trump, a climate sceptic, decided to pull out of the Paris Accord (2015). The withdrawal came into effect three years later thanks to an inbuilt stipulation that no nation will be able to quit before 3 years of signing it.  Mercifully, with the change of regime, President Biden re-joined the Accord.  All the same such a yo-yo approach does not augur well for effective climate action, particularly since the US is the lead actor in the matter. Given the inevitable electoral cycle in the US, the COP (Conference of the Parties) would have to brace for such disruptions, unless there is a groundswell of support for effective climate action in the US and politicians fear a voter blowback for being seen as a naysayer.

Climate solutions entail a cost, are not attractive politically and gains are intangible. In other words, climate action does not win votes, as it is an investment into the well-being of future generations while politics is mostly about instant gratification. There are a handful of leaders who have the vision to recognise that the present generation has a fiduciary responsibility to leave the earth habitable. Meanwhile, the industrialised world has been looking at ways to wriggle out of the commitments. They ganged up to gradually chip away at their responsibilities to facilitate mitigation and adaptation by the rest of the world. The first to be attacked was the principle of common but differentiated responsibilities (CBDR) which front-loaded action by the developed Nations.

In 2000, the biggest polluters were the US and European Union, both in terms of absolute and per capita emissions. India’s per capita emissions, for example, was barely 5% of that of Europe. By 2020, the per capita gap started to shrink, emissions by the developed nations have peaked or are close to peaking while that of the developing countries are naturally rising. It may be pertinent to note here that though at the receiving end, the developing countries have not been very successful in staking out common positions nor do they have institutionalised consultative mechanisms like the G7. Just to cite one example, Brazil, South Africa, India and China constituted a group called ‘BASIC’ in November 2009, to co-ordinate positions on negotiations on climate change. They worked well during COP 17 in Copenhagen and COP 18 in Doha in 2012. However, China broke ranks when it outgrew BASIC. “As the run-up to the 2015 Paris climate conference showed, China’s interests in climate change negotiations could now be reconciled with those of the US. It was the China-US joint announcement and statement that largely produced the Paris outcomes” writes Shivshankar Menon.[vi]

The 2015 Paris Conference introduced the concept of voluntary commitments “in the form of ‘nationally determined contributions’ (NDC) targets, to be communicated by each signatory to the UNFCCC. It represented “a ‘bottom-up’ approach where countries themselves decide by how much they will reduce their emissions” by a certain year. It essentially forces developing countries to share the burden and responsibility of climate action and dilutes the principle of CBDR reached in Rio. The Paris Agreement was signed by almost all (193) countries in the world at COP21 in Paris in 2015. Its other salient outcome was an agreement to limit the rise in the global average temperature to ‘well below’ 2 degrees above pre-industrial levels, and ideally to 1.5 degrees;[vii] strengthen the ability of nations to adapt to climate change and build resilience; and align all finance flows with ‘a pathway towards low greenhouse gas emissions and climate-resilient development’. The affluent nations committed to providing $100 billion annually by 2020 which constitutes the core for climate action.

Glasgow Summit of COP26

The NDCs submitted under the Paris Agreement were collectively not ambitious enough to limit global warming to ‘well below’ 2 degrees, forget 1.5 degrees. However, there is a provision for the signatories to submit more ambitious – NDCs every five years, known as the ‘ratchet mechanism’. COP26 was the first test of this ambition-raising function. And that objective was well served. 126 countries submitted new NDC targets while 41 countries did not, as of 12 November 2021. The new NDC targets cover 90.8% of global emissions.[viii]

The UK has, for instance, pledged to reduce emissions by 68 per cent by 2030 compared to 1990 levels, and 78 per cent by 2035. The European Union (EU) is aiming at a reduction of at least 55 per cent by 2030 relative to 1990 levels, and the US is targeting ‘a reduction of 50-52 per cent’ compared to 2005 levels. Considerable skepticism existed among the participants at Glasgow summit. Hardly anyone spoke of climate justice and the rich nations remained hesitant to walk the talk. It further sanctified the concept of net-zero emissions.

Magnitude of the Challenge

At the beginning of the industrial revolution, atmospheric CO2 levels were roughly 280 ppm, which rose by the early 21st century to 384 ppm and by 2020 to 413.2 ppm.[ix] The US has emitted 399 billion tonnes (bt) of CO2 or 25% of the global total since 1751. China, which was a late starter, has already released 200 bt of pollutants since 1899 or 13.8% of the global total, as compared to a mere 3.21% by India over the same period. But Chinese annual emissions are now the highest at 10.17 bt annually or 20% of the global total. They will continue to rise and peak by 2030. Emissions of Europe and the US have already peaked.

Graph: GHG emissions from the top 10 emitting regions[x]

Security, health and economic impact

The impact would be as under:[xi]

  • By 2050, more than 143 million people could be driven from their homes by conflict over food and water insecurity and climate-driven natural disasters according to the World Bank.
  • Rising temperatures threaten biodiversity, with one million species in danger of extinction that affect crop growth, fisheries, and livestock.
  • Warmer temperatures could expose as many as one billion people to deadly infectious diseases such as Zika, dengue, and chikungunya.
  • A warmer climate could lead to an additional 250,000 people dying of diseases including malaria each year between 2030 and 2050, as per the World Health Organisation.
  • The Red Cross estimates that more than 50 million people around the world have been jointly affected by COVID-19 and climate change.
  • An additional one million people could be pushed below the poverty line by 2030 due to climate change as per World Bank estimates
  • By 2050 at least 300 million people who live in coastal areas will be threatened by dangerous flooding.
  • A Stanford University study found that climate change has increased economic inequality between developed and developing nations by 25% since 1960.

COVID-19 pandemic is likely to exacerbate the impact of climate-driven challenges and disrupt efforts to address them. Climate-driven disasters threaten to overwhelm local health systems at a time when they are already under extreme stress, and the costs of damage and recovery from a natural disaster when compounded with the pandemic are estimated to be as much as 20% higher than normal.

Where does India stand?

India is the 7th most vulnerable country to climate change, according to Global Climate Risk Index 2021, both in the mainland and her over 7000 km long coastline. The good news is that India is “now ranked 10th in fighting climate change”[xii] —and is probably the only G20 country compliant with its commitments and the Paris agreement. India has already reduced the emissions intensity of GDP by 28% over 2005 against its target of 33-35 percent by 2030 and increased her installed capacity of renewable energy to 38.5% against its target of 40% by 2030. At Glasgow, India committed 500 GW of renewable energy by 2030 equivalent to almost 50% of her capacity.

The task is cut out for India especially as the “energy investment requirement will rise from about USD 70-80 billion annually to USD 160 billion. Much of India’s wealth is yet to be created. It is estimated that 60% percent of India’s capital stock—factories and buildings that will exist in 2040—is yet to be built”.[xiii] Therefore, the adoption of green technologies is the best option for growth, to create a more responsible and sustainable economy. “USD 10 billion of FDI in the past 20 has been received in the renewable energy sector but there has been a slowdown since. Also, in the last 2-3 years Indian investment in the renewable energy sector especially wind energy has fallen.”[xiv] India has taken a slew of salutary initiatives to mitigate the impact of and adapt to climate change including launching the National green hydrogen mission to promote production and usage of green hydrogen across sectors; a Coalition for Disaster Resilient Infrastructure (CDRI) of 25 countries to reduce risk through research innovations and share of good practices has been established; ISA or the International Solar Alliance was unveiled in 2015 along with France which now has 101 member-countries (the US joined in Glasgow) to promote solar energy. A Rs. 400 / ton cess on coal (or carbon tax) has been quietly imposed.

India has substantial low-grade coal reserves and her dependence on coal-fired thermal plants will continue for the foreseeable future. Coal-based plants are the most polluting. Chinese coal consumption comprises 50% of the global total and India’s 11%. “For years, climate geopolitics was premised on the approach that developed economies must bear the lion’s share of mitigating climate crisis. It was considered unfeasible to impose the same burden on developing economies. India has reshaped that understanding of climate commitments fundamentally—we have shifted the global balance of power by showing that developing countries can lead the way in pledging comprehensive climate targets while also successfully meeting their socioeconomic objectives”[xv] says Minister Puri, making a virtue of necessity.

But on the flip side, partly due to the Covid pandemic, mass poverty has risen in India from 60 to 134 million as per Pew Research Centre measured on the yardstick of people earning up to USD 2 in PPP terms.[xvi] India has also become the 3rd largest emitter of GHG globally, contributing 6.6% of the total as against 27% by China and 11% by the US. But in per capita terms, Chinese emissions are four-fold that of India.

Major steps being taken to combat climate change

Renewable and Nuclear Energy

Two-thirds of global energy is generated by fossil fuels, which account for 67% of annual GHG emissions. Oil-producing countries and multinational oil corporations have considerable clout and resources to lobby the decision-makers and blunt any campaign to kick the oil addiction. The better way is to innovate and come up with green energy solutions like renewable energy which today is the cheapest form of energy. The green premium, for the generation of renewable power, especially solar, has come down dramatically. As per IEA (International Energy Agency), “The world’s best solar power schemes now offer the ‘cheapest electricity in history’ with the technology cheaper than coal and gas in most major countries”.[xvii] But battery storage poses a huge challenge as a cost is as high as dollars 200 per unit. According to IEA report the technology for energy transition up to 2030 is proven and known. But only 50% of the technology needed for the transition during 2030-2040 has been developed so far.

The Fukushima incident adversely impacted national plans of enhancing nuclear energy capacity. IEA recommends that nuclear energy comprise 10% of the total capacity of a nation. The reason is that, other than renewable energy, nuclear power is the cleanest. It is impossible to switch to 100% renewable energy capacity as the generation is weather-dependent. Therefore, to avoid blackouts and ensure continuous supply some amount of nuclear capacity is necessary. Taking all factors into consideration, Bill Gates in his new book also recommends nuclear power as the best non-renewable energy source.

Presently, France is the biggest user of nuclear energy comprising 70% of its total capacity; it is about 20% in the case of the US and Europe and a mere 2% in India. 4% of Chinese capacity is nuclear but could rise to 10% by 2030 as some 150 nuclear plants are proposed to be established.[xviii] Research on producing three types of hydrogen power is being stepped up. The big difference is that the burning of hydrogen produces water instead of CO2.

Green Buildings

Globally, the buildings sector consumes more than half of all electricity for heating, cooling and lighting and accounts for 28 percent of energy-related greenhouse-gas emissions. Green buildings represent one of the biggest investment opportunities of the next decade—USD 24.7 trillion across emerging market cities by 2030.[xix] Most of this growth will occur in residential construction, particularly in middle-income countries. Most of this investment potential—$17.8 trillion—lies in East Asia Pacific and South Asia, where more than half of the world’s urban population will live in 2030. The investment opportunity in residential construction, estimated at $15.7 trillion, represents 60 percent of the market. There is a strong business case for growing the green buildings market. Construction of Green buildings could cost up to 12 percent more, which is easily offset by a reduction in operational costs up to 37 percent, higher sale premiums of up to 31 percent; up to 23 percent higher occupancy rates, and higher rental income of up to 8 percent.[xx]

Climate Finance

The transfer of “climate finance and low-cost climate technologies have become more important. India expects developed countries to provide climate finance of USD 1 trillion at the earliest. Today, it is necessary, that as we track the progress made in climate mitigation, we should also track climate finance. “The proper justice would be that the countries which do not live up to their promises made on climate finance, pressure should be put on them”, said PM Modi, who did not mince his words at the Glasgow summit.[xxi]

A Green Climate Fund was established in 2010 by some 190 countries to help developing countries respond to climate change. The fund has raised over USD 10 billion since 2014, and has directed resources to projects dedicated to both mitigation and adaptation. Through partnering with a number of international organisations, NGOs, and private sector companies, the fund has helped build resilience for an estimated 350 million people worldwide. Special Climate Envoy John Kerry recently stated that the United States would recommit to the Fund as part of renewed efforts to support global climate finance.

Over a decade ago, developed countries promised to mobilise USD 100 billion a year by 2020 to help poor countries deal with the worst impacts of global warming and invest in green energy sources. In 2019, rich nations raised USD 80 billion for climate action but mostly on commercial terms. In November 2021 U.S. President Joe Biden pledged to double his contribution to USD 11.4 billion, but that money is for 2024 and hasn’t been approved by Congress.

Rich countries now estimate they have raised between $88 billion and $90 billion annually, and are seeking to reach the $100 billion goal in 2022.[xxii] Truth be told, there is no paucity of resources in the developed world—only a lack of political will.

Conclusion

The solution to the climate challenge is innovation and technology, especially green technology. Significant initiatives have been taken in the last few years. Green banks are being set up. Buildings are going green. Green energy or renewable energy, especially solar, has become the cheapest to install, generate and maintain. Even more significantly, the employment opportunities being created in establishing renewable energy facilities are more than conventional energy. But as noted above, this is just a beginning and the journey ahead is far more uphill. Availability of climate finance on soft terms is critical for the success of mitigation and adaptation measures by developing nations. The difficulty is that the need for climate justice does not weigh on the conscience of the western world.

A sticking point which has angered the poorer nations is the failure of rich countries to make good on their promise. The poorer nations rightly state that they cannot cut emissions faster without the cash. As per the figures collated by the OECD, almost no progress has ben made between 2018 and 2019.[xxiii] It is quite evident that despite the tall talk and half-hearted commitments to help the developing countries in adapting to climate change, the rich countries will try to get away with as little as possible. As most of the growth will come from emerging markets and the least developed countries, it would be efficacious if they transition straight away to Green Technologies and energy, instead of crossing the pit in two leaps, which would entail delays and higher costs. Lack of money cannot be held as an excuse. The pandemic has shown that governments can find money where necessary.[xxiv]

While some amount of finance and green technologies will be contributed by the affluent nations, realistically, the heavy lifting will have to be done by the developing countries themselves, from their own resources. And in reality, they have no choice, as the cost of neglecting climate action will be too high to bear.

A holistic approach will have to be followed entailing action and changes in every sphere especially lifestyle; aggressive recycling and cutting down on waste; creating environmental consciousness at home, school and public space; reducing and eventually eliminating green premium; increasing R&D budgets for innovation in green technologies; information exchange, adoption of best practices, imposing penalties like carbon tax and providing incentives for adoption of green practices.

Author Brief Bio: Amb. Vishnu Prakash, has served as High Commissioner to Ottawa, Ambassador to Seoul, Official Spokesperson of Foreign Office and Consul General to Shanghai. He has also done postings in Moscow, New York, Vladivostok, Tokyo, Islamabad and Cairo. Since retirement in Nov. 2016, he has turned a foreign affairs analyst & commentator, with special focus on the Indo-Pacific region

References:

[i] Prime Minister Shri Narendra Modi at COP26 Summit in Glasgow  http://www.mea.gov.in/Speeches-Statements.htm?dtl/34466/national+statement+by+prime+minister+shri+narendra+modi+at+cop26+summit+in+glasgow

[ii] Shyam Saran, How India Sees the World: From Kautilya to the 21st Century

[iii] Fall in CO2 emissions https://www.bbc.com/news/science-environment-59016075

[iv] Greenhouse Gas Bulletin: Another Year Another Record https://shar.es/aWzs9E

[v] https://www.pewresearch.org/fact-tank/2019/06/17/worlds-population-is-projected-to-nearly-stop-growing-by-the-end-of-the-century/

[vi] Shivshankar Menon, “India and the Asian geopolitics: The Past, Present”, Penguin, pp 329

[vii] What is COP26 and why is it important? https://www.chathamhouse.org/2021/09/what-cop26-and-why-it-important?CMP=share_btn_tw

[viii] CAT Climate Target Update Tracker https://climateactiontracker.org/climate-target-update-tracker/

[ix] https://www.britannica.com/science/greenhouse-gas

[x] https://www.canada.ca/en/environment-climate-change/services/environmental-indicators/global-greenhouse-gas-emissions.html

[xi] Climate Change and the Developing World: A Disproportionate Impact: https://www.usglc.org/blog/climate-change-and-the-developing-world-a-disproportionate-impact/

[xii] India among top 10 countries with higher climate performance: Report http://www.ecoti.in/nqj18a

[xiii] Net-zero presents many opportunities for India — and challenges https://indianexpress.com/article/opinion/columns/net-zero-presents-many-opportunities-for-india-and-challenges/

[xiv] Vivekananda International Foundation webinar of 22 November 2021: Talk by Dinkar Srivastava

[xv] HTLS 2021: India’s energy growth from scarcity to justice to security https://www.hindustantimes.com/india-news/htls-2021-india-s-energy-growth-from-scarcity-to-justice-to-security-101637607948586.html?utm_source=twitter

[xvi] In the pandemic, India’s middle class shrinks and poverty spreads while China sees smaller changes https://pewrsr.ch/3eP3Fih

[xvii] Solar is now ‘cheapest electricity in history’, confirms IEA https://www.carbonbrief.org/solar-is-now-cheapest-electricity-in-history-confirms-iea

[xviii] Note 14.

[xix] Green buildings represent one of the biggest investment opportunities of the next decade https://www.ifc.org/wps/wcm/connect/a6e06449-0819-4814-8e75-903d4f564731/59988-IFC-GreenBuildings-report_FINAL_1-30-20.pdf?MOD=AJPERES&CVID=m.TZbMU

[xx] Ibid.

[xxi] Note 1.

[xxii] Climate finance https://www.bloomberg.com/news/articles/2021-10-05/rich-countries-fall-10-billion-short-in-climate-finance-pledges

[xxiii] Ibid.

[xxiv] Climate Change: The Slow Motion Pandemic http://www.iesve.com/discoveries/blog/8579/climate-change-slow-motion-pandemic

Technological solutions addressing India’s environmental concerns

Steady depletion of the environment has been a global concern for the past few decades and has precipitated a climate emergency. This is especially true for countries like India where the sheer size of population increases the magnitude of the challenges of balancing development and ecology. As the world’s second most populous country and a powerhouse economy, India has multi-dimensional challenges that lead to poor environmental outcomes. Considering that fulfilling a need as fundamental as food is the duty of the state and agriculture is a well-known source of pollution, fostering the practice of sustainable agriculture will remain critical in meeting the sustained demand for nutrition while adapting to the climatic changes, and securing the livelihood of farmers who make up about 43 per cent of income-generating Indians.[i] By the same criterion of population, India is also at risk of becoming the junkpile capital of the world, unless well-thought out and calibrated measures are taken to establish the processes to pivot it into a circular economy. It is intriguing to see that technologies like plastics or pesticides that were once indicators of development and were deemed necessary for a better life have turned into the major contributors to pollution, affecting all aspects of human life. However, there is little doubt that in the era of the fourth industrial revolution, technology will play a vital role in mitigating the socio-economic concerns caused by environmental degradation. Technology has to be the mainstay of this transition – whether to fill the gaps or to promote innovation.

Sustainable agriculture for nutrition and income security

India has traditionally been an agrarian country and is among the top 10 agri produce exporters, providing a fairly large amount of rice, cotton, soya beans and meat to the world.[ii] In turn, Indian agri exports ensure nutrition security globally and income generation for farmers locally. However, agriculture is threatened by the changing climatic patterns – untimely rainfall and rise in sea level that increases the challenges of farmers, while increasing the demand for climate-resilient seeds, an R&D-intense area where India is still making progress.

Agriculture is an input-intensive activity where use of water for irrigation, fertilisers and pesticides, farm machinery and tilling add to the adverse environmental impact. Besides, it is also an established source of greenhouse gas (GHG) emissions. A report by the International Energy Agency states that India emitted 2,299 million tonnes of carbon dioxide (CO2) in 2018, contributing about 7 per cent of the global emissions.[iii] Agriculture and livestock owned a share of 18 per cent of gross national emissions, i.e., more than 400 million tonnes of carbon dioxide. Making agriculture sustainable will encompass using less chemicals and reducing the intensity of use of natural resources like water, and smart, frontier technologies like Internet of Things (IoT).

