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The Third Biennial Update Report at COP26 Glasgow shows where India stands on renewable energy, solar, forest cover enhancement, and improving carbon intensity in its climate change efforts so far.  For instance a 17 times increase in solar in the last 7 years to 45 gigawatts, with target of 450 gigawatts by 2030. In carbon intensity 24% improvement between 2005-2014. Scientist Bhatt presented the report for India's Environment Ministry saying India represented 17% of the world's population and historically 4% of world carbon emissions, today 5%. Improvements of carbon intensity per unit of GDP planned under Mod's plan for 2030 require 45% reduction in carbon intensity by 2030. This suggests the trajectory of China will be avoided where highly polluting parts of industries such as steel and cement were left unregulated and lacking strict supervision leading to rampant pollution in 2000-2021. Mr. Birol, head of the Renewables Energy Agency said on BBC's "Hard Talk" program recently that if you combine all of China's steel and cement factory carbon emissions, that alone would equal the total sum of carbon emissions of the whole European Union today. A quick look at a graph of global carbon emissions trajectories shows three fold increase of China's carbon emissions from about 4 billion tons to 12 billion tons between 2000-2021, the period and the explosion of carbon that is the one activity that singlehandedly created the crisis of climate change today. By comparison US remains at about 6 billion tons of emissions, and EU, US, Britain Japan show flat trajectories. Business, globalization interests, US and European financial interests, and local governments in China that financed this explosion in steel and cement ignored the implications of so much pollution in so short a time through unregulated activities- writing a chapter of failure with most of the world's people left to bear the results of such a failure.  It is this that India plans to correct with a 45% improvement in carbon intensity per unit of GDP by 2030, and nothing could be more important in the government's plan than this. New technologies will be key for this. Modi and India realize how vulnerable India is to floods, drought stricken areas, shortages of water, and climate extremes, and see these plans as critical for healthy growth that benefits all of India's people and regions, It is a long term vision like no other today and sets a new direction for all developing regions of Asia, Latin America and Africa. As India leads the way in new technologies and ambitious programs such as one solar, one world, one grid, these technologies will also break open new paths for the regions of the world that need this most from Brazil to Indonesia.  China too suffers from the impact of so much pollution. Even as early as 2010 reports showed the higher pollution had lowered life expectancy in northern region of China compared to its southern region. Yet the most polluting factories were not removed and only recently is the activity being conducted seriously leading to the shortages of fuel from so much overexpansion in the boom years, and making adjustments done abruptly today more difficult.   ...

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Eminent climate ecologist Nicholas Stern says India's commitment by 2070 demonstrates real leadership from Mr. Modi of India.The Guardian says India's commitment to net zero emissions by 2070 is realistic considering that it is decades away from its peak in economic growth and energy consumption compared to US or even China. Energy consumption is expected to grow faster than any other country in the next few years. India's population is also expected to pass that of China as the largest in the world. The Guardian says climate experts who did the modeling have said this was the most realistic scenario for India - to achieve net zero emissions by 2070. This also means India's peak energy emissions will be reached by 2030. Eminent climate ecologist Nicholas Stern says - "This was a very significant moment for the summit. This action might mean India's annual natural greenhouse gas emissions could peak by 2030. This demonstrates real leadership from a country whose emissions per capita are about one third of the global average."  Also significant is Mr. Modi's pledge to deliver on 5 commitments 1. 50% of India's power to be generated by renewable energy by 2030. 2. Increase of 500 gigawatts of renewable energy including solar by 2030. 3. Reducing carbon emissions by 1 billion tons by 2030. 4. Reduce carbon intensity of the economy by 45% by 2030. This relates to how efficiently energy is used to generate 1 unit of economic GDP. With 1.3 billion people India is the third largest emitter of carbon dioxide- at about 3 billion tons- after the US and China. In growth terms this means India is going to grow very differently from the way China did in 2000-2020 with its many highly polluting industrial plants. The head of the US Renewable Energy Agency Mr.Birol says in a BBC intervew that the cement and steel plants alone of China have more emissions than the whole of the European Union's total emissions. Much of this comes from old plants and old technologies with surplus production of steel from what is now a bygone era of excess, inefficiency and chaotic growth. India plans to bring climate change emissions and energy efficiency through renewables into its Gat Shakti master plan for the country's economic.development. ...

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To make a dent in carbon emissions governments in Europe and North America need to support the use of low carbon solar panels in solar facilities installed there. This would enhance solar energy panel production in the US and Europe, India, other countries. Experts say the use of solar panels made using electricity from coal use in China creates more emissions in China while reducing emissions in the West. The result is that global emissions remain the same as if no solar panels were installed.  The global solar panel production is mostly concentrated in China because of the lower cost of electricity from coal used in production of panels- a critical factor in the lower prices of Chinese made solar panels. This allowed China to gain a monopoly in production of  world's polysilicon, an essential component in solar panel production, that consumes large amounts of electricity in the manufacturing process.  This use of coal generates twice the amount of carbon emissions in China than the solar panels made in Europe, say experts. As a result the governments and companies in Europe, US and India are shifting to local manufacturing of solar panels. ...

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The Paris climate change agreement involved 195 countries. Agreed to on December 12, 2015 it was seen as a major step forward to limit global warming to 2 degrees celsius or 3.6 degrees Fahrenheit. Progress has been slow in taking action since then. Because of covid 19 the Glasgow conference was cancelled. Hope stems from the goals set for carbon neutral economy of Japan, the EU, UK, China, and the U.S. as it enters the agreement after withdrawing.  Much will depend on action taken as the pandemic has pushed economic goals of recovery to the forefront. As India has shown in renewable energy, particularly in solar energy targets and bold vision, there is a lot that can be done by each country acting on its own without the hype of the agreement. India now sees huge