The term IoT refers to physical devices embedded with sensors, software, processing ability, and other technologies and are connected through the Internet or other communications networks so as to enable them to exchange data with other devices and systems. The benefits of using IoT in farming are:

  • It enables remote monitoring of farm conditions and infrastructure, thereby saving time and labour on routine activities
  • It helps transform information into data and improve decision making by analysing them
  • It generates faster and quicker insights from data across the value-chain, and helps farmers respond to market needs
  • It promotes efficiency in food production by reducing wastage and ensures safe and sustainable food to our customers through better traceability, thereby creating positive impact on a farmer’s income

According to IBM estimates, IoT may help farmers increase food production by 70 per cent by 2050. Apart from better pest management and weather forecasting, IoT, with the help of sensors, could save up to 50 billion gallons of water every year by optimizing water usage.[iv] To drive the uptake of digital technology in agriculture, Agriculture Victoria has rolled out a 12-million dollar on-farm Internet of Things trial in four regions for sheep, cropping, dairy and horticulture farmers.[v]

IoT can be used for a host of agricultural activities, including:

Irrigation and water quality management: India is a frontrunner in exporting rice, one of the most water-intensive crops – producing a pound of rice may need up to 2,273 litres (500 gallons) of water[vi] and flood irrigation, a highly inefficient method, is preferred by farmers in the north-western India. This has substantially stressed the groundwater level in these states and enabling better insight about irrigation can help people counter the growing threat of drinking water. The Internet of Things is a critical ingredient in optimising water use for irrigation in farming and related activities. There are four factors which can nudge farmers to adopt smart irrigation systems. These are: integration of real-time weather forecast data, enabling synchronization of the systems with moisture sensors installed in the farm, control of the system from anywhere in the world, and reducing farmer’s input cost while helping to conserve limited water resources. When combined with sensor nodes powered with wireless communication, it can help in monitoring the water quality as well. Such a system can measure the physical and chemical parameters of the water such as temperature, pH, turbidity, conductivity, and dissolved oxygen, and the data can be viewed on Internet-powered devices using cloud services.

Integrated pest management: Though agrochemical use by Indian farmers is far less than the global average, most of the farmers are unaware of which fertilizer or pesticide to use for which crop and at what stage. This often leads to problems like residue or contamination of water bodies. While the government has proposed methods like Zero Budget Natural Farming (ZBNF), the uptake across India has been sporadic. As a result, adopting integrated pest management (IPM), an effective and environmentally sensitive approach to pest management that relies on controlled use of pesticides and fertilizers, becomes imperative. It helps increase the quality of the crop even as it reduces the input cost for farmers. However, implementing integrated pest management requires real-time information on pest infestation. IoT infrastructure can play an important role by collecting disease and insect pest information using sensor nodes, and processing the data for enabling action. Even in cases where farmers are not comfortable handling devices on the system, local Krishi Vigyan Kendra (KVKs) can be connected on the platform to inform farmers about pest infestation status of their farms and guide them about the type and of pesticides they need to use.

Soil quality monitoring: The quality and fertility of soil are dependent on factors such as soil temperature, soil moisture, and microbial diversity. However, seemingly unrelated factors such as air temperature may also impact the quality and fertility of soil. Sensors connected to IoT systems can monitor the parameters and help farmers make informed decisions on sowing the seeds, use of irrigation or harvesting the crop, thereby reducing manual effort and water usage, thus controlling cost and environmental impact. They are also easy to install and low maintenance. IoT systems can be used for backup data securely, review historical or instant data to track trends or predict irrigation needs, and set up reminders. It also makes overwatering or underwatering of crops less likely and may arrest depletion of groundwater by promoting water conservation.

Other advanced technologies for sustainable agriculture: Tractors are one of the best friends a farmer can have. It reduces the effort to prepare the ground for sowing. However, a tractor can weigh anything between 1700-2600 kg[vii] that also exerts intense pressure on the soil. This may lead to compaction of soil, affecting its ability to hold water and making water and nutrients available to the plant. Deploying small robots instead of tractors can prevent soil’s exposure to this pressure as well as help farmers to take care of their crops better – these robots can be fitted with geotagging-enabled cameras, equipment for precise broadcasting of pesticide, and planting saplings. Adopting genome editing can also help in better practice of sustainability in agriculture. Genetic modification of select crops, e.g., fruits, can have twin benefits of saving them from being plucked too raw and use chemical ripening agents for making them consumable and preventing them from rotting naturally. According to the United Nations Food and Agriculture Organization (FAO) estimates, more than 40 per cent of food produced in India is wasted, costing the country an estimated US$14 billion every year.[viii] Genome editing can help fruits like banana, which releases ethylene gas upon ripening that leads to ripening of other bananas in the proximity, to produce less of the plant hormone and remain healthy looking without any brown patches.[ix] Owing to the volatile public sentiment towards GM crops and genome editing, a transparent and robust governance framework is necessary before implementing such measures.

Case study: Shepparton East orchard, Australia

In 2015, Maurice Silverstein decided to upgrade his irrigation system to an automated drip system on his apple and pear orchard at Shepparton East, Australia. This upgraded system will allow him to access real-time soil moisture readings from sensors across the orchard and will also shift from sprays to drip irrigation, promoting more efficient and less water usage. It will alert him to problems in the system, such as blockages or leaks, and can be controlled by an app on his phone, empowering him to respond more quickly than relying on field inspections alone. This system allowed Maurice to be more efficient with his time and water, even as allowing him greater flexibility in terms of movement. Though he needs to be close at hand to fix any problems, he can manage his irrigation system and his orchard from anywhere that has internet coverage.

Case study: Detection of borer insects in tomatoes, India[x]

A study presented at the International Conference on Computing and Communication Systems in Shilong in 2015 discussed an investigation on IoT-based borer insect detection in tomatoes using a robot attached to a wireless web camera and Azure cloud service. The web camera used in the investigation took videos of tomato plantation real-time and sent the data to the Java enabled Software-as-a-Service (SaaS) where the detection in unripe tomato is done. The information was then processed by the database stored at the Azure cloud platform for matching with appropriate pesticide amalgamation, following which a robot sprayed appropriate amounts of pesticides on the tomato plants.

The process consisted of two stages. In stage 1, real-time video feed from wireless webcam, accessed at Cloud end, was converted into grayscale imagery. Image segmentation was performed later to eliminate leaves and branches, and images of tomatoes were retained by performing dilation, following which RGB images of tomatoes were retrieved using masking of dilated images. In stage 2, the number and type of pest on the tomatoes were identified, and an adequate amount of pesticide was sprayed over the tomatoes.

Waste management for better environment and economy

It is not startling to realise that India is home to 17.7 per cent of the world population and as per a 2016 estimate, generates more than one-tenth of global waste. India produces an estimated 277 million tonnes of municipal solid waste every year, of which 77 per cent is disposed of in the open or end up in landfills, 18 per cent is made compost and 5 per cent is recycled. However, according to the “Swachhata Sandesh Newsletter” by the Ministry of Housing and Urban Affairs (MoHUA), as of January 2020, 84,475 wards of India produced 147,613 metric tonnes of solid waste every day. The tally is led by Maharashtra (22,080 MT a day), Uttar Pradesh (15,500 MT a day), Tamil Nadu (15,437 MT a day), Delhi (10,500 MT a day) and Gujarat (10,274 MT a day).[xi]

Inefficient management of solid municipal waste and poor implementation of existing regulations have made it a major source of air and water pollution in India. New-age, smart technologies can help us integrate waste management, monitor collection and disposal, and minimize the environmental impact due to waste mismanagement. Integrated waste management systems, powered by Programmable Logic Controller (PLC) and Supervisory Control and Data Acquisition (SCADA) monitoring systems, can monitor automatically, and operate from a centralised control station to ensure efficiency and will require minimum manual intervention, reducing margin of error. Smart technologies can be used in the fields of:

Waste segregation: Despite several attempts, instilling a culture of segregated waste disposal remains a dream in India. Technology can help improve the situation with innovations like smart bins. These sensor-powered, pre-programmed bins can enforce waste segregation and trigger a warning when the wrong type of waste is dumped in it. The bins may also come with interactive screens to guide users on next steps for a safe disposal of that type of waste. Improving waste segregation at source is at the heart of efficient management and will play a vital role in optimising the whole chain.

Waste collection:[xii] Currently, trucks carrying dumpsters to landfills are powered by fossil fuel, particularly diesel. This makes the waste disposal process a double jeopardy – while landfills themselves are a source of pollution, emissions from the trucks add to the pollutants in the air. Deploying a fleet management technology, common in the logistics sector, can optimize the waste collection step in the chain. Fleet management technologies use a network of sensors connected through GPS to create and analyse data to identify the best route for the fleet or individual vehicles, as required. This will help trucks to avoid traffic and not only reduce emissions but also enable maximum trash collection in less time. Besides, using vacuum suction to empty garbage bins through a network of underground pneumatic tubes can help in increasing the speed of waste collection and disposal.

Other advanced collection and disposal technologies:[xiii] Advanced economies have made substantial effort to improve their waste management measures, some of which may prove useful for India as well. One such innovation is a solar-powered waste compactor. This is a smart device that registers the bin’s fill level in real time and activates an automatic waste compaction. The compactor-bin has effectively increased a normal trash bin’s capacity by up to 5-8 times. A similar technology is an ultrasonic trash can sensor that regularly informs the user on how full is the container and helps in reducing the cost of overfilling a skip. Another similar intervention is an image-based trash can sensor that is connected through GPS and automatically monitors both fullness and contents. The sensor also determines which containers need service each day, schedules routes and allocates jobs to drivers.

Waste-to-energy generation: This is a well-known technology for recycling residual waste that uses combustion to provide heat and power, and in turn, reduces the speed of landfills that dot the fringes of all metropolitan and smaller cities in India. Though waste-to-energy is around for some time, the uptake has remained a challenge. There is little doubt that increasing the uptake of this technology will substantially reduce waste disposal to landfills and generate clean, reliable energy from a renewable fuel source, reduce dependence on fossil fuels and greenhouse gas emission. However, the technology faces hurdles in India due to various operational and design problems, lack of segregation of waste at source being the primary one.

Case Study: New York (the US) and The Hague (The Netherlands)[xiv]

New York has one of the more complicated waste management ecosystems in North America. The city is home to about 8.6 million people and employs around 72 hundred waste collectors to keep itself clean and sanitary. Times Square alone receives a daily footfall of about 500,000 pedestrians, creating roughly 15,300 pounds of garbage. In March 2013, as part of the largest public space recycling initiative in New York City, 30 smart waste and recycling stations were deployed in Times Square. These units were capable of waste compaction, equipped with real-time fill level monitoring and collection notifications. Connected to smart stations, these units increased the total trash collection capacity by nearly 200 per cent while the frequency of collection per bin decreased by half.

In 2009, the city of Hague in the Netherlands began installing underground trash bins that can hold a larger quantity of waste. By 2017, there were 6,100 such units installed below the pavements with the top of the bin coming out of the ground at waist height. More than half of these bins are sensor-enabled, allowing officials to remotely monitor the fill levels of containers and set up ‘smart schedules’ for emptying them. The Hague’s success with these underground containers put the city as an example of innovative waste solutions in a 2017 New York City Zero Waste Design guidelines report.

Case study: A zero-waste film set (India)[xv]

A gathering is an ideal setting for waste generation – be that a feast, a meeting, or work, e.g., shooting of a film. However, a recently-released Bollywood cinema titled ‘Chandigarh Kare Aashiqui’ ensured that the city, which acts as its setting, does not start a landfill with its 17,000 kgs of waste generated in three months.

Six steps followed by the team include:

  • Replacing plastic water bottles with water dispensers and reusable water bottles
  • Using biodegradable bamboo toothbrushes and big bottles of toiletries instead of small disposable ones
  • Providing colour-coded bins for disposing solid and liquid waste and PPEs
  • Deploying a trained crew for segregating waste at source
  • Distributing leftover food among low-income families in the area
  • Recycling the waste into bricks, lamps, and other products

Conclusion

The prevailing discourse on environment-friendly technology often overlooks their hidden harms. Besides, most of these technologies are capital-intensive in nature. While COVID-19 has pushed the world to think about the environment with commitment, harnessing only capital-intensive solutions can cause ‘greenflation’ and affect overall productivity and growth of the country. For low-and-middle-income countries like India, access to advanced technologies to mitigate environmental concerns is almost always affected by lack of knowhow, adequate funds, and scepticism on part of the user. These can be addressed by focusing on easy-to-use and cost-effective technologies as well as right policy and regulatory interventions, and their implementation to promote adoption of technological solutions.

However, when it comes to environmental challenges, there is no better way to save the planet than to prevent the damage. Interestingly, though sustainable agriculture and waste management are India’s bigger ‘trouble’s, they overlap when it comes to food waste. A UN report in March 2021 states that household food waste in India is about 68.7 million tonnes a year. Food waste alone is a major source of anthropogenic greenhouse gas emissions – the Food and Agriculture Organization of the United Nations estimates that global food loss and waste generate 4.4 Gt CO2 eq every year, or about 8 per cent of total anthropogenic greenhouse gas emissions, effectively making the contribution of food wastage emissions to global warming almost equivalent to global road transport emissions.[xvi] According to the World Wildlife Fund (WWF), stopping food waste can reduce all human-caused greenhouse gas emissions by about 6 to 8 per cent.[xvii] However, the bigger concern is, wasting food also aggravates the overall greenhouse gas emissions scenario as it adds to the emissions caused during the production, processing, and marketing of these products. Besides, it adds on to India’s burgeoning and unmanageable waste burden. Therefore, in addition to sourcing or developing technologies to address the environmental challenges at hand, it is equally urgent to create awareness about the pitfalls of irresponsible consumption and nudge for behavioural change in consumers.

Author Brief Bio: Parul Soni is Global Managing Partner of Thinkthrough Consulting and founder and Secretary General of Association of Business Women in Commerce and Industry (ABWCI) – a Virtual Chamber of Commerce for Women. He is a consummate professional with over 25 years of experience and expertise in international investment, bilateral and multilateral trade, cross-border policies, regional trade agreements and negotiations at national and international levels. He has worked in over 54 countries with Fortune 500 companies, global alliances, industry associations, international development organizations and knowledge institutions. He has been working actively with fast-growing Indian entrepreneurial and global organisations for establishing and expanding their presence across South Asia.

[i] https://data.worldbank.org/indicator/SL.AGR.EMPL.ZS?locations=IN

[ii] https://www.livemint.com/news/india/india-breaks-into-the-top-10-list-of-agri-produce-exporters-11626975654126.html

[iii] https://www.downtoearth.org.in/blog/agriculture/climate-change-and-agriculture-way-ahead-for-low-emission-growth-73537

[iv] https://www.sigfox.com/en/iot-soil-condition-monitoring-sensors-will-optimize-agriculture-through-data-2

[v] https://agriculture.vic.gov.au/farm-management/digital-agriculture/internet-of-things-in-agriculture

[vi] https://apnews.com/article/india-climate-change-business-science-environment-and-nature-52a57d80d1dcb85f508cfd5f80120870

[vii] https://www.ijcmas.com/6-10-2017/T.K.%20Maheshwari2,%20et%20al.pdf

[viii] https://www.indiatoday.in/india/story/india-grows-more-food-wastes-more-while-more-go-hungry-1752107-2020-12-22

[ix] https://www.bbc.com/future/bespoke/follow-the-food/five-ways-we-can-feed-the-world-in-2050.html

[x] http://14.139.206.50:8080/jspui/bitstream/1/6301/1/NK006-20170724003.pdf

[xi] https://www.orfonline.org/wp-content/uploads/2020/11/ORF_OccasionalPaper_283_SolidWasteManagement_FinalForUpload-2.pdf

[xii] https://wasteadvantagemag.com/5-futuristic-waste-management-technologies/

[xiii] https://www.norcalcompactors.net/technology-innovating-waste-management/

[xiv] https://www.iotforall.com/smart-waste-management

[xv] https://www.indiatimes.com/entertainment/originals/chandigarh-kare-aashiqui-became-a-zero-waste-film-556146.html

[xvi] https://www.fao.org/3/bb144e/bb144e.pdf

[xvii] https://www.worldwildlife.org/stories/fight-climate-change-by-preventing-food-waste

Aviation & Environment – The Way Ahead

The 26th session of the Conference of the Parties (COP 26) to the United Nations Framework Convention on Climate (UNFCCC) was finally held from 1-12 November 2021, in Glasgow, UK. With climate change intensifying, scientists are warning that humanity is running out of time to limit global warming to 1.5°C over pre-industrial levels. The Emissions Gap Report 2021 shows that new national climate pledges combined with other mitigation measures put the world on track for a global temperature rise of 2.7°C by the end of the century.[i] That is well above the goals of the Paris climate agreement and would lead to catastrophic changes in the earth’s climate. To keep global warming below 1.5°C this century, the aspirational goal of the Paris Agreement, the world needs to halve annual greenhouse gas emissions in the next eight years.

Civil air flights continue to see very high growth especially in major developing nations and emerging economies. This includes both passenger and cargo movement. New airports are being built and old modernised to cater to the increasing demand. Aviation affects the environment in many ways: people living near airports are exposed to noise from aircraft; streams, rivers, and wetlands may be exposed to pollutants discharged in storm water runoff from airports; and aircraft engines emit pollutants to the atmosphere. India is amongst the top five fastest growing markets. Besides flight and ground safety, environmental protection is the most important issue for all aircraft operations.

Global aviation contributes about two percent of global greenhouse gas emissions and are growing with growth in aviation. But aviation supports eight percent of the world’s economic activity in terms of GDP. As a result of massive increase in air travel by 2025, it is estimated that the total CO2 emission due to commercial aviation may reach around 1.5 billion tons. The amount of nitrogen oxide (NO) around airports, may rise from 2.5 million tons in 2000 to 6.1 million tons by 2025. The number of people who may be seriously affected by aircraft noise may rise from 24 million in 2000 to 30.5 million by 2025. However, analysts believe that the aviation related greenhouse gas emissions figure should peak at around 3 percent due to sustained actions being evolved by the governments and industry.

Many actions need to be taken. The aircraft engines have to be made more efficient with lesser emissions. Managing the airport construction related pollution, operating waste, e-waste, noise and chemical emissions are many of the concerns requiring technological solutions. Ecological airport redesign, changes in air and ground operating procedures, and eco-friendly initiatives can alleviate environmental pressures without causing passenger and operational stress. The terms ‘Sustainable Aviation’ or ‘Green Aviation’ are increasingly being used to address the technological and socio-economic issues facing the aviation industry to meet the environmental challenges of twenty-first century. The environmental programs have to be scientifically evolved specific to each airport. Balance has to be maintained between social, economic and environmental imperatives. The ultimate goal is to produce the greatest improvement in the quality of life of the citizens.

Greenfield Airports and Biodiversity

Airports have considerable effect on city’s urban development and have negative impacts on the environment. At a local level, even though noise seems to be the main concern, air emissions, resource (energy and water) availability, waste and water management, and ecosystems and land use planning constitute issues that are directly linked to local communities’ tolerance. Environmental impact and sustainability require life cycle sustenance. Selecting a site for airport or its expansion, must look at ecological balance, bird and animal habitats, compatible land use, landscape deterioration and biodiversity damage. We need to avoid building on green spaces and work with local communities and organisations to conserve biodiversity on sites near airports.

Climate Change

Internationally, aviation is considered one of the fastest growing sources of greenhouse gas emissions. Even though aircraft emissions are not included in Kyoto protocol, emissions that are directly controlled by airport operators are ground-based, and therefore are subject to national targets. Air pollution caused due to various reasons including the burning of aviation fuel greatly contributes to climate change. Disruptive weather affects aviation the most. The most important measures require improvements in energy efficiency and conservation, ground fleet conversions, low emission power generation plants on site or renewable energy supplies. Geothermal, hydropower, solar or wind power is used to cover a significant proportion of energy needs. Many airports focus on achieving carbon neutral operations by offsetting carbon emissions that they cannot eliminate.

Air Pollution

Degradation of local air quality is another issue. The most significant sources of air pollution (lead emissions) are aircraft, airside and landside vehicles, ground support equipment, fuel storage, engine testing, fire training and road traffic. Burning of aircraft wheel tyre rubber during landing and take-off contributes to particle matter in the air, and fuel transfer and storage facilities contribute to increased volatile organic compound (VOC) concentration. Key pollutants of concern include oxides of nitrogen, carbon monoxide, hydrocarbons, particulate matter, sulphur oxide and carbon dioxide. The most common applied measures to control air pollution include air quality monitoring systems, air traffic management, promotion of green transport, reduction in commercial vehicle trips to-and-from airports by providing efficient public transport like airport metro etc.

Noise Pollution

Noise disturbance is a difficult issue to evaluate as it is open to subjective reactions. There are significant consequences on the surrounding areas as take-off and landings are a major source of noise. Large airports normally install noise monitoring systems, put operating restrictions and limits, manage air traffic, create anti-noise barriers, and support home insulation etc. Adverse effects on people living close to an airport, could include interference with communication, sleep disturbance, annoyance responses, performance effects and cardiovascular and psycho-physiological effects. Aircraft flying at a height of 10,000 ft above ground do not usually produce ‘significant’ noise impact. Noise monitoring computer software models produce aircraft-wise noise footprints to help calculate noise levels around the airport. These noise ‘contours’ can then be placed on a map to see which communities are subjected to different degrees of noise levels.

All commercial aircraft are supposed to meet the International Civil Aviation Organisation’s (ICAO’s) noise certification standards. The ‘balanced approach’ is reduction of aircraft noise at source; land-use planning and management measures; and noise abatement operational procedures and restrictions. Avoiding overflying residential areas hospitals and schools as far as possible; using least affected runway(s) and routes; using continuous descent approaches and departure noise abatement techniques; avoiding unnecessary use of auxiliary power units by aircraft on-stand; building barriers and engine test-pens to contain and deflect noise; towing aircraft instead of using jet engines to taxi; limiting night operations; applying different operational charges based on the noisiness of the aircraft, are some of the measures.

Supersonic/Hypersonic Flights

Concorde was the only supersonic airliner in commercial use. Many countries did not permit its operations or even overflights in view of sonic booms and resultant high sound and vibrations. Even military aircraft are allowed supersonic training flights in restricted areas away from population centres. Sonic booms over hospitals have resulted in premature deliveries of babies. However, the human beings want to travel faster. Hypersonic flight is already a reality. Hypersonic airliner could do Mumbai to New York in just two hours. The saving grace is that hypersonic flight would normally be at very high altitudes closer to space.

Waste Management

Airports generate large amounts of waste, including a considerable proportion by companies involved in cargo handling, retail, flight catering, and aircraft maintenance. As most of the waste produced at airports is generated by customers and contractors, it is important to encourage good waste management practices. A holistic waste management approach would include efficient disposal and recycling of engineering material and human waste.

Water Management

As airports cover large areas of land, it creates large amounts of runoff water which has to be effectively managed to comply with environmental standards before being discharged. Water is a valuable resource, one that needs to be used sparingly. Airport water run-offs are known to contain high levels of chemicals and toxic substances coming from aircraft and airfield de-icing, fuel spillage, fire-fighting foam, chemicals and oils from aircraft and vehicle maintenance, detergents used for aircraft and vehicle cleaning etc. Waste water and effluents need proper management to avoid polluting the environment. Most common measures applied against these are waste-water and sewage plants, drainage systems, surface and ground water quality monitoring, oil/hydrocarbons and grease separators, use of biologically degraded de-icing and anti-icing agents etc. As infrastructure providers, airports use significant volumes of water in operations. Regular water usage monitoring, leak detection and targeting, and introducing water conservation practices are important. Airports may install various leak detection systems, install water reduction devices and implement water recycling operations to reduce the demand of potable water. Drainage and rain water harvesting have to be inbuilt.

Need for Green Aero-engines

Among the many factors requiring attention, the aircraft engine requires special addressing. Most airliners nowadays fly at above 30,000 feet (9 km) altitude. Therefore, the majority of aircraft emissions are injected into the upper troposphere and lower stratosphere (typically 9 – 13 km in altitude). The resulting impacts are unique. The impact of burning fossil fuels at altitude is approximately double that due to burning the same fuels at ground level. This requires technological innovations and intervention. New aircraft and engine designs/technologies, and alternative materials need to be evolved. Interestingly, the most important role in an airplane’s fuel efficiency is also of the engines. Any solution must thus look at both. The two most-widely used aircraft today—the Boeing 737 and the Airbus A320 have shown that newer models of the same aircraft, with better engines, can not only carry more passengers and payload, but do so while burning nearly 25 percent lesser fuel.

Sustainable and Green Aero-Engines

Sustainable and Green Aero-Engines (SAGE) initiatives are being taken both in the European Union and in the USA, to develop aero-engine technologies, with new engine architectures that offer opportunities for reduction in CO2 emissions relative to current turbofans. Emissions of CO2, H2O, O2 and N2 which are products of hydrocarbon fuel combustion are all function of engine fuel burn efficiency. Areas being addressed include lightweight low pressure systems for turbofans; composite fan blades and high efficiency low pressure turbine; advanced engine externals and installations including novel noise attenuation; high efficiency Low Pressure (LP) spool technology while further advancing high speed turbine design; option of an aggressive mid turbine inter-duct; high efficiency and lightweight compressor and turbine; and low emission combustion chamber for next generation rotary-craft engine. Developments in controls and electronics, lightweight metallic and composite materials, hydraulic and pneumatic systems, and novel manufacturing methods, specific aero-engine parts, like casing, tanks, pipes, high temperature materials such turbine blades, and sensors would require attention.

SAGE 2 Project

European Union’s SAGE 2 project headed by Rolls-Royce and Safran focuses on demonstrating the technologies such as composite propeller blades with aero-acoustic optimisation, electric de-icing system and equipment. The gas generator used in the SAGE 2 open rotor demonstrator is derived from a Snecma M88 engine. The Airbus A340-300 MSN001 aircraft is being used as a flight test vehicle, with one full size Contra Rotating Open Rotor (CROR) pusher engine attached to a representative pylon and engine mount. Open rotor technologies offer the potential for significant reductions in fuel burn and CO2 emissions relative to turbofan engines of equivalent thrust. Open rotor engines remove the limitation by operating the propeller blades without a surrounding nacelle, thus enabling ultrahigh bypass ratios to be achieved. Installation of the open rotor engine on the airframe has its complexities, as the airflow through the propellers interacts with the supporting airframe structure in a different manner. The trend for Very High Bypass Ratio (VHBR) engines requires technology developments across a broad range of complex gas turbine systems, from fan inlet through the complete compression, combustion and turbine to exhaust.

CAEP Targets

The aircraft engines account for most of the noise and fuel consumption characteristics of airplanes. The International Civil Aviation Organisation (ICAO) has a Committee on Aviation Environmental Protection (CAEP) since 1983. Aircraft are required to meet the engine certification standards adopted by ICAO. Of particular relevance is the Standard for NOx, a precursor for ozone, which at altitude is a greenhouse gas. Standard for NOx was first adopted in 1981. It was made more stringent in 1993, 1999, 2005 and 2011. CAEP/8 standard was set in 2010. The CAEP medium and long-term NOx technology goals was to target reduction by 45% of CAEP/6 standard by 2016; and 60% by 2026. GE clean-sheet engine GE9X class engines employ modern technologies give better specific fuel consumption (SFC). It means 10 percent lower fuel costs even when compared to the 300ER. The engine has 15db noise levels well within stage 4 margin, and 29 percent emissions within CAEP/8 margin. Novel cycles that increase bypass ratios, incorporation of lean burn technology is evolving. ICAO is developing the first non-volatile PM (nvPM) standards (covering soot or black carbon particles) for turbofan/turbojet engines. Similarly, standards are being set for turboprops, helicopter turbo-shaft, and APU engines. The nvPM standard will help better assess impact.

Design Considerations

Changes in engine design or operation might include ultra-high bypass turbofans; open rotor engines; use of alternative fuels; relocating engines on the body of the aircraft such that engine noise gets deflected upwards. An example of a ‘green’ design change can be seen in the blended wing and body of the subscale, flying X-48B aircraft prototype. Other concepts may include capitalising on the potential of advanced electrical power technologies such as batteries or fuel cells to reduce the amount of fuel needed. Using High-tech engines, propeller efficiency, advanced aerodynamics, low-drag airframe etc. can result in higher fuel saving and less gaseous emissions. Improvement in performance can be achieved by moving from a component-based design to a fully integrated design by including wing, tail, belly fairing, pylon, engine, high lift devices etc. into the solution. At the April 2018 ILA Berlin Air Show, a high-efficiency composite cycle piston-turbofan hybrid engine for 2050, combining a geared turbofan with a piston engine core was presented. The 2.87 m diameter, 16-blade fan gives a 33.7 ultra-high bypass ratio. The 11,200 lb. (49.7 kN) engine could power a 50-seat regional jet. Although the engine weight increases by 30 percent, the overall aircraft fuel consumption is reduced by 15 percent.

New Engine Concepts

Two new engine concepts currently under investigation include the ‘Combined Brayton Cycle Aero Engine’ and ‘Multi-Fuel Hybrid Engine’. Even though modern engines are supposedly very efficient, a large part of the energy input is ejected as waste heat (over 50%). Improving performance by heat recovery is the requirement. A heat exchanger integrated in a turbofan core can convert recovered heat into useful power which can be used for onboard systems or to power an electrically driven fan to produce auxiliary thrust. A dual combustion chamber, with first stage between HP Compressor and HP Turbine burning cryogenic fuel like Hydrogen/Methane or liquid natural gas, and the second combustor at an inter-stage uses kerosene/bio-fuel in the flameless combustion mode is being considered. High temperature generated in the first stage, allows flameless combustion in the inter-stage, thus reducing CO, NOx etc. Cryogenic bleed air cooling can enhance the engine thermodynamic efficiency by cooling the bleed air thus allowing increase in temperature of the fuel. contra-rotating fans (CRF) can use boundary layer ingestion to reduce both noise emission and improve propulsive efficiency.

Next Generation Innovations

Developed under the US Department of Defense’s Adaptive Versatile Engine Technology (ADVENT) and adaptive Engine Technology Development (AETD) programs, is the GE Adaptive Cycle Engine (ACE). Unlike traditional engines with fixed airflow, the GE ACE is a variable cycle engine that will automatically alternate between a high-thrust mode for maximum power and a high-efficiency mode for optimum fuel savings. ACE is designed to increase combat aircraft thrust by up to 20 percent, improve fuel consumption by 25 percent to extend range by more than 30 percent, and provide significantly more aircraft heat dissipation capacity. These adaptive features are coupled with an additional stream of cooling air to improve fuel efficiency and dissipate aircraft heat load. The joint GE/U.S. Government investment of more than US$ 1Billion, the ACE engine will incorporate both heat-resistant materials and additive manufactured components. In the ADVENT program, GE reached the highest combined compressor and turbine temperatures ever. The Adaptive Engine Transition Program (AETP) is underway. The challenge remains in going to higher overall pressure ratio engines due to increasing cooling air temperatures, constraints imposed by developing new material technologies and detrimental weight and drag impact on ultra-high bypass ratio engines. GE Aviation’s Passport engines feature a higher-pressure ratio and a compressor made of new—and unnamed—advanced materials. GE predicts that the engines will achieve 8 percent lower fuel consumption and considerably lower NOx emissions. The pulse detonation engine (PDE), which has the potential to radically increase thermal efficiency, is one of the more exciting propulsion technologies being researched. PDE uses detonation waves to combust the fuel and oxidiser mixture. Instead of burning it, it explodes it. In theory it can be used up to Mach 5.0.

Some of the statistics around aero engines can explain the challenges of engine technologies, and why very few manufacture modern engines. Each wide-chord fan blade exerts a centrifugal force of around 70 tons, equivalent to the weight of a modern locomotive; each high-pressure turbine blade generates the same amount of power as a Formula 1 car; and the turbine discs will now have a “dual microstructure” to give different mechanical properties at the centre and at the edge of the disc.

Electric and Solar Engines

A number of electrically powered aircraft, such as the QinetiQ Zephyr have been designed since the 1960s. Some are used as military drones. In 2007, France flew a conventional light aircraft powered by an 18 kW electric motor using lithium polymer batteries, and became the first electric aircraft to receive an airworthiness certificate. Solar-powered manned aircraft designed to fly both day and night without the need for fuel are already under development. Solar electric propulsion have been performed through the manned ‘Solar Impulse’ and the unmanned NASA ‘Pathfinder’ aircraft. Many big companies, such as Siemens, are developing high performance electric engines for aircraft use. Small multi-copter UAVs are almost always powered by electric motors.

Hydrogen Fuel Cells

Hydrogen fuel cell technology is fast evolving. A hydrogen fuel cell is an electrochemical device that uses a chemical process to convert hydrogen to electrical power, which in turn can drive one or more electric propulsion motors on the unmanned aerial vehicle. Electricity, water and heat are the only products of this chemical process, which makes hydrogen an extremely clean fuel. Hydrogen fuel cells are smaller, lighter, more versatile and more resilient than alternatives like batteries or small gasoline and diesel engines. Unlike batteries, hydrogen fuel cells do not need to be recharged. Simply connect a carbon fibre hydrogen storage tank to the fuel cell, and fly! Drones powered by a hydrogen fuel cell have much longer range and flight duration than a comparably sized battery-powered aircraft. Typical rotary and fixed wing platforms can fly up to three times longer with hydrogen fuel cell onboard. UAVs are already flying far beyond the capabilities of drones powered by batteries or gasoline engines. Operators of fixed-wing or multi-rotor platforms can fly up to three times longer with proven hydrogen fuel cell onboard.

The 600-watt and 1200-watt liquid-cooled hydrogen fuel cells and compressed hydrogen fuel source are ideal for military and commercial missions of all kinds, including intelligence, surveillance and reconnaissance (ISR), search and rescue, law enforcement, infrastructure and agriculture inspections, and other missions where silent operation and long duration flights are critical. The hydrogen fuel cell advantages can be summed as nearly three times the range or flight time of batteries, no need for recharging, all-temperature performance, faster turnaround times between missions, no environmental footprint, virtually noise-free, logistic simplicity, liquid-cooled technology operates more efficiently at high altitudes than air-cooled fuel cells, and longer service life. Hydrogen fuel cell technology will be increasingly used on larger aircraft.

Flight Planning Tools

The flight efficiency approach requires choosing optimum flight routes. All aircraft operators and computerised flight plan service providers exchange and compare their flight plans with the best filed flight plan accepted by the integrated initial flight plan processing system. Special software tools show shortest route plans. Dynamism through the application of the Flexible Use of Airspace (FUA) concept, under which the military release airspace to civil aviation helps. The flight planning from aircraft start-up to switch-off can be a great tool to reduce engine use and fuel consumption. This allows substantial savings in distance flown, time, fuel and environment. The air and ground crew, the airline operator, air and radar controllers, among many others can play a significant role.

India’s Aviation Environmental Regulations

India’s Directorate General of Civil Aviation (DGCA) which is responsible for all aspects of enforcement and regulation has an Aviation Environmental Unit. All operators such as the airlines, navigation service providers and airport authorities too, have environmental cells. It is mandatory to submit to DGCA monthly fuel consumption data to set up a carbon dioxide emission inventory. The DGCA sponsored noise study for Indira Gandhi International Airport (IGIA) Delhi has now become the standard for all major airports in India. DGCA has laid down guidelines for noise measurement and monitoring at airports, including noise mapping, validation, action plan, noise reporting and proposed aviation noise limits. The Indian Ministry of Civil Aviation’s Green Aviation Policy, 2019 aims to achieve the sustainable and inclusive growth of the aviation industry in the country and remedy the ecological concerns posed by the industry. The policy creates a regulatory framework to remedy the environmental issues created by the civil aviation industry by identifying key areas that require guiding principles and regulations.

Environmental Initiatives – Indian Airports

Indira Gandhi International Airport (IGIA), New Delhi, was the first Indian green-field airport build with international best practices keeping environmental excellence and sustainable work practices in mind. The focus was on natural resource conservation, pollution preventions and environmental skill development. All the aspects and associated impacts due to services and operations is based on ISO 14001:2004 Environment Management Systems (EMS). IGIA ensured building green infrastructure, renewable energy initiatives, climate change & greenhouse gas management, followed international environmental standards and controls, and resource conservations (water, energy, & materials). Noise abatement is one of the key areas. Automatic aircraft noise monitoring System is installed in approach’s of all runways and identify noisy aircraft. Distribution of aircraft movement across the three runways is based on time of the day and individual aircraft noise levels. Inputs from noise complaint system are also factored in. Continuous decent approach is followed to reduce noise. IGIA has target of net zero carbon emissions by 2030. Other major Indian airports have introduced many energy efficient technologies such as energy efficient air-conditioning and water chillers, solar water heating, solar boundary lighting, Compressed Natural Gas (CNG) or electric ground vehicles, LED lighting, waste water treatment plants, and high efficiency pumps. Cochin, Delhi, Mumbai and Chandigarh airports have already installed solar power plants. Bangalore and Hyderabad airport solar projects are under implementation.  Ultimate aim is to make the airports carbon neutral. Bangalore has 273 hectare of green belt and 971 hectare of natural greenery. Chandigarh International airport uses only natural light during day and mostly LED lighting thereafter. It also has a transparent glass roof with low heat gain that cuts down air conditioning requirement.

Conclusion

Advances in engine architecture, aerodynamics, and materials have resulted in today’s aircraft engines consuming 40 percent less fuel — and emitting 40 percent less CO2 — than engines manufactured in the 1970s and 1980s. Each kilogram of fuel saved reduces carbon dioxide (CO2) emissions by 3.16 kg. Modern aircrafts are 30-40% more efficient than those of 15 years ago. Fixed electrical ground power can reduce the amount of fuel burn used on ground power by up to 85%.

However, we cannot be satisfied with the pace of progress from the past. The next set of engine technologies, including open fan architectures, hybrid-electric and electric propulsion concepts, and advanced thermal management concepts, offer the potential to achieve at least a 20 percent additional improvement in fuel efficiency compared to today’s state of the art single-aisle aircraft engines. Industry initiatives to approve and adopt 100% Sustainable Aviation Fuel (SAF) and investigate hydrogen as the zero-carbon fuel of the future should deliver. Aero-engines of the future will be more and more fuel efficient and environment friendly. The future of flight will be defined by how the aviation industry innovates to lower emissions and improves fuel efficiency. Global warming is causing global mean sea level to rise in two ways. First, glaciers and ice sheets worldwide are melting and adding water to the ocean. Second, the volume of the ocean is expanding as the water warms. On future pathways with the highest greenhouse gas emissions, sea level rise could be as high as 8.2 feet (2.5 meters) above 2000 levels by 2100. More than 260 airports are at risk of getting submerged due to such a sea level rise or coastal flooding. Up to 20% of flight routes could be disrupted. Therefore, time to act is now, lest it becomes too late.

Author Brief Bio: Air Marshal Anil Chopra, PVSM, AVSM, VM, VSM is a QFI, test pilot, and a pioneer of Mirage-2000 fleet. He was AOC J&K, ACAS (Inspections) and retired as Air Officer-in-charge Personnel (AOP). Post retirement, he served as a member of the Armed Forces Tribunal. Presently, he is the Director General, Centre for Air Power Studies (CAPS), New Delhi.

[i] https://www.unep.org/resources/emissions-gap-report-2021

Politics and Economics of Climate Change: Opportunities for India

Any event can be easily manipulated politically if the intent from the start is to set a narrative contrary to the belief of the people, the geography, culture or history. The Western world has mastered that art. History reveals the attitude of the West to first get a foothold, and then overlook well-established ideals of sustainable development used by local societies. Following a consumerist approach, they have manipulated and replaced those models for their own benefit—monetary, political and social.

By controlling the branding and shaping of perceptions they control mindsets, which enables them to propagate matters in a chosen manner. By glamourising their own lifestyles, they create new markets. Simultaneously, they sow insecurity in the minds of the target social group. Climate Change is one such notion that has been twisted into politics and economics. It is a term coined only by the West and they have succeeded in making it look or seem more attractive than it really is.

What is Climate Change

Weather is essentially the state of the atmosphere at a particular place and time. Although a definite time scale cannot be attached to it, weather conditions can change rapidly or last for weeks. Climate is the synthesis of weather for a long enough period for reliable statistical determination of its properties. Changes in weather are collectively known as climate. Unlike the weather, where the change is instantaneous or may last for weeks, the climate is relatively constant from year to year or century to century.

Nevertheless, there is evidence of fluctuations or variations in climate. When these fluctuations follow a particular trend, it is called a climatic trend. These fluctuations may themselves be cyclic in nature and are known as a climatic cycle. Over a longer period of time, climatic fluctuations may be such that they will shift the climate of a given area. Such changes in climate are called climate change. Various terms like climatic variations, climatic fluctuation, climatic trend, climatic cycle and climatic change refer to relevant time scales and are mostly just terminologies.

Variations in climate on geological time scales run into millions of years. Such variations in climate that occurred during recent history dating back to perhaps a few thousand years are collectively called climatic change. Changes in climate usually occur over a period of 100 to 150 years and are termed secular or instrumental changes. Other variations in climate that happen within a period of less than 30 to 35 years are used to calculate values of climatic normals. These variations are too rapid to be considered climatic change.

Are we in a Climate Change?

Article 1 of the United Nations Framework Convention on Climate Change (UNFCCC) defines climate change as: “a change of climate which is attributed directly or indirectly to human activity that alters the composition of the global atmosphere and which is in addition to natural climate variability observed over comparable time periods”. Thus, the UNFCCC makes a distinction between ‘climate change’ due to human activities altering the atmospheric composition and ‘natural climate variability’ that occurs due to natural causes.

It is unanimously agreed that the earth is warming. How much of this warming can be directly attributed to or caused by human activity is not clear? Their effects are extremely difficult to assess, though accumulations of greenhouse gases like carbon dioxide are more than likely taking their toll. What is clear is that, globally, 14 of the 15 warmest years on record have all occurred in the 21st century. Each of the last three decades has been warmer than the previous one. 2001-2010 has been the warmest decade on record.

Average global air temperatures over land and sea surface in 2014 were 0.57 °C (1.03°F) above the long-term average of 14.00°C (57.2 °F) for the 1961-1990 reference period. By comparison, temperatures were 0.55 °C (1.00°F) above average in 2010 and 0.54°C (0.98°F) above average in 2005, according to WMO calculations. The estimated margin of uncertainty was 0.10°C (0.18°F).

Is it man-made?

It’s our recklessness that we multiply uncontrollably, deforest, burn stubble and use chemicals, knowing well that they cause destruction and degradation. We understand that if we do not take action now it will be too late! Ironically, we ourselves are products of climatic change. Had climate not changed, reptiles and mammoths would have ruled the earth and there would be no coal. We are a product of such transformations and this climate change will ultimately pave way for other ecosystems to evolve.

We cannot master the functionality of nature or its ways. What we see today might not be there tomorrow and there might be something new in the climate that we still do not know about. However, to link every event in the atmosphere to global warming defies logic. What we do know is that climate change has acquired a new dimension in the form of opening up new battles, disputes and new war including perception war.

The Politics of Climate Change

Climate change is a natural event but the concept can and has been used to convey manipulative motives more than it has been dealt with naturally. Ever since the term came into use, it is strongly used to build narratives that are even contradictory and are altered in different regions and for various purposes by assorted groups.

When a model of change is not in sync sustainably, does not adjust naturally, and is laced with consumerism, it speaks of hidden intents and motives. When it is being done with the purpose of changing the perception of people, it is nothing but a deception of the highest order, an epidemic (infodemic) and a form of war (perception war). Solutions turn political when there are many unexplained truths and a refusal to accept change is woven into the scheme of things.

Climate Change is politics when its interpretation is manipulated, converted into economics and used in trade. It becomes a weapon to threaten and destabilise countries. With different narratives in mind, Climate Change is used as a power projection. Politics comes into play with the setting of a narrative and usually involves hiding the truth by justifying lies. To begin with, Climatic Change has been used by its supporters with an aim to shift blame. Secondly, when it involves treatment, it is using economics and business. Climate Change politics is about looking away from simple solutions. Thirdly, it gets converted into a tool that is used to threaten all those who do not subscribe to a particular view. Towards this end, facts are doctored, information deliberately hidden, some arrangements camouflaged, and scientific knowledge is interpreted with a hidden agenda.

The Industrial Revolution and Crony Capitalism

The industrial revolution saw almost all the western economies present a consumerist model that was capital-driven and energy and resource-intensive. There was little thought given to the impact this would have on the environment. Now, having created a dirty world, the same creators are scrambling to treat the negative effects.

Crony consumerism has generated waste that required constant management. Energy use at every stage created the present man-made climate change. The industrial revolution created by Western economies has now become one of the greatest catastrophes to infest mankind. The waste generated by the combined western world in the last 200 years still remains in the atmosphere and is now the greatest cause of global warming. It is the biggest source of all greenhouse gases and subsequent environmental degradation. Western economies have made every effort possible to hide and manipulate this fact from the world. They seek to absolve themselves from the magnitude of damage caused by them and are shifting the blame to developing economies. They have also outsourced manufacturing and thus have exported pollution and emissions to developing countries.

Having used coal lavishly during their industrial revolution phase, the Western world now wants to prevent developing countries from using this cheap source of energy. This comes at a time when the developing world wants to attain a better GDP to come to some degree of parity and has just started to use coal on an industrial scale.

Food Consumption Patterns

Food consumption habits, tastes and pattern of the West leaves much to be desired. Let us examine the issue of meat production and consumption. Meat production causes global warming at a much higher rate than the cultivation of vegetables and grains. 51% of all greenhouse gas emissions come from livestock and their by-products. The industry accounts for at least 32,000 million tons of carbon dioxide (CO2) per year. Cows produce around 150 billion gallons of methane each day. Methane has a global warming potential 86 times that of carbon dioxide (CO2) and is 25-100 times more destructive than CO2 over a 20-year time frame. Livestock farming is responsible for 65% of all human-related emissions of nitrous oxide – a greenhouse gas with 296 times the global warming potential of carbon dioxide. It stays trapped in the atmosphere for 150 years. Agricultural practices in the western world are also highly energy-intensive and without principles of ecological conservation. The higher rate of production ignores the cost involved in terms of energy and other inputs. The same goes for their livestock farming. The West carries on with it since they think they are correct and have the right to do so. To top it all, they convince the world of the correctness of this practice and shamelessly defend it too.

The Fashion Industry Camouflages Intent

Unmonitored growth of the fashion industry contributes to extreme levels of greenhouse gas emissions. The western world hides the truth to maintain its superiority in branding and identity, apathetically to an extent of affecting global warming. In fact, the industry accounts for 10 percent of global carbon emissions which is more than the emissions for all international flights and maritime shipping, combined.

Carbon dioxide emissions in the manufacture of polyester are three times more than those for cotton. By 2030, such emissions from the manufacture of textile alone are projected to increase more than 60 percent.

Pets come with Climatic Price” Tags

When it comes to climate change, fondness for pets is not far behind. There are 470 million pet dogs and 370 million pet cats on the planet, and they all add to climate change. An average-size cat generates 310 kg of CO2e per year, an average-size dog produces 770 kg of CO2e per year, and a large dog creates 2,500 kg of CO2e per year. Over 64 million tons of greenhouse gases are released only because of America’s pet cats’ and dogs’ eating habits. A minor shift will bring about change, though of a minuscule level.

Travel has side effects

Travel generates huge amounts of carbon. The travel industry accounts for 8 percent of global carbon emissions and tends to grow at a rate of 4% annually. It is the need of the hour to promote carbon offsetting to compensate and reduce travel emissions. Visitors from high-income countries contribute to a majority of this footprint. Also, we indeed to promote local tourism to cut on air travel. Unless the lifestyle, GDP-oriented consumerist model, and the so-called industrial revolution-based model are changed, climate change will remain.

Narratives and Concealments as Politics

It is ironic that several narratives are aided with concealments that abound in the world. While the whole world is undergoing warming at a differential rate, there are many anomalies too. The role of methane and Trifluromethyl Sulphur Pentaflouride has been inconsistent and so has been on Ozone hole whose mechanism of formation left some in quandary and also which never grew to the desired size once the West found a market for new alternative to CFC.

The information on Arctic as well as the information and interpretation on glacier melts is inconsistent and contradictory. The causes of Arctic warming and its domino effects remain mired in contradictions. What is never even mentioned is that water temperature increases in the Arctic region contribute significantly to carbon dioxide and methane emissions and the resulting warming leads to more thawing—an effect called ‘positive feedback’.

One may not even know the truth behind the narrative related to petroleum reserves and their potential for the world but here too, the negative consequences are glossed over. The truth behind fusion reactors being environment friendly too are not very clear, neither is the reality behind the damage that could be caused by the lithium batteries. The impact of disposing of solar cells when they have lived their life is hidden too. The reality of the environmental impact of nuclear power, solar panels is replaced with another narrative. Misconceptions associated with limitless energy remain disguised. Such narratives are set in the name of so-called development and globalisation. It was western societies that coined the term ‘Climatic Change’. They then funded think tanks to pour doubts over global warming, and then later hired retired scientists to shower scorn over climate science. This resulted in enormous bias in their so-called researches that lacked objectivity. Though the West comes out with researches on global warming at frequent intervals the aim is to seed doubts and therefore the intent of the researchers even if the research was absolutely right.

Global Warming and Power Politics

The likely impact of global warming is a scary eye-opener. Projections indicate that in the US, rising seas will render important naval bases (like Norfolk, Virginia, and Mayport, Florida) essentially useless. A good number of islands and many coastal cities around the world are on the brink of submerging.

While the polar warming raises concern, contrastingly, the same areas will benefit from a more temperate climate. Greenland may have a flourishing agricultural industry by the middle of this century. 40 years ago, Arctic ice was near impenetrable. Submarines could navigate the Arctic Ocean, but not destroyers or cruisers. That is no longer the case. As the ice caps melt, there will be a geopolitical ocean-heist in the far north to gain control of aquatic hydrocarbons, deep-seabed mining and shipping routes. With Russia on one side of the Arctic and five NATO nations on the other (Canada, Denmark by virtue of Greenland, Iceland, Norway and the US), the possibility of conflict is likely to rise just like the ocean levels. The USA of course will be the last country to give any advantage to the Russians.

In the Arctic, where temperatures are rising doubly as the global normal, Russia, China and others are formally trying to establish a geopolitical foothold over the region. Resources here that were once under the ice, now stand exposed. The melting of permafrost in Siberia will pave way for the expansion of the agricultural area and its simultaneous effect will be felt on the food security of Russia too with an added muscle power to its politics. China can use Tibetan region and its snow cover to alter the albedo and affect the monsoons.

Checking Russia, China and other Choke Points

Phasing out oil imports will help reduce the income and geopolitical power of countries like Russia, which currently relies heavily on the EU market. Of course, the loss of this key source of Russian revenue could lead to instability in the near term. Strategically, as oil becomes less relevant, the old strategic chokepoints — starting with the Strait of Hormuz, Bab-el-Mandeb strait will become less dangerous. These seaborne passages have preoccupied military strategists for decades. But as the oil age passes, they will be less subject to competition for access and control by regional and global powers.

Business Economics as Politics

A transition, either economic, technological or perceptual is a good business proposition as it offers opportunities that never existed before. It could be in the form of technological development. To begin with, developing countries have already been converted into trash bins of recycling. Developed countries have smartly outsourced all the dirty manufacturing and made the third world a dump yard for pollutants. Energy shift and transition in the Middle East economies will mean conversion to solar energy. The new climate change politics is creating and has created two different blocks, “petra” and “electra” with a concomitant effect on control of energy politics and consequently power politics.

Greater emphasis on electric power reliance will allow China to rise and petrostates will fall —or so says conventional wisdom. In reality, the geopolitical fallout of a clean energy transition will be far more subtle, complex, and counterintuitive. But politics and economics will always speculate. China also dominates the market for some of the commodities—such as lithium and cobalt—that are critical inputs for many clean energy technologies such as batteries. This naturally raises national security risks, particularly in military and communications applications, where these commodities are also crucial.

Shrinking demand for oil and gas will mean lower prices, implying that even if petrostates gain market share, they would still see revenues collapse. West Asia will have a lot of stranded assets to deal with once there is a shift in energy and power structure. Unable to sustain themselves, these organisations will become mere tools for negotiations. Of course, the reality is more complicated

The future scenario could will be that some petrostates may be tomorrow’s electrostates. Saudi Arabia, for example, which has abundant, low-cost solar power, announced a US$ 5 billion project to turn renewable energy into hydrogen, and has also sent Japan the world’s first blue ammonia shipment. Other countries rich in cheap renewable power, such as Chile, may also emerge as the superpowers of a new hydrogen-based economy. Moreover, advances in carbon-capture technology could create opportunities for natural gas to play a role in a low-carbon economy, either directly or converted to other fuels such as hydrogen. Such energy transition in itself will shift power away from those controlling and exporting fossil fuels to those who master green technologies of the future. Gradually eliminating fossil fuels and reducing its dependence on energy imports will vastly improve European Union’s strategic position. In 2019, 74% of their gas and 87% of their oil came from imports. Fossil-fuel products worth US$ 386 billion or €320 billion came from abroad that year.

In short, the western countries used untested unsustainable energy and distributed toxic pollutants into cleaner environments. They invaded developing countries and industrialised them on their own paradigms of consumerism and crony capitalism. Then they de-industrialised themselves by exporting dirty industries. Now, citing environmental ethics, western powers are blaming the same countries to which they exported their emissions and are asking them to pay for cleaning the garbage and dirt that they themselves created everywhere! To prevent genuine forthcoming action, western funded think tanks pour doubts into minds over who is responsible for global warming. Unprincipled retired ‘scientists’ are being hired to pour scorn over climate science.

Politics of Solution and the Perception War

Manmade climatic change should not have taken place in the first place. Simple sustainable solutions exist, but they are not being propagated by the polluters. Global powers keep on inserting infodemics to alter the truths, to discard genuine and easy solutions for their own purposes.

To begin with, tackling CO2 emissions is simple. The Covid 19 pandemic showed us that the lockdowns imposed in 2020-21, which halted social and economic activities led to global carbon dioxide emissions dropping by 6.4% or 2.3 billion tonnes. While lockdowns are not being advocated, global warming can be tackled using simple natural systems. In order to make the transit from an energy-intensive society to a more ecocentric one, (commercially speaking to electric one), we will have to stop producing pollutants and greenhouse gases. Reducing the carbon dioxide level in the atmosphere can be achieved through dietary changes and through innovate building designs that consume less energy. We will also have to follow environment-friendly practices like afforestation, carbon storage by expanding wetlands, expand mariculture through seaweeds and kelp farming and encourage basalt weathering.

In terms of dietary habits, a shift to reduced calorie consumption (2000 calories per day instead of 2500 calories) will suffice. Today, about 20% of the world overeats and it leads to obesity. A diet shift is also suggested to cut down the consumption of proteins to the recommended level. We need to focus more on plant-based proteins and cut down on meat-based ones. When protein requirements are to the order of 55 grams of proteins per day, there is little need to consume 75-90 grams of protein daily. In addition, cutting down on beef consumption and cattle in general from our daily diet will offer both dietary and environmental benefits. It saves agriculture for land use and reduces greenhouse gases. Rather than beef, one can choose poultry, fish, and, of course, legumes.

Other simple solutions include lifestyle changes that can be supplemented with other changes like changes to building design, curbs on commuting habits, and weekend spending. That means altering the lifestyle and brand image of the West and homogenisation of lifestyle to be closer to nature.

The world has involved itself in various conventions and concepts. These include the United Nations Conference on the Human Environment (1972), United Nations Environment Programme (UNEP) or UN Environment, UNFCCC: United Nations Framework Convention on Climate Change, Kyoto Protocol (COP 3; UNFCCC Summit 1997) and other important UNFCCC Summits Post Kyoto, the last one being the Katowice (Poland) Climate Change Conference 2018. They have practically achieved nothing.

The new solutions such as the Net Zero concept, bears testimony to the ongoing manipulative streak. In simple words, net-zero refers to the balance between the amount of greenhouse gas produced and the amount removed from the atmosphere. We reach net zero when the amount we add is no more than the amount taken away.

Net-zero, which is also referred to as carbon-neutrality, does not mean that a country would bring down its emissions to zero. Rather, net-zero is a state in which a country’s emissions are compensated by absorption and removal of greenhouse gases from the atmosphere. Absorption of the emissions can be increased by creating more carbon sinks such as forests, while removal of gases from the atmosphere requires futuristic technologies such as carbon capture and storage.

The emission-reduction targets for 2050 or 2070, for rich and developed countries seem an eyewash. The same rich countries whose unregulated emissions over several decades are mainly responsible for global warming and consequent climate change assured the rest of the world to wait. They did nothing other than boost pollution. The net-zero formulation does not assign any emission reduction targets to any country. Theoretically, a country can become carbon-neutral at its current level of emissions, or even by increasing its emissions, if it is able to absorb or remove more. From the perspective of the developed world, it is a big relief, because now the burden is shared by everyone, and does not fall only on them. Glorifying its net-zero targets the West is putting pressure on the developing nations. India constitutes around 18% of the global population but contributes less than 5% of pollution.

The West is under the illusion that the important target is how much you are going to put into the atmosphere, before reaching net-zero. They assume that emissions from burning coal can be compensated in real-time by protecting a forest. This is ignorance given the fact that plants need time to grow whilst cutting fossil fuel emissions has immediate results. The fact is carbon removal does not take place in real-time.

India is opposing this net-zero target since it is likely to be the most impacted by it. Over the next two to three decades, India’s emissions are likely to grow at the fastest pace in the world, as it presses for higher growth to pull hundreds of millions of people out of poverty. No amount of afforestation or reforestation would be able to compensate for the increased emissions. Most of the carbon removal technologies right now are either unreliable or very expensive. In any case, India is not in a position to control emissions on account of various ongoing development projects aimed at taking the country forward. These projects are worth USD 28 trillion.

Opportunities for India

The earth has enough regenerating capacity environmentally. Economically, Japan and Germany are live examples of how a country can be rebuilt from the rubble after the harshness of World War II. There are many advantages that a country can gain when it starts afresh because it can remodel itself, insert a lot of lateral thinking, and look at creating new opportunities.

India is in a position to take leadership in environment protection through its soft power reach to include prevention, improvement and control. This can be done through its local wisdom and knowledge, weaving indigenous people with technology and making the historical knowledge gained through millennia to get identified and respected and implemented by the world (Gleb Raygorodetsky, Why Traditional Knowledge Holds the Key to Climate Change)

Managing Indigenous Societies and their Knowledge throughout the world

  • Indigenous people and their traditional ways of life have contributed little to climate change, but ironically are the most adversely affected by it. This is because of their geographic and historic dependence on local biological diversity, ecosystem services and cultural landscapes as a source of sustenance and well-being. These indigenous people are located predominantly at the social-ecological margins of human habitation—such as small islands, tropical forests, high-altitude zones, coasts, desert margins and the circumpolar Arctic.
  • The indigenous people, comprise only four per cent of the world’s population (between 250 to 300 million people). They utilise 22 per cent of the world’s land surface but maintain 80 per cent of the planet’s biodiversity in, or adjacent to, 85 per cent of the world’s protected areas. They are the real victims of climate change.
  • Indigenous lands also contain hundreds of gigatons of carbon—a recognition that is gradually dawning on industrialised countries that seek to secure significant carbon stocks in an effort to mitigate climate change.
  • Indigenous observations and interpretations of meteorological phenomena are at a much finer scale, have considerable temporal depth and highlight elements that may be marginal or even new to scientists.
  • Indigenous peoples’ observations contribute importantly to advancing climate science, and have meaningful experiences applicable at the local level.
  • Resilience in the face of change is embedded in indigenous knowledge and know-how, diversified resources and livelihoods, social institutions and networks, and cultural values and attitudes.

This local knowledge can be utilised through several mechanisms. It includes workshops with the help of several other partners (UNDP, UNESCO, and CBD) — to promote respect for the local and traditional knowledge at the national and local levels. For indigenous peoples, such workshops will provide an opportunity not only to present their experiences and knowledge about climate change in their communities, but to gain valuable information on global climate processes that are affecting their communities. Moreover, indigenous people learn about other indigenous climate change-related experiences, while scientists gain opportunities to ground-truth (field check) climate models and scenarios.

India can actually play a pivotal role in not only ending the suffering of indigenous people but utilising their knowledge and experience of being a 15,000-year-old actual civilisation. India can model Universities based on such experience on the lines of Barefoot College in Tilonia, but will need to create a realistic model that is visible and invisible as per its choosing. This is where India can truly be a ‘Vishva Guru’. This model will help a new diplomacy for India-Eco-Diplomacy. It will also empower a lot of local communities across the globe. India is the only country that has the willingness and ability to provide a platform to showcase the indigenous genius to the entire world.

By creating an eco-centric approach that sets value and importance on the entire environment and all life in it, India can lead the whole world to make the shift! By fusing management and technology with minimal investment, India can showcase its carbon capture methods to the whole world. India needs to create self-reliant models of independent units with zero emissions that are environmentally sustainable in different agro-climatic regions. This model could be adopted by different countries with a similar climate like Mali, Cambodia, Siberia and Argentina. India can have a strong stand at the Conference Of Parties COP26 of the UN Climate Change Conference and play a major role in carrying its offshoots. She can set examples by expanding and reclaiming wetlands to capture and sequester carbon deposits. Wetlands cover about 6 to 9% of the earth’s surface and sequester roughly 35% of the global terrestrial carbon.

Although forests were considered the best natural protection against climate change, recent research shows that seaweed is the most effective natural way of absorbing carbon emissions from the atmosphere. India has a large Exclusive Economic Zone (EEZ) that can be used to remove huge amounts of carbon deposits and provide protein to its citizens from seaweed. The 7500 odd km of coastline is an effective way to grow and nurture kelp—a type of seaweed whose farming is considered to be a remedy for all the ills associated with global warming. Kelp can grow as much as 20 cm every day. It not only absorbs carbon dioxide but also de-acidifies the ocean water. By drawing CO₂ out of the waters they allow our oceans to absorb even more CO₂ from the atmosphere.

With the largest basaltic exposure in the world, India can additionally use basalt weathering technology to absorb carbon deposits. Basalt weathering means mixing crushed basalt with soil, which slowly dissolves and reacts with carbon dioxide to form carbonates. This method would allow between 0.5 billion and 2 billion tonnes of CO2 to be separated from the atmosphere each year.

Going ‘local’ is India’s recent mantra, though this life pattern is from ancient Indian wisdom. Our distinct set of concepts and thought patterns include theories based on the revival and evolution of local wisdom that is seldom found elsewhere in the world. These concepts can be weaved with our minimalistic living lifestyle and our nature-centric development visions. They are suited for different geographical settings that can be used anywhere in the world with similar agro-climatic conditions.

Minimalistic living strives to only use things that serve a purpose. It’s about simple living and having only what one needs to go about daily life. It is a smart rendezvous of technology, attitude and curbing the desires for sustainably. The components of the model include energy management, water management, vegetarian diet management, housing using natural ingredients and zero energy agriculture linked with satellites. Rural India works like a partially closed ecosystem in which energy obtained from plant photosynthetic is used to grow crops.  This in turn provides an essential energy input to grow more food and is an endless cycle. This can be co-joined with new farming technologies developed with countries like Israel, as well as agricultural technologies based on minimum energy.

The second solution is the modification and linkage of the Happiness model of Bhutan. Both these models wean away countries from a GDP-based development model, but also provide alternative sustainable income on India’s soft power platform.

The third is the extension of PM Modi’s concept of ‘One Sun, One World. One Grid’ (OSOWOG) initiative organised along with the Chatth festival (the only festival that worships the Sun). It aims to raise awareness about various ways to harness energy from the Sun. It aims to build a transnational grid that would allow countries to source solar power from regions where it is daytime to meet their green energy needs when their own installed solar capacity is not generating energy.

India is actually at cusp of change to unleash a new knowledge to the world, cleanse the world of its infodemics on climate change, weave the world communities into making the earth a liveable, sustainable and a more beautiful place.

Author Brief Bio: Prof K. Siddhartha is an Earth Scientist, Knowledge and Perception Management Consultant and Thought leadership trainer. A strategic thinker, he has been advisor to several Governments. He has written 116 research articles, authored 43 books, and is a mentor to a large number of civil servants in India.

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https://www.hindustantimes.com/india-news/explained-pm-narendra-modi-s-commitments-at-cop26-summit-on-climate-change-101635914035710.html?utm_source=browser_notifications&utm_medium=Browser&utm_campaign=notification

  1. Gleb Raygorodetsky, Why Traditional Knowledge Holds the Key to Climate Change

https://unu.edu/publications/articles/why-traditional-knowledge-holds-the-key-to-climate-change.html)

Vedic Averments for Cosmic Environmental Tranquility

Nature’s wrath is currently wreaking havoc on the entire planet. This situation is not only proving to be detrimental for the human race, but it is also causing severe harm to other sentient species. This undesirable state of affairs is largely caused by human beings, who have broken the cosmic laws and caused environmental degradation to an unprecedented level. All human efforts to preserve Nature in the name of planting trees, restraining the use of plastic and opting for eco-friendly products have had little impact on the health of the planet. The need of the hour, therefore, is total change, wholesome approach, holistic view, and organismic well-being.

The Vedas are the world’s oldest texts. They focus on a natural code of conduct and an all-encompassing cosmic law that encompasses every spec of the universe, from a tiny ant to the massive galaxies. In contrast to Western and Abrahamic thought, where the environment is viewed as isolated and human-centric, the Vedic perspective on environment is devoid of any splits. Each life is wholesome and is a vital part of the ‘One Whole Reality.’ This thought makes Bhārata as not only an environmentally protective but also an environmentally conscious nation that propagates ‘Unity in Diversity’. In this regard the Bhagvadgītā states,

I equivalently indwell in all creatures. I have no likes or aversions towards any life form.[i]

Further, the Īśopaniṣad asserts:

The entirety of cosmos is pervaded by Īśvara who is the ‘Self’ of all movable and immovable entities.[ii]

It is therefore clear that the entire cosmos is a manifestation of the non-dual ‘Ultimate.’ The Vedas propound that the Divine not only envelops the entire cosmos, but also indwells all entities and manifests Himself as the dog, the sparrow, the Ganges, and the entire material and immaterial world. The following verses shed light on the same,

I am One and I become many [iii]

That Ultimate Truth is ‘One’ known by the wise as many [iv]

As white light passes through a prism and splits into seven colours, the Divine, who is non-dual, appears as assorted names and forms as a result of Māyā.[v] Therefore, according to the Vedas, ‘Environment’ should be understood with the connotation of ‘Brahman’[vi]. Thus, there exists unity among all entities that are born and nourished in the compassionate lap of ‘Mother Nature’.

The term “Environment/Nature” must not be limited to trees, animals, birds, rivers and mountains, rather “It” is internal, external, individual, cosmic, exclusive and non-exclusive. It is to be recognised that it is human’s inner contamination, unrest, and mental greed that manifests as external pollutions, and disharmony. ‘Mother Nature,’ nurtures every being till we respect Her. However, if we try to exploit Her, She responds internally as metal stress, physically as diseases, environmentally as natural calamities, and universally as cumulative disharmony. Outer acts of environmental protection can aid us in our mission to support the cosmos, but they are far from being a permanent cure for cosmic discord. In this regard, Svāmī Vivekānanda aptly states,

“The miseries of the world cannot be cured by physical help alone. Unless a man’s nature changes, physical needs will continue to arise and miseries will continue to be felt. No amount of physical help will cure these miseries. Ignorance is the mother of all evils and of the misery that we see. Let man have light, let them be pure, spiritually strong and educated; then alone misery will cease. We may convert every house of the country into a charitable asylum and fill the land with hospitals but the misery will continue to exist until man’s character changes”[vii]

It is essential to recognise that each life and form has a crucial role to play in the grand scheme of the universe. Realisation of non-duality with all lives leads to harmony in the truest sense declares the Yajurveda,

He who sees the Self in all and all in the Self has no sense of revulsion by the reason of the vision of non-duality. When all beings have been realized as the ‘Self’ there remains no delusion and no sadness.[viii]

The Vedas regard ‘Nature’ as all-encompassing and holds an intimate relationship with It. They refer to ‘It’ as not only the ‘Highest Reality,’ but also revere Its various manifestations (sun, moon, rivers, birds, etc.) as mother, father, protector, friend, son, and more. ‘Environment’ is that ‘Unitary Principle’ which the Vedas have spoken about repeatedly. All beings of the universe are indwelled, saturated and are that very ‘Principle’ which they mistakenly consider as distinct. This non-dual Vedic vision elevates ‘Mother Nature’ to the highest plinth. As a result, the Vedas instruct us to work for the good of all beings instead of being limited to only the human race. Let us now consider some Vedic averments about Environmental harmony.

The Divine Pan͂camāhābhūtas

‘Bhūmi’ is depicted by the Vedas as a compassionate, benevolent, nurturing, and bountiful ‘Mother’ who nurtures all creatures without discrimination. She is revered, and hymns of Her majesty adorn the entire body of the Vedas.  She is the one who bestows cosmic peace and prosperity. Her grandeur can be understood by the following verses,

The ‘Earth’ just like the Mother Cow, confers upon all the creatures the gifts of delight. She nurtures and provides for all.[ix] May Goddess Earth, the nourisher of all beings eradicates all evils and lead us to the highest state of being.[x]

Āpaḥ’ is regarded by the Vedas as ‘Divine’ ‘Life’, ‘Nectar’ and as the finest of ‘Physicians’. It is no wonder that all important pilgrimages were set up near water bodies. The Vedas declare water as the best of medicines.[xi] In Its absence no medicine can work and it is the greatest of healers.[xii] It can cure all maladies including genetic and cardiovascular disorders. In this regard the Vedas state:

May the ‘Divine Waters’ protect us and flow down on us for quenching our thirst and lead us to peace and perfection. You are You are the Mighty One.[xiii] We seek your healing powers.[xiv]

Unfortunately, man has exploited water bodies in the most heinous manner. Water pollution causes a variety of problems, including the degradation of aquatic ecosystems caused by excessive use of chemicals and pathogens, plastic debris, sewage pesticides, industrial leaks, and hydraulic fracturing, to name a few. Water pollution has damaged the health and beauty of the water bodies, the well-being of aquatic species and the overall health of the planet. It has also negatively impacted the quality of plants, trees, and crops. It is to be remembered that in the wellness of life-enriching waters bodies lies the wellness of the entire cosmos.

‘Vāyu’ is the life force, and the cosmic breath. The Vedas contain a number of hymns that extol ‘It.’ The meaning of the word ‘Vāyu’ as the ‘Uniting Ultimate Principle’ has been expounded in the Śatapathabrāhmaṇa,

The entire universe is woven in a string and that string is ‘Vāyu’.[xv]

Therefore, the word ‘Vāyu’ has a broader meaning and is only casually translated as ‘Air’ which has a much-limited connotation. ‘Vāyu’ is itself living and thus ‘It’ becomes the essence of life. Unfortunately, the human race has done incalculable harm to ‘It’ while shrouded in ignorance. Polluted air not only endangers humans, but it also harms animals, birds, and puts undue strain on trees and plants. Every year, thousands of humans, animals, and birds die prematurely as a result of air pollution.[xvi]

‘Ākāśa’ and sound are inextricably linked, and this is the source of noise pollution. Taittiryopaniṣad (Yajurveda) discusses two types of Ākāśa i.e., one within the body and one outside of it.[xvii] However, human has not only polluted his inner space but is going on polluting the outer spaces. All of this has not only added to the planet’s pollution but in his desire to conquer outer space, he has added to space debris.  The Yajurveda advises the human race:

Do not destroy the space [xviii]

‘Agni’ is both divine and purifying. ‘It’ is the destroyer of greed, passion, and ignorance on a philosophical level. At a mundane level, it is the destroyer of negativities and diseases. In a spiritual sense, It burns away selfish desires and leads to a state where cosmic welfare becomes one’s vision and mission. According to the Yajurveda’s Navagṛhasūktam:

The light of wisdom Agni! Let us be vigilant while we work for ourselves and for all creatures of the cosmos. May we all remain together, even with the departed souls of our forefathers with whom you connect us like a thread.[xix]

Therefore, it is clear that Fire is meant for the benefit of all. Unfortunately, humans manipulate it in the most atrocious manner. Fire is used to burn down forests and various animals that live in them in order to capture land for the sake of high-end infrastructure. It is used to incite riots and destroy national property, as well as to burn a young girl for dowry. All of these crimes sprout from tainted internal states, and as long as we do not burn the dirt that we hold within, we will go on destroying the world.

The Celestial Plant Kingdom and Forests

The Vedic verses revere forests, trees, plants and herbs as conscious divine beings that provide Amṛta (oxygen), Ouśadhi (herbs), Anna (food), Phala (fruits), Puṣpa (flowers), Cāyā (shade), Saundarya (beauty) and Jīvan (life). Tree are encrusted with divinity and so, the five parts that they have – Jada (roots), Prakāṇda (trunk), Śākhā (branches), Patra (leaves), Phala (fruits) and Puṣpa (flowers) are a boon to the universe. They are called Viśadūśaṇī’[xx] because they are the destroyers of poison (pollution). Therefore, uprooting a tree means uprooting the entire cosmos, and cutting down a tree means cutting down one’s own survival. In this regard the Vedas make it clear,

Extend no violence towards Trees.[xxi] Do not cut or uproot them for they are the destroyers of pollution [xxii] Forests, trees, herbs and mountains are said to be the protectors of all.[xxiii]

The Ṛigveda further highlights,

‘The Divine trees and curative herbs appeared three Yugas before the emergence of Deities and billions of years before the origin of any other being. The ‘Divine’ manifested as trees, herbs and plants at various places on the earth. These Godly appearances were meant to destroy pain, suffering, ailments and heal wounds of all living creatures. They further remove infections and weakness. They have a positive and wholesome effect and lead to complete wellness. Trees and herbs nurture, protect and bless all lives with material and spiritual advancement like a mother and thus they are also referred to as ‘Mātraḥ’. The Holy Trees and plants lead us to Mokṣa by destroying diseases, misery and take us beyond the realm of birth and death. Trees and herbs have supreme powers and those creatures who submit to them are bestowed with lifelong wellness. Without any discrimination between man and animal, these saintly trees and herbs have equally blessed all beings.[xxiv]

The Vedas also declare that the plant kingdom is conscious and sensitive, like humans and animals. They are born, they die, they experience pain-pleasure, they sleep, they are susceptible to illness, and they bleed when they are broken, uprooted, or cut down.[xxv] The Mahābhārata in this regard states:

“Trees and plants drink water through their roots and make their food through sunlight. They digest the food due to the presence of Vāyu and Agni that is within them. When they are injured, they experience unimaginable pain. They are affected by pleasant and foul smells. They do fall sick and feel weakness and wellness. A creeper exactly knows how and where to climb, this proves that they have a divine vision (in Indian philosophy vision and sight are separate. A being may not have sight which is connected to material eyes but it has a vision which is connected to the inner states of being). Despite being physically strong, trees are extremely sensitive to weather, kind-harsh words, pure-impure thoughts, good-bad touch’.[xxvi]

‘Vana’ is home to millions of celestial beings. Forests add to the aesthetics of the planet. The Vedas, in fact, see the entire universe as a forest in which all beings must live according to their Dharma. However, today, man has turned a deaf ear to the Vedic voices. Deforestation has resulted in the destruction of biodiversity, decreased oxygen, extinction of plant and animal species, damaged ozone layer, global warming, natural disasters, and climate change.

Yajña, Maṇtras, Balī  and Animals

‘Yajña or Havan’ promotes environmental wellness, quality of life, atmospheric purity, inner and outer well-being. Scientifically, Yajña produces gases like ethyl oxide (C2H4O), propylene (C3H6), acetylene (C2H2), and others[xxvii] that combat pollution and balances O2 (oxygen) and CO2 (carbon dioxide) in the atmosphere. The Yajurveda discusses the removal of various pollutions; tranquility, prosperity, cosmic health; glories of trees, benefits of seasons and more through Yajña.[xxviii] Dr.Swami Satya Prakash Saraswati in his book ‘Aum Agnihotra-An Ancient Process of Fumigation (A Study From the Chemical Standpoint)’ states:

“in the materials of Agnihotra some elements produce the formaldehyde gas(CH2O) which spreads in the atmosphere without undergoing any change. Even carbon dioxide (CO2) transforms to a large extent into formaldehyde gas (CH2O) which is a strong germicide. This gas is activated only when it comes in contact with water vapours. This is the reason why the Havankuṇda is sprinkled with water from all four sides.” [xxix]

‘Maṇtra’ is a sacred and scientific collection of words, sounds, phonemes, and syllables. It is a codification of a certain cosmic force that links the material world and the Supreme Consciousness. Maṇtras are the primordial rhythms of creation[xxx] that bring about harmony within and without, on an individual as well as on the cosmic level, in the Pañcamāhābhūtas and for the sake of Sarvbhūtahita.

‘Balī’ is a widely misunderstood word. If one comprehends the Vedic wisdom, he will conclude that Vedic teachings and rituals are meant for cosmic concord. This vision of coherence stems from the recognition that we are all interrelated, necessitating the development of ethical norms of behaviour toward oneself and the entire creation.  Nevertheless, a few misinterpret the Vedic rituals and deem them to be such in which an animal is sacrificed in order to appease a Deity and earn rewards. In the Śābarabhāṣya inflicting of injury has been pronounced forbidden. It is said that ‘Śyena’ which may be interpreted as “a ceremony where the intention is to cause harm to others” is not propagated in the Vedas, rather, the text announce,

“If a man desires Śyena (inflicting injury upon another), one must do so entirely because he wishes and not because of any text”[xxxi]

The Practice of ‘Ahiṃsā’ is the foundation of Indian thought and appears in the Śatapathabrahman as ‘Non-injury’ with the connotation of morality. The Vedas repeatedly instruct that animals must not be harmed. However, man’s self-centred approach has driven him to purposefully misconstrue the Vedic voices. The Yajurveda declares:

“Animals are not to be killed or harmed .[xxxii] They are the bedrock of a prosperous society.[xxxiii] Animals should be protected and must live fearlessly.[xxxiv]

Today, a few deceitful scholars claim that the Vedas is in favour of animal sacrifice (paśu balī).’ However, this is a blatantly fallacious elucidation. Just as in the English language there are Homonyms[xxxv], i.e. the word ‘Round’ could mean circle, interview round, moving aimlessly or talking in a way that confuses someone. Similarly, the word ‘Balī’ has many meanings. Let’s have a look at the same:

  • ‘Balī’ is the technical terminology for ‘Wrinkles’ in the Rasaśāstra (Ayurveda).[xxxvi]
  • ‘Balī’ is one of the 108 names of Lord Kṛṣna.[xxxvii]
  • ‘Balī’ is the name of the Demon King ‘Mahābalī’ and means ‘The One With Great Power and Strength’.[xxxviii]
  • Balī’ refers to an austere or hermit.[xxxix]
  • ‘Balī’ connotes to ‘Balīdāna’ (self-sacrificing one’s comforts, alms, food or time for the sake of others).
  • ‘Balī’ is the name of the King of the Yādavas[xl]
  • ‘Balī’ is the name of the Vānararāja Ānav[xli] in the great epic Māhābhārata.
  • ‘Balī’ is the daily Dāna offered to sages, humans, dogs, cows, and crows.[xlii]
  • The term ‘Balī’ also suggests a compulsory tax or levy that is given to the King.[xliii]
  • ‘Balī’ refers to a Deity who protects the Pātālaloka.[xliv]
  • ‘Balī’ means a ceremonial food offering to Lord who protects all in accordance to the Śaivāgamas.[xlv]
  • ‘Balī’ is used in Vāstuśāstra for a diagram with eighty-one squares and a cluster of Deities that are drawn on the ground and where the structural construction has to take place.[xlvi]
  • ‘Balī’ in Jainism, refers to the name of the sixth Prativāsudeva.[xlvii]

Let us now also have a look at the various meanings of the word ‘Paśu’.

  • ‘Paśu’ is the individual soul (including human) in Śaiva Siddhānta while Patī is ‘Supreme Śiva’.[xlviii]
  • ‘Paśu’ refers to all embodied souls (humans included) in the cosmos in the Śhilpaśāstra.[xlix]
  • As per Vāyupurāṇa, Ṛṣi Kaśyapa is said to be the ancestor of Paśus (humans, animals and plants) along with Gaṇdharva, Devas and Asuras[l] suggesting that despite varied forms we all have the same roots.

From the foregoing, it becomes clear that the word ‘Paśu’ doesn’t refer to merely an animal nor does the word ‘Balī’ mean ‘killing’. Thus, Paśu Balī’  cannot be interpreted as ‘Animal Sacrifice’. This notion appears to be imposed on the Vedas which are far from promoting any ceremony involving violence or injury to any life. The misinterpretation of the word ‘Balī’ can be attributed to a variety of factors, such as:

  • A lack of grasp of the original texts and the approach required to interpret them (i.e. in accordance with Deśa-Kāla-Paristhiti.
  • Inadequate knowledge of San
  • Studying the Vedas with preconceived notions and biases.
  • Resolutely misinterpreting the Vedic to promote violence, disharmony and non-vegetarianism.
  • Deliberately undermining the Vedas as a text of authority in order to destroy Vedic culture, philosophy, and history in the long run.

Today, ‘Animals, Birds, and All Sentient Beings’ exist in fright. Rooted in ignorance, man has exploited them to the point of absurdity. He slaughters them savagely for their skin, organs, hanging them up as a piece of décor, or just devouring them as a meal. The pitiful condition of these celestial beings is a question mark on human morals, ethics, education and life. Contrary to this view, animals have been revered in the Vedas as ‘Ṣodaśkalāḥ (bejewelled with sixteen celestial arts)[li]  and as ‘Maḥ (worthy of worship for their love and grace).[lii] They have adorned Indian culture, art, architecture, philosophy, religion, traditions and life in general. The Vedic texts consider them to be the manifestation of God (Vibhūtis).[liii] In this regard states the Vibhūtiyogaḥ of the Śrīmad Bhagwadgīta,

Amongst the horses I am ‘Ucchaṣvā’ that emerged during the churning of the ocean. Amongst the elephants, know Me as ‘Airāvta’, Amongst the cows, I am ‘Kāmadhenu’. Amongst snakes, I am the ‘King Vāsuki’. Amongst the Nāgas, I am ‘Ananta’ and amongst water beings, I exist as ‘Varuṇadeva’. Amongst the animals, I am ‘Mṛga’, ‘Siha’ and amongst birds, I am ‘Gruḍa’. As a purifier of all lives, I am ‘Vāyu’. Amongst the beings of sea, I am ‘Magara’ and amongst sacred rivers, I am ‘The Gaṇgā.’[liv] I exist as the Ātman in the hearts of all living creatures and I am the beginning, middle and end of all these beings.[lv]

Each animal, bird and insect is associated with a Deity and embodies Its energies. Thus, revering that animal necessitates adoring that Deity. Bulls, dogs, snakes and scorpions are associated with Lord Śiva. Elephants are worshiped as ‘Gaṇeśa’. Lions are associated with ‘Ādi Śakti Durgā’. Crocodiles are connected to ‘Goddess Gaṇgā and Yamunā’. Further, in order to re-establish Dharma, ‘Mahāviṣṇu’ appears as a Maṭsya, Kūrma, Varāha, Nṛsiṃha and more. Even the smallest of insect is considered Divine. ‘Bhrāmarī’, a wasp who ended the demon Arunāsūra is associated with ‘Goddess Pārvatī’.[lvi]

Gaumātā holds an extraordinary place in Vedas. Her physical, religious, economic, environmental, social, cosmic, and spiritual vaue is extolled in the Vedas. She is revered as Goddess Lakṣmī[lvii]and must never be killed or harmed (Aghnayeyam).[lviii] Vedas annonce Her as a noble being endowed with splendour, divinity, purity, beauty, nonviolence, tranquillity, knowledge, compassion and the ability to nourish all beings.[lix] A society that invests in Her health and wellness flourishes by leaps and bounds.

‘Ṣvāna (dog)’ is declared as Godly in the Vedas. The Rudramsūkta of the Kṛṣna Yajurveda states,

I bow to Rudra, who controls the dogs, who is Himself the dog and who protects the dogs.[lx]

The Atharvaveda associates Rudra (A fearsome form of Lord Śiva) with Dogs.[lxi] The Goddess Dog ‘Saramā’ appears in the Ṛgveda.[lxii] The text also refers to Dogs as divine messengers and states,

Salutations to the two Divine broad-nosed messengers (Śyamā and Śabla)  who take away our souls. For the sake of leading humans to auspiciousness, you graced mankind by staying amongst them (as dogs).[lxiii]

Further, in Maṅdala five of the Ṛgveda, Dogs are described as the knower of ‘Herbs’ and ‘All Wise’ suggesting that they have high intuitive powers and high realms of existence.[lxiv] They are also referred to as ‘Vastoṣpati (the lord and protectors of the house)’.[lxv] Mahaṛṣi Pāṇini in the Aṣṭādhyāyī, refers to them as ‘Sārmeyaḥ’ (the one whose feet bring luck and prosperity). The great epic Mahābhārata starts and ends with the Divine Dog.[lxvi] Further, before the battle of Mahābhārata, Arjuna prays to a Dog faced form Goddess Durgā known as ‘Kokāmukha’ Lord Dattātreya who represents the unity of Brahamā-Viṣṇu-Maheśa accepted Dogs as His Guru and Ādi Śaṅkarācārya realized Dogs as the source of all wisdom ‘Vedas’.[lxvii]

The Vedas in-depth talk of Siṁha, Aṣva, Mayūra, Garuḍa, Sarpa, Maṭsya and other sentient beings. The Śatapathabrahman announces human as also animal.[lxviii] Birds and animals in the Vedas are described as self-healers and knowers of herbs.[lxix] They can sense natural disasters and death.[lxx] The Atharvaveda mentions the establishment of Gauśālā and Paṣuśālā for the protection of aged, injured, handicapped, and ill animals.[lxxi] For their well-being, the society must provide these sentient beings with adequate food, medicine, food and fresh water[lxxii]. The Vedas also announce that these beings live in communities and grieve the death or injury of their members.[lxxiii] The text further declares,

Animals must live without any fear[lxxiv]

Conclusion

The Vedas voice that there is comprehensive harmonisation among all aspects of existence. This Vedic principle of ‘Ṛta’ embodies the sublime, regulated and harmonious operation of the cosmos. The text talks about an intrinsic relationship of Self-sameness between an individual and the cosmos. Therefore, just as the human body is the dwelling of an individual being, the cosmos is the divine abode of the Supreme Being and so, if anyone purposes to settle conflicts of any sort (environmental, political, social and more) he/she must initiate with the immediate rather than the mediate, proximate rather than the remote and with the visible rather than the invisible. Further, it is to be lucidly understood that one is never in conflict with others instead the conflict is always with one’s own inner states. The seeds of discord, greed and animosity sprouts within us and manifests into external struggles and pollutions. Therefore, if we want global environmental peace, we must first be at peace with ourselves.

It is evident that the Vedas have a comprehensive outlook towards Cosmic Environmental Harmony. They are embellished with rites, verses, and philosophies that promote universal-welfare. The text recognises everything as being present in the Divine and the Divine being present in all entities. Along these lines, ‘Environment’ is just another name for that ‘Ultimate Reality’. The ‘Environment’ that man elects to harm exists as non-dual from him and so he damages his own survival when he hurts ‘Mother Nature’. This non-dualistic vision can develop only with an education that is scientific, forward looking and wholesome but at the same time it is rooted in ancient wisdom, spirituality and cosmic compassion.

The Vedas advocate an organic cosmology that is devoid of distinctions which makes it a universal and all-encompassing. It is crucial to recognise that these timeless scriptures are incredibly scientific and have influenced many modern breakthroughs, hypotheses, researches and studies. The Vedas are not at odds with science and technology for as long as it serves to promote overall well-being. Only when modern science wishes for human-centric development at the cost of ruthlessly destroying forests, water bodies and animals is when there is a prominent gap between Vedic thought and modern science. Only when the entire cosmos is taken into account with unified vision of wholesome welfare of beings will science be seen as all-encompassing and complete. At present science exists in a very limited space. It is for the humans, of the humans and by the humans. All its developments stand upon the graves of innumerable sentient beings and on the delicate body of ‘Mother Nature’.

As long as man exists in the realms of dualism, he will be the cause of pain, misery and destruction of the world. It is time that the human race contemplates upon the Vedic averments in order to realise tranquility within and in the entire cosmos.

Eko vaśī sarvabhūtāntarātmā ekam rūpam bahudhā yaḥ karoti

(That One alone indwells all beings and That One alone becomes manifold)

                                                                                               -Bṛhdāryaṇakopniṣad,V.2.3.2

 

Author Brief Bio: Dr. Vandana Sharma ‘Diya’ is a well-known Scholar of Advaita Vedānta Darśana. With a Bachelor’s and Master’s degree in Bhārtiya Darśan Śāstra (Indian Philosophy) from the Annamalai University, Tamil Nadu, she went on to study the Advaita Vedānta Darśana and Bhagwadgītā Śaṅkarabhāṣya at the Chinmaya Mission Foundation, Ernakulam, Kerala. Dr. Sharma further earned a Ph.D. in Advaita Vedānta from the same university. She has to her credit several research articles published in national and international journals.

[i]Shankaracarya,‘Shrimadbhagvadgitabhashya’, ManavPrabodhanPranyasa, Bikaner,Rajasthan,2016,pp.146-147(V.9.29).

[ii]Swami Gambhirananda(Tr),‘Eight Upanishads:Isa,Kena,Katha,Taittirya,Vol.1 with commentary of Shankaracharya’,Advaita Ashrama,Himalayas,1957,pp.4-6.(V.1,Ishopnishad)

[iii]Swami Nikhilananda,‘The Upnishad-Taittirya and Chandogya with Commentary of ShankarAcharyaa,Vol.4,(Chandogya Upanishad)’, Harper & Brothers Publisher,New York,1959,pp.294-295(V.6.2.3).

[iv]Griffith Ralph T.H,‘The Rigveda’,Védico Antiguo Einglés,Spain,1896,p.275(V.1.164.46).

[v]Maya-power through which the ‘One Infinite’ appears as ‘Diverse Finite’.

[vi]Brahman-the Ultimate Principle.

[vii]Swami Vivekananda,‘Complete Works of Swami Vivekananda’, Partha Sinha Digital Publication,2019, p.36.

[viii]Swami Gambhirananda,p.12-13,(V.6, Ishavasyaopnishad, Yajurveda)

[ix]Rigveda, Durvamrittikasuktam,V.5(10th Mandal);Also see Mahanarayanopnishad.

[x]Mahanarayanopnishad (V.10.1.9)

[xi]Rigveda,V.1.23.20.

[xii]Ibid, V.1.5.4.

[xiii]Ibid,Hiranyagarbhasuktam,V.121.7-121.8.

[xiv]Yajurveda,Taittiriya Aranyaka,V.4.42.19.

[xv] Raja Ram Mohan Roy,‘Vedic Physics, Scientific Origin of Hinduism’,Golden Egg Publishing,Toronto,1999, p.84.(V.1.192,Jaiminiya Brahman;V.1.24,Yajurveda;V.8.7,3.10,Shatapathabrahman).

[xvi]Wikipedia Contributors, 2021, ‘Air Pollution’.

[xvii]Swami Gambhirananda,p.248,V.1.6.1,Taittiriyaopanshad(sayaeśoantarhṛdyaākāś)

[xviii]Yajurveda,V.5.43.

[xix]Ibid,Vajasaneyisamhita,Navgrahasuktam,V.5;15.55.5.

[xx]Atharvaveda,V8.7.4.

[xxi]Yajurveda V.6.22.

[xxii]Rigveda, V.14.8.

[xxiii]Ibid., V.5.41.11,p.72.

[xxiv]Rigveda,Oushadhisukta,10.97.1-10.97.23

[xxv]Dwivedi Kapildev,pp.79-80.

[xxvi]Mahabharata, Shantiparva,V.184.10-18.

[xxvii]Dwivedi Kapildev,p.278.

[xxviii]Yajurveda,Ch.18,Maṇtra;1-29

[xxix]Swami Prakash Satya,‘Aum Agnihotra-An Ancient Process  of Fumigation(A Study From the Chemical Standpoint)’, Jan Gyan Prakashan,India,1974,pp.71-73.

[xxx] Holdrege Barbara,‘Veda and Torah: Transcending the Textuality of Scripture’,Sunny Press,New York,1996,pp.347.

[xxxi]Jha Ganganatha,‘Shbarabhashya’,Oriental Institute,SadhnaPress,Badroda,1933,p.7.

[xxxii]Atharvaveda,V.7.73.8,‘Aghnyeyama’.

[xxxiii]Samaveda,Tandayabrahman;V.13.1.3(sarvampaśubhirvindate).

[xxxiv]Yajurveda;V.36.22,(abhaya aḥ paśubhyaḥ|).

[xxxv]Homonyms-Words with same spelling,pronunciations but different meanings.

[xxxvi]WisdomLib, 2015, ‘Rasashastra’, www.wisdomlib.org.

[xxxvii]Fifty-eighth name of Lord Krishna(Om Baline Namaha)

[xxxviii]Williams George,‘Handbook of Hindu Mythology’,Oxford University Press, London,2008,pp.73–74.

[xxxix]Wisdom Lib, 2020, ‘Bali’, wwwwisdomlib.org.

[xl]Bhagavata, Skandha,V.10.

[xli]Harivaśa,V.1.31;Ch.9:Mahabharata, Ādiparva

[xlii]See Panchmahayajna

[xliii]Bhagavatapurana, V.I.13,40-41; II.31, 48,.

[xliv]Parākhyatantra, V. 5.44-45 (10thcen Saiva-Siddhanta Tantra work).

[xlv]Wisdom Lib, 2015, ‘Saivism’.

[xlvi]Ibid.

[xlvii]Prativasudevas are those who are considered anti-heroic.

[xlviii]Banerjee Jitendra Nath, ‘The Hindu Concept of God’, America Star Books, Maryland, 2011, pp.51-59

[xlix]Ibid, ‘pp.51-59

[l]Vayupurana,V.69.290

[li]Samveda,Tandayabrahman,6.12.2(ṣodaśkalāḥkalā)

[lii]Shatpatbrahman,V.11.8.1.3(paśvovaimaḥ)

[liii]Shankaracarya,‘Shrimadbhagvadgitabhashya’,Ch.10:Vibhūtiyogaḥ.

[liv]Shankaracarya,‘Shrimadbhagvadgitabhashya’,V.10.27-10.31,pp.157-158

[lv]Ibid, V.10.20,p.155

[lvi] Devibhagvatam, ch.13, sacred-texts.com

[lvii]Atharvaveda,V.2.26.3.

[lviii]Ibid,V.7.73.8

[lix]Ibid,V.1.4.2.53-58

[lx]Yajurveda,Taittiryasamhita Rudramsukta,V.4.5.4.

[lxi]Atharvaveda,V.11.12.30.

[lxii]Ibid,1.62.3;1.72.8;3.31.6; 4.16.8; 5.45.7;5.45.8

[lxiii]Rigveda,Yamasuktam,V.10.4.12.

[lxiv]Ibid,V.45.8

[lxv]Ibid,V.7.55.1-5

[lxvi]Mahabharat begins with Janmejaya and his brothers, who are preparing to execute a sacrificial ceremony. When suddenly, a puppy appeared, the brothers hit him ruthlessly. The injured puppy ran to its mother, sobbing, and recounted the storey. “Why was my child beaten up when he had committed no crime?” the mother went and asked the brothers. She thus, cursed them and the marks the start of Mahabharata.  The great epic concludes with Yudhishthir refusing to enter heaven without his dog, only to discover that the dog was none but Lord in disguise.

[lxvii]Vidyarayana Madhava, Swami  Tapasyananda (Tr), ‘Shankara Digvijay’, Ramakrishna Matha, Chennai, 2008, pp.60

[lxviii]Shatapathabrahmana,V.3.8.4.1.

[lxix]Atharvaveda,V.8.7.23-25

[lxx]Yajurveda,V.24.20(vasantāyekapijalāna).

[lxxi]Atharvaved,V.3.14.1-6

[lxxii]Ibid,V.7.13.11;7.75.1-2

[lxxiii]Rigveda,V.8.46.31(carthegaṇe, śivatneṣu)

[lxxiv]Yajurveda,V.36.22.

China’s Culpability for Climate Change

Introduction

The nature of international relations has been constantly changing over decades and centuries, as the nature of threats to humankind’s continued survival has been evolving. If the transition from the 19th to the 20th century saw the emergence and the re-emergence of the conflicts over physical boundaries between states comprising the international system, then the transition from the 20th to the 21st century saw the emergence of the non-state actor as a potent threat in international relations. The 21st century, as juxtaposed to the previous centuries, is undergoing a host of changes ranging from cyber warfare to increase in artificial intelligence to biological warfare to the emergence of a global scale pandemic—all of which seriously threaten the continued existence of humankind. What has also become identified as a potent threat in the 21st century is climate change. While climate change per se did not emerge overnight and is an outcome of centuries of pollution, the problem has reached alarming levels given the massive number of changes taking place owing to climate change. What is more worrisome is the fact that while climate change has been recognised as a threat to humankind, states of the international system still undertake an outdated, almost territorial approach on the issue, refusing to take responsibility for change and trying to extract maximum benefits out of the existing international system for the fulfilment of their own narrow selfish interests.

The challenge becomes a type of protracted conflict as developed countries of the rich North constantly seek to evade their historic responsibility for polluting the world for decades, while trying to put emission caps on the developing world. For the developing world this becomes challenging as levels of development are directly proportional with carbon emissions. A halt to emissions also means a halt to economic development which in turn will jeopardise the lives of billions living in the developing world.

In the recent past India and China have often joined hands at climate change negotiations to remind the developed rich North of their historic responsibility for climate change and to negotiate caps on emissions in accordance with countries’ responsibilities for global warming. However, what has also been witnessed with regards to China is a peculiarity in this context. While China is a developing country and does not have the same historic responsibility as the developed world, China currently is also the biggest emitter of fossil fuel carbon dioxide emissions, and it accounted for more than 27 percent of total global emissions in 2020 (BBC, 2021). China emits more greenhouse gases than the entire developed world, with the US being the second largest emitter at 11 percent while India was third with 6.6 percent of the emissions (Ibid.).

China’s emissions have more than tripled in the past three decades. In fact, while Xi Jinping previously stated that China would strictly control coal fired generation projects, China has only been increasing construction of coal-fired plants (Volvovicci, Brunstrom and Nichols, 2021). State owned Bank of China has been constantly financing overseas coal projects with its funding reaching USD 35 billion since 2015 (Stanway, 2021). In September this year, Xi Jinping stated that China will not build new coal fired projects abroad. However, facts on the ground state something else, as the energy crisis that China finds itself amidst will push China to consume more coal to ensure continued electricity supply. Power cuts of various magnitudes have been witnessed in at least 20 provinces across China since mid-August this year. Shortage of coal supplies, tougher government mandates to reduce emissions and a greater demand from manufacturers have all contributed to the current situation (Lee, 2021). The energy crisis has halted production in various factories across China, which is going to have an impact on an already slowing economy. Therefore, China will have to balance its act between clean energy and declining growth rates. In this context, it becomes pertinent to look at some of the pledges Xi has made in the past regarding usage of clean energy.

Xi’s pledges regarding combating climate change

Even though Xi Jinping did not attend the COP 26 this year, he had announced last year that China’s carbon emissions will begin to decline by 2030 and that China will reach carbon neutrality by 2060 (Ibid.). For the purpose, China introduced a dual control policy which requires Chinese provinces to limit energy use and to cut energy intensity, which is defined as the amount of energy used per unit of gross domestic product (GDP). The dual control system was first set in China’s 11th Five Year Plan (2006-10). However, it has gained in significance post Xi assuming the reins of power and committing to China peaking carbon emissions by 2030 and to becoming carbon neutral by 2060 (CGTN, 2021). The plan was to set a five-year target of energy consumption and energy intensity for different provinces, autonomous regions and municipalities in an effort to reasonably manage the indicators of total energy consumption and energy intensity (Ibid.).

During the 2015-2020 period, China had a national target for a reduction in energy intensity of 15 percent. The latest five-year plan adopted in March this year targeted a further 13.5 percent cut by 2025 (Gao, 2021). Because of these plans, phased goals were set in place, and it was assumed that by 2025 the dual control system would be more complete with better allocation of energy resources and better energy utilisation. In this context, it becomes pertinent to take a closer look at how Chinese provinces have performed with regard to the dual control system.

In mid-August this year, China’s economic planning agency announced that 20 provinces had failed to meet their targets in the first half of 2021 (Lee, 2021). In late 2020, several provinces were reported to be struggling to meet their targets, as difficulties got exacerbated by COVID19. Some provinces even took drastic measures of cutting off power supplies to comply with the targets. This led to a realisation that an examination of the efficacy of those targets are needed. In the meantime, China’s carbon emissions went up 15 percent year in year in the first quarter of 2021 (Xie, 2021).

To deal with the possibilities of further power shortages, China is pushing miners to ramp up coal production and is increasing imports so that power stations can rebuild stockpiles before the winter heating season begins (Singh and Xu, 2021). China’s imports of coal jumped 76 percent in September this year from a year ago (National Development and Reform Commission, 2021). This is despite the pressures and the announcements made to meet targets for reducing carbon emissions. In addition to the impacts of the dual control policy, China’s thermal coal supplies have also been impacted by the recent floods in Shanxi province which is a key coal producing province (Reuters, 2021). China is already the world’s largest coal consumer and of late it has been grappling with a growing energy crisis brought on by shortages caused by natural as well as humanmade causes. The result has been shortages and record high prices.

A closer observation at China’s emissions reveals that while per person China’s emissions are about half of those of the US, its 1.4 billion population and its breakneck speed economic growth, reliant heavily upon coal energy; have pushed it way ahead of other countries in terms of overall emissions. It was first in 2006 that China became the world’s largest emitter of carbon dioxide in 2006 and is now responsible for more than a quarter of the world’s overall greenhouse gas emissions (Brown, 2021). Instead of shutting down coalfired power stations, China is actually building new ones at more than 60 locations across the country with many sites having more than one plant (Ibid.). In this context, it becomes pertinent to understand China’s coal reliance. The following graph shows how coal consumption has grown over the years in China.

Graph 1: China’s Total Coal Energy Consumption

Unit: 10,000 tons

Source: National Bureau of Statistics, China Statistical Books 1991-2018, People’s Republic of China

Beginning from the 1990s onwards, China’s reliance on coal to spur economic development began. Its coal consumption has only grown over the years as seen in graph 1, in tandem with its economic growth rates. China’s coal consumption grew from 1.36 billion tonnes per year in the year 2000 to 4.24 billion tonnes per year in 2013, which represents an annual growth rate of 12 per cent (Qi and Lu, 2016). By 2015 itself, China accounted for 50 per cent of the global demand for coal (Ibid.).

In fact, in 2020 during the pandemic, China was the only major industrial power whose carbon emissions rose, as the central government relaxed a traffic light system designed to reduce overcapacity among coal burning state owned enterprises with a plethora of coal power projects given the go ahead (Cash, 2021). Because of China’s coal addiction, it faces the difficulties of energies transition. What also remains a big hurdle is the existence of big energy and manufacturing lobbies which laud the central government’s placing of higher emission caps while these big polluting lobbies continue their pollution spree.

In 2019, the State-owned Assets Supervision and Administration Commission (SASAC), issued a new policy for reorganising the state-owned enterprises which dominate coal generation. The first of such an announcement was made in November 2019, followed by a more detailed statement in May 20 (Huidian Dianping, 2019). The details listed were about reorganisation efforts in the Northwest region, where coal overcapacity and financial losses are maximum. The SASAC had also stated that the plans would likely be expanded to other coal intensive parts of the country. The plan called for stricter controls of coal capacity, elimination of outdated capacity, reductions in coal-fired capacity for the Northwestern region and mergers of SOEs to form a single coal generation SOE for each of the provinces in the region (Dupuy, 2020). While the SASAC’s plans are laudable, it was argued that the plans for consolidation of ownership threaten the wholesale electricity markets that the National Development and Reform Commission was fostering and that SASAC’s planned mergers would dampen competition (Ibid).

Ma Jun, the director of the Institute of Planning and Environmental Affairs, which tracks environmental and climate records of big corporations stated that achieving climate targets while fulfilling other demanding targets needs a good transitioning strategy and so far, there are still major gaps (Stanway, 2021). China has a per capita level of carbon dioxide emissions that is far above that of countries with a similar level of per capita GDP (AFP, 2021). In fact, in 2019, China’s per capita emissions reached 10.1 tons, almost tripling over the las two decades. This was just slightly below average levels across the OECD bloc, which stood at 10.5 tons per capita in 2019. China’s per capita emissions even though significantly lower than the U.S. at 17.6 tons per capita still is significantly high. According to Larsen, Pitt, Grant and Houser (2021), China’s per capita emissions exceeded the OECD average in 2020, as China’s net greenhouse gas emissions grew about 1.7 percent while emissions from almost all the other countries declined sharply during the pandemic (Larsen, Pitt, Grant and Houser, 2021).

China’s carbon dioxide emissions rose by 9 percent in the first quarter of 2021 as compared to pre-pandemic levels (Reuters, 2021). This rise was driven by a carbon intensive economic recovery and massive hikes in outputs of steel and cement, which in turn rose as part of the attempts to reinvigorate and jump start the economy as part of post pandemic recoveries. Output from the industry and construction sector increased by 2.8 percent, steel by 7 percent and cement and coal mining by 2.5 percent and 1.4 percent respectively last year (Bloomberg, 2021). This raises questions whether the country can meet its 2060 carbon neutrality pledge. As such, China’s energy trajectory since COP 21 contradicts the goals. Even though the new five-year plan of 2021-2025 shows a lot of intent regarding carbon neutrality, numbers give out a completely different story. In this context it becomes pertinent to analyse China’s COP 21 goals.

China’s Between COP21 and COP26: Xi’s Pledges

In 2015, at the COP 21, Xi, while urging developed countries to fulfil their commitments to providing funds to developing countries to tackle climate change, pledged that China has plans to achieve the peaking of carbon dioxide emissions around 2030 (Liu, 2015). He had also pledged that China would become carbon neutral before 2060. In 2021, even though Xi did not attend the COP26, China submitted its nationally determined contributions (NDCs) to fight climate change, which were published on the website of the United Nations Framework Convention on Climate Change (UNFCCC), which showed that China aims to see its carbon dioxide emissions peak before 2030 and it aims to become carbon neutral before 2060. This was in tandem with the pledges Xi had made earlier. The point to remember is that the NDCs are non-binding national climate change plans that must be submitted regularly to the United Nations as part of the 2015 Paris Agreement and countries may enhance their ambitions if they are able to do so.

This year, ahead of the COP 26, China enhanced its ambitions, as it committed to raising the share of non-fossil fuels in its primary energy consumption to 25 percent by 2030, which is higher than its previous pledge of 20 percent. China also pledged to increasing its wind and solar power capacity to more than 1,200 gigawatts. China is already leading the world in renewable energy production figures, and it is the world’s largest producer of solar and wind energy (OECD, 2021). It also is the largest domestic and outbound investor in renewable energy (Jaeger, Joffe, Song, 2017). In 2016 itself, a year after COP 21, four of the world’s five biggest renewable energy deals were made by Chinese companies (Slezak, 2017). By 2017, China owned five of the world’s six largest solar module manufacturing companies and the world’s largest turbine manufacturer (Mooney, 2017). In fact, solar energy is slated to become the largest primary source of energy by 2035. China’s wind and solar capacity is to rise to above 1,200 GW in 2030 from 530 GW in 2020 (Pillai, 2021).

However, what is also a factor to consider in China’s futures in the realm of carbon neutrality is that urbanisation currently stands at 65 percent, and this will go up to 78 percent in 2050 (Ibid). Population and economic development will continue to increase as well, implying a growth in electricity consumption. Economic growth remains a top priority, as stated at the annual ‘two sessions’ in March (Liu, Liu and You, 2021). While China has made strides in renewable energy, fact remains that it is not adequately developed to meet the needs of the entire country. Su Wei, the deputy general of the National Development and Reform Commission stated in April this year that China’s energy structure is dominated by coal power, and that as compared to wind and solar power which are “intermittent and unstable” coal is a stable source of power. He also said that while coal is readily available, renewable energy needs to develop further in China. He added that because of this, for a period of time, China will need to use coal power (Cheng, 2021). This is in complete contrast to Xi’s statements of April this year when he had said that the country will reduce coal usage beginning in 2026 (Ibid.)

In addition to Su’s statement being in complete juxtaposition to what Xi had said in April regarding reducing dependence on coal, point also to note is that China, as stated previously is grappling with its worst electricity shortages in years and has asked miners to increase coal production to supply major power plants! China relies on coal-fired power generation, which is a huge contributor to carbon emissions! Also, the complete absence of Xi Jinping on COP26 also brings forth several questions on China’s seriousness regarding dealing with issues of climate change. Xi delivered a written statement to the opening session of the COP26, which however, did not offer any new climate pledges than what Xi had already made in the past.

Even though China’s 14th five-year plan (2021-26) has outlined an 18 percent reduction target for carbon dioxide intensity and a 13.5 percent reduction target for energy intensity from 2021 to 2025, and has introduced the idea of an emissions cap, it has not really gone so far as to set one (Liu, Liu and You, 2021). However, as displayed by the power crunch this year, which prompted China to redirect support to polluting fossil fuels, China faces an immense difficulty of balancing long-term climate goals with short term energy security. The reason why China did not make any new commitments at the COP 26 is the prevailing domestic uncertainties, because of which China has been hesitant to embrace stronger near-term targets.

Conclusion

China’s strides in renewable energy undoubtedly are laudable and in fact make it in a position to steer discussions on climate change and how to address the challenges. Because of these strides, China felt it was in a place to demonstrate global leadership, which is why after joining the Paris Agreement, China made laudable pledges to combat climate change including plans to reduce carbon dependence. The reinvigorated emphasis on the dual control policy was a step to combat coal usage in China. However, as stated previously, 20 provinces had failed to meet their targets as part of the dual control policy! Also, because of the historical dependence China has on coal, the introduction of sudden controls on coal usage led to a shortage of electricity in the country, which in turn led policymakers to revert to usage of fossil fuels. Additionally, the floods in coal producing provinces like Shanxi dealt a blow to electricity production, which in turn spurred the power outages across the country.

China’s dependence and addiction to coal is displayed by the fact that China delivered 60 train loads of coal to Henan province per day in July when the province reported urgent shortages of fuel to generate electricity, after major transport routes were blocked by an unprecedented deluge (Global Times, 2021). China’s plans thus seem to be in complete contradiction with the pledges Xi had made. Also, as reflected by the failure of 20 provinces to meet coal reduction targets, there is a dangerous lack of urgency in the country. Because of the back and forth between announced policies and prevailing ground realities Chinese attempts to assert its role in the world as a leader is clearly not showing up. Achieving a material and socio-economic transformation that supports the move away from coal needs major changes in governance, policies, planning, investment and organisations practices at various levels. The Chinese political economy is dominated by vested interests and complicated by perverse incentives for unsustainable production.

SOEs in energy intensive industries along with several officials with vested interests have zero or limited interest in curbing emissions or adhering to limitations on coal usage. Central officials often acquiesce or fail to rein them in (Green, 2020). On the contrary there have been drastic increases in coal fired power station development in the last few years (Myllyverta, Zhang and Shen, 2020). Research by the Centre for Research on Energy and Clean Air shows how hundreds of billions of dollars in the post COVID-19 stimulus being earmarked for energy intensive industrial projects. These exceed the planned spending on low carbon energy threefold!

Facts such as these call for caution regarding China’s pledges on climate change; particularly its 2060 carbon neutral target. Between now and 2060 a lot can happen and from the trends it is visible that the government’s medium-term targets give it space to increase emissions until 2030!  China is actually culpable for greater levels of pollution and global warming, and Xi’s pledges are only a cover for about another decade of fossil fuel based industrial expansion!

Author Brief Bio: Dr. Sriparna Pathak is an Associate Professor at the School of International Affairs, O.P. Jindal Global University, Haryana, India. She is also the Director of the Centre for Northeast Asian Studies at the School.

References

National Population Policy: A Survival Imperative

Overview

In his monumental work, “An Essay on the Principle of Population”,[i] Robert Malthus postulated that while population grows exponentially, food production grows linearly. So, a catastrophe will occur, either by famine, disease or war, to bring down the population. Although the population in the world and India has been growing spectacularly, no catastrophe of a great dimension has occurred to bring down population or its growth because food production has increased more phenomenally than population growth. This is due to increase in farmland, better irrigation, use of fertilisers and pesticides, crop rotation and improved storage of food grains; in other words, application of science and technology for agriculture.

In the 1960s, food scarcity in India was overcome only through massive food aid from the US, with the then US President, Lyndon Johnson authorising food shipments to India under PL-480.[ii] The aid was however leveraged to secure support for US foreign policy goals, with India giving assurance that it would implement agricultural reforms and temper criticism of US policy regarding Vietnam.[iii] Importing food grains was humiliating, and in 1965, Prime Minister Lal Bahadur Shastri exhorted people to chant ‘Jai Jawan Jai Kisan’. The ‘Green Revolution’ was brought about by planting newly developed grains (wheat and rice) and using fertilisers. This raised the yield, though it did not improve food grain availability per person. However, the spectre of famine vanished, largely due to better distribution. Improvement in irrigation facilities and rapid economic growth also helped to drought proof the country.[iv] Today, India feeds over 800 million “poor” people by giving them free/subsidised food items. The amount spent detracts from investments needed for overall development—economic and social.

An increase in food grain availability may stop starvation but not ill health, illiteracy, lack of proper housing and work and employment and improvement in standards of living and achievement and respect for the country in the comity of nations. Poverty reduction by controlling growth in population, as was done by China, is hence an imperative for national development. As humans are the only species in the planet who consistently degrade the environment, a reduction in population will concomitantly also lead to the preservation of the environment. India must, therefore, have a population policy which can ensure the achievement of development goals—economic, social and security. Family size must hence be regulated through positive and negative incentives and disincentives respectively and be made applicable uniformly across the board, to all sections of people, regardless of religion, region, caste and economic status. Uneven growth of population as between sections of people leads to social strife and demographic disequilibrium, which is best avoided.

Impact of India’s Population Growth

India’s population, which stood at 35.69 crore in 1951[v] increased to 121.08 crore in 2011[vi] and is estimated to be 139.9 crore in 2021.[vii] An increase of four times since 1951, clearly puts unsustainable pressure on the land and water resources, which remain constant. To sustain the growing population, forest lands are being depleted, disturbing the eco-system leading to multiple negative consequences.

Soon after independence, the redoubtable industrialist and statesman, JRD Tata, raised the issue with Nehru, of the importance of population control. “But Jeh”, replied Nehru, “population is our strength!” Undeterred, JRD raised the subject again in 1951, but got little traction, and so Mr Tata, through the agency he founded, the Family Planning Association of India, pursued a campaign to promote family planning.[viii] JRD’s advocacy of population control not only in and for India, but on a world-wide scale got for him the United Nation’s Population Award in October 1992.[ix]

Dr. Ambedkar, too, understood the linkage between poverty and population. His views on birth control are reflected in the speech which Mr. P. J. Roham delivered, but which was written, as stated by Roham, by Dr Ambedkar. Here, Ambedkar called for limiting the family units, and urged the government to carry on an intensive propaganda in favour of birth-control among the masses.[x] In the Manifesto of the Scheduled Caste Federation (SCF) for General Elections to Lok Sabha in 1952, he wrote about his party’s policy in regard to poverty and population. “The problem of poverty”, he wrote, “is a problem of controlling the excessive growth of population… for the purpose of reducing population it (SCF) would advocate an intensive propaganda in favour of birth control among the people. It will advocate the opening of birth control clinics in different parts of the country. It regards the growing rate in the increase of population in the country so grave and evil that it would not hesitate to advocate more drastic methods of controlling it”.

India has, unfortunately, paid little heed to the sage advice of both JRD Tata and Dr Ambedkar. But it is time to think seriously on this subject, both as a poverty alleviation measure and also as an instrument of protecting the environment. While the Chief Minister of Assam, Shri Himanta Biswa Sarma as well as the Chief Minister of Uttar Pradesh Shri Yogi Adityanath are now advocating population control measures, the initiative needs to be taken on a national level. Unfortunately, population control measures are denounced by some Muslim leaders and their allies, ostensibly on the grounds that it violates Muslim personal law.

China’s rise has been aided by its success in controlling its population. They had a one child policy from mid 1970s and two children per family from 2015 which has now been increased to three children per family. India faces multiple challenges in attempting the Chinese model, due to religious differences, caste fragmentation and differences in economic and educational levels. This gets exacerbated due to India being a multi-party, periodically election-conducting nation-state, wherein politicians exploit differences to garner the popular mandate. That notwithstanding, the need for a population policy is dire and can no longer be overlooked.

A National Population Policy for India

India is a welfare state where large doles are given for food, education and other social welfare schemes. As part of the policy, such assistance could be restricted to those having two children or less. Curbs could also be placed on those having more than two children in applying for government jobs or for selling public office.

Extensive educative campaigns must be undertaken to explain the consequences of run-away growth in population and that too unevenly among different sections before promulgation and periodic revisions in national population policies. The following needs to be highlighted:

  • All people must always have despite droughts, famine and floods and epidemics, earthquakes, storms and cyclones and such natural disasters adequate fuel and food so that there are none or fewest deaths at all times.
  • People must be well nourished, healthy, educated and able and willing to work to earn their livelihood and live in reasonable comfort.
  • People must have adequate housing, either of their own or within affordable rent.
  • Death at birth and infant mortality must be nil or nearly so and life expectancy should be rising.
  • The use of natural resources below and above the ground—minerals, rivers, forests, air, fauna should not lead to unliveable conditions for humans, through reckless exploitation, which leads to environmental degradation. Most importantly, the civilisational and cultural heritage of Bharat, must be preserved.
  • Different rates of growth of populations as between states, regions, castes and religions should not lead to dissonance within society.
  • The population and its growth rate in the country should be related to the means of sustenance and economic well-being of the people.
  • The environment must be preserved.

Demographic Shifts:

The current conflict in Lebanon between Christians and Muslims is a result of demographic changes that have taken place over the last few decades. In India, demographic changes could lead to communal strife on a very large scale, if not corrected even at this late stage. While India’s population since independence has increased four times, this increase is not spread evenly across religious groups. The Muslim population has grown six times during this period as against the population of other religious groups increasing only three times.

Muslim population growth relative to Hindus should be a matter of serious concern as it is driven both by political and theological considerations. This has already led to population inversion in some parts of India, especially in the states of Assam, Bihar, West Bengal, Kerala, leading to fissures within society.

Changes in religious demographics over time in India

Unequal Rates of Growth Among States and Communities

Population increase in Southern states like Tamil Nadu and Andhra Pradesh is much slower that states in the North, such as Bihar, Madhya Pradesh, Rajasthan and Uttar Pradesh. This could lead to a North-South divide, as seat allocation in Parliament is done on the basis of population.

Article 81 of the Constitution requires that each state receive seats in proportion to its population. The Seventh Amendment (1956) capped the maximum number of elected seats at 520. After adjustments under the Fourteenth Amendment (1962), the Thirty-First Amendment (1973), and the Goa, Daman and Diu Reorganisation Act (1987), the Lok Sabha now has a maximum sanctioned strength of 552 (530 from the states, 20 from the UTs, and two presidentially appointed members from the Anglo-Indian community) making a total of 545 representatives. The seats were to be revised every 10 years, but this revision was suspended by the Forty-Second Amendment enacted in 1976, until after the 2001 Census. In 2002, parliament, through the Eighty-Fourth Amendment, extended the suspension till the census to be held post 2026, which in effect means to 2031.[xi]

The aspect of seat allocation based on population has grave implications. The states that have performed well in controlling the population stand to lose as against the states that have performed poorly. If such a policy is implemented, the loss of political power to states that have performed well, will likely create a cleavage between those that have fared better, leading to political turmoil and upheaval. It is thus important that all states take urgent steps, not just to stabilise population growth, but to reduce the same.

Comparison of Growth between some North and Southern States


Preserving Territorial, National and Cultural Integrity

India’s population policy should not only aim at controlling the growth of   population but also preserve the integrity, sovereignty and civilisational and cultural heritage of the country. History gives examples of destruction of a country’s cultural milieu by differential growth of the populations aimed at claiming political separation and superiority as seen in Lebanon. In Netherlands, the Catholics were in a minority. They wanted to become the majority, so they nurtured large families and over time, the protestants were reduced to a minority. The same phenomena appear to be happening in parts of India: Kerala, West Bengal, Assam and certain other parts of India. In these states as well as in others, Muslims have been able to prevail upon the ruling parties through group voting strength, to carve out Muslim majority districts: Malappuram in Kerala, Mewat in Gurugram and Malerkotla in Punjab are examples. The motive is political power. Writing in the Jamaat-e-Islami weekly, “Radiance,” Dr Omar Khalidi, stated: “we need Muslim districts for three reasons. First, concentrated areas provide security; second, to provide an environment that is conducive to our cultural independence; third, to provide a political base through which our people can be elected…at preset, our numbers don’t add up to elect adequate legislators. Hyderabad and Rangareddy in Andhra Pradesh and Gulbarga (Karnataka) and certain Thalukas could be merged to create Deccan province (with Muslim majority).[xii]

Different Treatment to different Religions

India’s populations are dealt with differently in some respects, based on among others, religion, language and caste considerations. Article 30 of the Indian Constitution grants to religious and linguistic minorities, certain rights and privileges with respect to establishing and managing any type and number of educational institutions, a right and privilege not available to the Hindu majority. What percent of the total population qualifies to be reckoned as minority is also not specified in the Constitution nor by the Supreme Court. While Hindus on an all-India basis are the majority, they are a minority in several states (J&K, Punjab, Nagaland, Mizoram, Meghalaya and very soon in Kerala and Arunachal Pradesh). Minority Commissions are established only in Hindu majority states; not in Hindu minority states. Muslim personal law permits a man to have four wives and inheritance is also dictated by their personal law. There is a need to look into such issues, and for the nation to be governed by a uniform civil code, so that all people can be treated alike. The minority status is discriminatory as it affects the economic and welfare prospects of people. Governments in States and in the Centre have Minority Welfare Departments and Minority Finance Corporations, funding not only education, welfare and commercial ventures of minorities but also their places of worship. This militates against the very concept of secularism, as enshrined in the Constitution.

Conclusion

Population growth is impacting negatively on India’s cities, all of which have grown far beyond the capacity of the civic agencies to provide adequate amenities. Growth of population has also impacted negatively in the rural areas, where land holdings are diminishing and are becoming smaller. Population growth is also impacting on job availability, which is getting more severe due to mechanisation, automation and robotisation. Population reduction is therefore a necessity, which needs to be pursued with full zeal, through a dynamic national population policy.

Inter alia, such a policy must focus on:

  • Extensive and intensive education and information about the perils of large families and large populations which negate poverty alleviation efforts, increase unemployment, lead to under-nourishment among women and children, and create conflict in the scramble for limited resource availability.
  • Humans are the only polluters in the planet. Reducing the population will ipso facto, lead to reduction in pollution level, reduction of the carbon footprint, and help in preservation of the environment.
  • Limiting family size must now be a national imperative. Appropriate legislation to that effect must be made, to include legislating incentives and disincentives to promote small family norms.
  • Legislate Uniform Civil Code as mandated by the Directive Principles of the Constitution and criminalise polygamy.
  • Preserve the millennial Indian culture and civilisation values of Vasudhaiva Kutumbakam, Loka Sangraha and Dharma.

Author Brief Bio: Dr T.H Chowdary is Chairman, Pragna Bharati, Founder: Center for Telecom Management & Studies, Fellow: Tata Consultancy Services and Convenor, Bharatiya Dharma Rakshana Samakhya. A former: IT Advisor, GOAP and Founder CMD, VSNL, he is also a Padma Shri awardee.

[i] http://www.esp.org/books/malthus/population/malthus.pdf

[ii] Public Law 480 (PL-480) is “Agricultural Trade Development Assistance Act”, signed on Law on July 10, 1954 by President Dwight D Eisenhower. Also known as “Food for Peace,” it is a funding avenue by which US food can be used for Overseas Aid.

[iii] https://history.state.gov/milestones/1961-1968/pl-480

[iv] https://timesofindia.indiatimes.com/blogs/Swaminomics/drought-not-a-big-calamity-in-india-anymore/

[v] https://censusindia.gov.in/DigitalLibrary/data/Census_1951/Publication/India/23685-1951-REP.pdf

[vi] https://www.census2011.co.in

[vii] https://worldpopulationreview.com/countries/india-population

[viii] https://www.tata.com/newsroom/heritage/jrd-tata-for-india-initiatives

[ix] Ibid.

[x] Dr. Babasaheb Ambedkar Writings and Speeches, Vol.2, First Edition, Compiled and Edited by Vasant Moon, pp 263, available at https://www.mea.gov.in/Images/attach/amb/Volume_02.pdf

[xi] https://carnegieendowment.org/2019/03/14/india-s-emerging-crisis-of-representation-pub-78588

[xii] https://www.milligazette.com/Archives/2005/16-31Mar05-Print-Edition/163103200506.htm

Why Are Our Cities So Ugly?

There are few things certain in life – one is death, second is change and the other is waste. No one can stop these things in our lives.” – unknown

Introduction

Why are our cities so ugly? The answer has much to do with the way we live. Let us look at some statistics:

  • According to Time magazine, humans produce 290 billion kg of faeces and 1.98 billion litres of urine per year.1
  • An average person excretes or generates about 0.74 kilograms of solid waste per day, worldwide.2
  • Every year an estimated 16 billion injections are administered worldwide, more than half of these needles and syringes are dangerously thrown away or disposed of thereafter.3
  • Liquid waste – dirty water, wash water, organic liquids, detergents and rainwater is usually found in households, businesses, and industries.
  • Approximately 1,400 sq. km landfill area would be required for dumping municipal solid waste in India by 2047—almost equal to the combined area of Hyderabad, Mumbai and Chennai—3 of the 5 most populous cities of India.4

Any unwanted solid, liquid or gaseous substance discarded or thrown out by households, or commercial establishments can be considered as waste. According to the Press Information Bureau, waste can be segmented into three categories:

  • Biodegradable or organic waste (food and kitchen waste, green waste vegetables, flower, leaves, fruits and paper, etc.).
  • Inert and non-biodegradable waste (construction and demolition waste, dirt, debris, etc.).
  • Recyclable waste (plastic, paper, bottles, glasses, etc.).

Waste management is a universal issue that affects every single individual or government providing civic amenities to its people. Almost 50 per cent of India’s population is projected to live in urban areas by 2050 leading to a five per cent growth in the volume of waste generated per year.5 As towns and cities develop economically, and the population grows, waste generated is expected to increase drastically from 2.01 billion tons today to 3.40 billion tons in 2050.

As of date over 377 million people—31 per cent of the Indian population—live in 7,935 towns and cities and generate around a massive amount of 277.1 million tons of solid waste per annum. According to a 2019 India Today report, the country produces more than 1.50 lakh metric tons of solid waste daily. This is increasing every day with the burgeoning economy, urbanisation and population.6 India today produces more than 80 per cent of waste generated in South Asia and 13 per cent of the world per annum.7 According to a World Bank study, India is one of the world’s highest waste-generating nations.8 As a result most Indian towns and cities are ugly to look at and littered with garbage.

Waste Management

Human activities are the cause behind most kinds of waste, and the way it is stored, collected and disposed of poses a risk to the environment and public health. According to Planning Commission, Maharashtra generates the highest (22,080 MT per day) and Sikkim generates the lowest (89 MT per day) amount of waste. Among the Union Territories (UTs) Delhi produces the highest amount of waste, while Daman & Diu are the lowest waste generators.9

According to the World Bank’s What a Waste 2.0 report, the world generates 2.01 billion tons of municipal waste annually at least 33% of which is not managed in an environmentally safe manner.10 Improper handling and disposal of waste harms the environment and public health. It is a leading cause of soil, water and air pollution. Unsafe disposal of hazardous waste contaminates the soil and water causing serious health problems and leading to air pollution in the surrounding area.

Uncontrolled or mismanaged waste lying around attracts flies, rats, and other creatures which spread infectious diseases. The polluted environment and ineffective waste management serves as a breeding ground for disease vectors and leads to several respiratory problems and diseases like Japanese Encephalitis, jaundice, cholera, colitis, diarrhoea, worm, dysentery, and skin diseases. The US Public Health Service has identified 22 diseases including asthma, heart attack, and emphysema due to burning garbage and faecal matter in municipal waste. Unmanaged and decomposed garbage attracts rodents, which lead to diseases like dengue and malaria.

Environmental contamination is a global issue. Poorly managed waste is contaminating the world’s oceans, clogging drains and harming humans, plants and animals. All over the world, about one million plastic bottles are purchased every minute and some 5 trillion single-use plastic bags are used once and thrown away every year. Ten of the world’s biggest rivers flush around eight million tons—more than 90 per cent of the plastic waste into the oceans every year.11

The real magnitude of the problem is for everyone to see. This phenomenal amount of plastic waste is enough to fill up 2,400 Olympic stadiums or 4.8 million olympic-sized swimming pools. It weighs equal to 3.4 million adult blue whales or 1,376 Empire State Buildings. Imagine that’s just 12 per cent of the total waste generated each year.12 Already, according to the ‘World Air Quality Report, 2020’, prepared by Swiss organisation IQAir, Delhi is the world’s 10th most polluted city and most polluted capital city globally.13 Ghaziabad in Uttar Pradesh is the second most polluted city in the world after Hotan in China.14

Twenty-two of the world’s 30 most polluted cities are in India. India, Pakistan and China collectively account for 94 out of the top 100 most polluted cities in the world. The largest number of cities in the list of top 10 most polluted cities in the world is in India.15 India ranks highest with 46 of the world’s 100 most polluted cities followed by China (42), Pakistan (6), and Bangladesh (4) in terms of air quality index. These include Noida, Greater Noida, Lucknow, Kanpur, Meerut, Agra, Bulandshahr, Bisrakh, and Muzaffarnagar (in Uttar Pradesh), Faridabad, Jind, Fatehabad, Bandhwari, Gurugram, Yamuna Nagar, Rohtak, Dharuhera and Hisar (Haryana), and Bhiwadi (Rajasthan).16

According to the Delhi Pollution Control Committee, people in Delhi breathe the worst air between November 1 and November 15 every year followed by Noida (488), Ghaziabad (486), Greater Noida (478), Faridabad (460), and Gurugram (448). 17 As per a scientific paper on the health and economic impact of air pollution, 1.7 million deaths—i.e. 18 per cent of the total deaths in the country in India in 2019 were attributable to air pollution.18

Managing waste properly is essential for building sustainable and liveable cities, but it remains a challenge for many developing countries and cities. Effective waste management is expensive, often comprising 20%–50% of municipal budgets. Operating this essential municipal service requires integrated systems that are efficient, sustainable, and socially supported.

Is Garbage-Free India a Distant Dream?

Solid waste management is one of the necessities to keep the town and cities clean. Solid waste management is a serious problem in India not just because of environmental concerns but also because of the enormous quantities generated every day. Experts believe that India is following a flawed system of waste disposal and management. Almost all municipal authorities indiscriminately dump solid waste in dump yards within or outside the city. Waste dumping and open burning continue to be the principal methods of waste disposal in India. These dump yards are known to frequently catch fire. An 18-ft high inferno at Deonar19 in Mumbai in 2016 went on for three months, pumping tons of cancer-causing smoke caused by burning plastic and leather. Burning garbage is the third biggest cause of greenhouse gas emissions in India.

Heavy metals and toxic liquid in the rotten garbage is absorbed into the soil or water bodies. This leads to contamination of the entire food chain and rivers, endangering humans, plants and animals. According to data from the Ministry of Environment and Forests, only about 75–80% of the municipal waste is collected scientifically and only 22–28% of this waste (27,000 MT per day) is processed and treated. The remaining 80 per cent (1,08,000 MT per day) is dumped in an unhygienic manner in landfill sites leading to health and environmental degradation.20 The stench and ugly sight of garbage dumped on the roadside, clogging of the drains and garbage floating on the surface of the rivers, particularly during the rainy season, is a common sight in India.

It is estimated that urban municipal solid waste will increase to 387.8 million tons in 2030 and 543.3 million tons by 2050.21 At the rate at which we are littering hazardous waste we would need about 88 sq. km of land—the size of New Delhi—just to dump it by 2050, according to an Assocham and PwC joint report.22 “This will eventually render the land unfit for any other use for as long as a half-century before it can be stabilised for other uses,” says the report, ‘Waste Management in India: Shifting Gears.’

The solution lies in a garbage-free India as a part of the ‘Swachh Bharat Abhiyan’.

Objectives of Waste Management

The main objective of waste management is to reduce the harmful effects of the discarded pile of waste on health and the environment and improve the quality of life of people living or working in the vicinity. The philosophy behind waste management is governed by 3R’s namely, Reduce, Reuse and Recycle. In other words, only a minimal amount of waste should be generated, and a substantial amount of this waste should either be reused or recycled. To do so, it is particularly important to:

  • prevent the generation of waste.
  • promote reuse of waste.
  • promote biological recovery of waste and recycling of materials.
  • promote energy use of waste not suited for recycling.
  • ensure that the treatment and disposal of waste does not cause any harmful impacts.

According to a recent report by the Associated Chambers of Commerce and Industry of India (ASSOCHAM)-NEC, India is among the top five countries in the world, in terms of e-waste generation next only to China, the USA, Japan and Germany.23 The study concludes that, though India generates 2 million tons of e-waste—discarded electronic devices and gadgets like computer monitors, mobile phones, chargers, compact discs, headphones, televisions, air conditioners, and refrigerators, only 4.3 lakh tons is recycled per annum.

The e-waste products contain toxic substances like lead, cadmium, mercury, hexavalent chromium, plastic, PVC (polyvinyl chloride), BFRs (brominated flame retardants), barium, beryllium, and carcinogens such as carbon black and heavy metals which can cause severe health problems to those handling the waste. Mismanagement of e-waste and prolonged exposure to pollutants released by e-waste adversely affects the crops, and drinking water, consumed by both humans and animals. They can also lead to kidney damage, respiratory diseases, skin disorders, and lung cancer.

The Stumbling Blocks – Drawbacks of the Present System

India is predicted to reach an estimated 125 million tons of waste, making it the largest waste contributor in the world by 2048. The current waste management practice in India involves collecting waste from sources through a community collective bin system, which gets transported to a low-lying landfill system with intermediate processing of Municipal Solid Waste. The open dumping practice leads to problems like pollution and health hazards.

The major problems affecting solid waste management are unscientific treatment, improper collection of waste, and ethical problems. This in turn leads to hazards like environmental degradation, water pollution, soil pollution, and air pollution. Some of the other bottleneck areas include:

  • No storage of waste at source
  • No system of primary collection from doorsteps
  • Irregular street sweeping
  • Waste storage depots are a problem
  • Transportation of waste is not satisfactory
  • Processing of waste: only a few cities have been practicing this
  • Disposal of waste is a neglected area and the current practices are grossly unscientific

Waste to Wealth

Waste is a valuable resource with the potential to generate innumerable environmental and monetary benefits if properly treated. For instance, did you know that recycling 5 PET bottle produces enough fibre for making one t-shirt? The Waste Management market in India is said to be a USD 14 billion opportunity by 2025.24 India has the potential to generate 3GW of electricity from waste by 2050. Some of the sunshine areas of waste management include municipal solid waste, electronic waste, bio-medical waste, and agricultural waste. This is both a challenge as well as a golden opportunity. India is set to become the world’s most populous country as per projections of the United Nations with 7 new megacities by 2027. At this growth rate, India would need landfills almost 90 per cent of the size of Bengaluru for dumping the waste if left untreated.

Case Studies: Best Practices of Solid Waste Management around the World

Waste is generally viewed as dirty with no value; this limited thinking is why waste management is not given the weightage it deserves. Every city is different when it comes to solid waste generation and management. Here are some of the fascinating, innovative and eco-friendly waste management strategies being implemented all over the globe.

Kamikatsu, Japan:

There is a Japanese word ‘mottainai’ which in other words means “don’t waste anything worthy”. The spirit behind it is to use all things as long as possible. It represents the island nation’s commitment towards waste management and ‘zero-waste’. Kamikatsu, a small town approximately 40 kilometres from Tokushima city in the mountains of Shikoku Island in Japan, signed a ‘zero-waste’ declaration in 2003. Today, Kamikatsu is a ‘zero waste’ town without even a trash collection system. The residents themselves segregate the waste into 45 categories. 80 per cent of this waste is recycled and only 20 per cent goes to landfills. The residents voluntarily wash, sort, and carry their trash to the recycling centre and make sure that it lands up in the right bin. Kamikatsu’s heroic efforts have inspired other communities in Japan to take up the zero-waste challenge.

Mexico City, Mexico

Bordo Poniente dump, just outside Mexico City used to be one of the world’s biggest open-air landfills. Hundreds of trucks were used to dump more than 12,000 tons of waste each day. In 2011, Mexico City authorities decided to close down the 927-acre Bordo Poniente landfill. The idea behind this was to convert millions of tons of garbage to energy and reduce greenhouse gas emissions by 2 million tons annually. BMLMX, a power company, signed a contract with the Mexican government to utilise the biogas from the landfill site to generate 250 GWh electricity—enough to illuminate about 35,000 homes and the streets of Mexico for 25 years. This is, apart from the creation of short and long-term jobs for contractors, service providers and labour in the construction, operation and maintenance of the landfill gas capture system. As yet another spin-off, a cement company agreed to buy 3,000 tons of dry waste daily to burn as fuel as well as produce organic fertiliser for the city’s parks and gardens in the composting plant.

Malang City, Indonesia

With a garbage output of 200,000 tons a day, Indonesia ranks as the second-highest generator of plastic waste worldwide. Almost half of the population of Indonesia earns less than USD 2 a day and a majority of them do not have any health insurance. Though both the issues—waste management and healthcare may seem unconnected, Dr Gamala Albinsaid, the CEO of Indonesia Medika, a healthcare company, saw this as an opportunity and created Garbage Clinical Insurance (GCI), a micro health insurance program that lets people trade garbage for medical services and medicines. There was a time when people used to think that garbage is worthless and healthcare is expensive, but now they feel that garbage can be valuable and after all healthcare isn’t necessarily so expensive.

Sweden

Over the last few decades, Sweden has emerged as one of the global leaders in waste management. Strange though it may sound, it is a fact that Sweden has run out of trash and is now asking other countries for their garbage to keep its recycling plants running. Less than one per cent of Sweden’s household waste goes into the landfill dump. Over 50 per cent of the waste generated in Sweden is burned in waste-to-energy facilities. The 32 waste management plants in Sweden produce heat for 810,000 Swedish households and electricity for about 250,000 private homes in the freezing Swedish winter. The country has adopted a recycling policy that funnels all the energy generated by burning waste into the national heating network.

Semakau Landfill, Singapore

The word ‘landfill’ immediately creates the image of a smelly mountain of rubbish. But Semakau Island, created by reclaiming land between two small islands, eight kilometres off the coast of Singapore, is different. The world’s first offshore landfill site (island) was created entirely from the sea space at USD 399 with a capacity of 63 million cubic meters. Semakau landfill receives about 1,400 tons of incineration ash and 600 tons of non-incinerable waste every day and is expected to meet Singapore’s need for landfill space beyond the year 2040. The landfill operation will eventually create an island made almost entirely of waste. Semakau landfill has been constructed to contain all wastes within the landfill area and keep the surrounding marine ecosystem and sea waters pollution-free. Great care has also been taken to keep the landfill clean, and odour free. Semakau landfill was opened to members of the public for recreational activities. Since then, the island has gained popularity with nature lovers due to its rich biodiversity.

Conclusion

The world is not our personal ashtray. When we throw anything, it must go where it is meant to be. As has rightly been stated, if we don’t want to live in a trash can, we should stop making it one.

Waste management is not a complex, unsolved puzzle. Many solutions already exist. What is needed is urgent action at all levels of society. We ourselves are the cause and cure behind the dumps of garbage. It is time now, to get our act together and as a society, keep our environment clean and green.

Author Brief Bio: Mr Neeraj Mahajan isa media professional with over 30 years of experience in print, electronic, web and mobile media. He is the Editor of Taazakhabar News and World News Report

References:

  1. https://time.com/4098127/human-waste-energy-recycling/
  2. https://datatopics.worldbank.org/what-a-waste/trends_in_solid_waste_management.html#:~:text=Worldwide,%20waste%20generated%20per%20person,tonnes,%20of%20the%20world’s%20waste.
  3. https://www.who.int/news-room/fact-sheets/detail/health-care-waste#:~:text=Every%20year%20an%20estimated%2016,,%20furans,%20and%20particulate%20matter.
  4. https://www.epw.in/engage/article/institutional-framework-implementing-solid-waste-management-india-macro-analysis
  5. https://www.wastedive.com/news/world-bank-global-waste-generation-2050/533031/
  6. https://www.indiatoday.in/india/story/india-s-trash-bomb-80-of-1-5-lakh-metric-tonne-daily-garbage-remains-exposed-untreated-1571769-2019-07-21
  7. https://theprint.in/india/pm-calls-for-week-long-garbage-free-country-but-india-is-the-worlds-highest-waste-generator/478889/
  8. https://theprint.in/india/pm-calls-for-week-long-garbage-free-country-but-india-is-the-worlds-highest-waste-generator/478889/
  9. https://www.orfonline.org/research/solid-waste-management-in-urban-india-imperatives-for-improvement-77129/
  10. https://datatopics.worldbank.org/what-a-waste/
  11. https://www.unep.org/interactive/beat-plastic-pollution/
  12. https://www.worldbank.org/en/news/immersive-story/2018/09/20/what-a-waste-an-updated-look-into-the-future-of-solid-waste-management
  13. https://currentaffairs.adda247.com/new-delhi-ranked-as-worlds-most-polluted-capital-city/#:~:text=New%20Delhi%20has%20been%20adjudged,world%20is%20Xinjiang%20in%20China.
  14. https://weather.com/en-IN/india/pollution/news/2021-11-12-ghaziabad-placed-first-among-indias-most-polluted-cities
  15. https://www.hindustantimes.com/india-news/among-world-s-10-most-polluted-cities-3-are-from-india-check-full-list-here-101636766984042.html#:~:text=Now,%20a%20list%20compiled%20by,also%20feature%20on%20the%20list.
  16. https://www.business-standard.com/article/international/94-of-world-s-100-most-polluted-cities-are-in-india-china-pakistan-121112300020_1.html#:~:text=In%202020,%20India%20had%2046,polluted%20cities%20are%20in%20India.
  17. https://timesofindia.indiatimes.com/city/delhi/smog-tightens-grip-on-delhi-ncr-aqi-seasons-worst-at-471/articleshow/87669334.cms#:~:text=According%20to%20an%20analysis%20by,severe%20air%20quality%20at%204pm.
  18. https://www.theguardian.com/world/2020/dec/23/pollution-killed-nearly-17-million-people-in-india-in-2019-study#:~:text=Pollution%20accounted%20for%20nearly%201.7,the%20country’s%20toxic%20urban%20air.
  19. https://earthobservatory.nasa.gov/images/87429/fire-burns-in-mumbai-landfill
  20. https://www.indiatoday.in/india/story/india-s-trash-bomb-80-of-1-5-lakh-metric-tonne-daily-garbage-remains-exposed-untreated-1571769-2019-07-21
  21. https://theprint.in/india/pm-calls-for-week-long-garbage-free-country-but-india-is-the-worlds-highest-waste-generator/478889/
  22. https://www.thehindu.com/news/national/india-needs-new-delhi-size-landfills-for-waste-by-2050-report/article19144908.ece
  23. https://timesofindia.indiatimes.com/india/india-among-the-top-five-countries-in-e-waste-generation-assocham-nec-study/articleshow/64448208.cms
  24. https://www.psa.gov.in/mission/waste-wealth/38
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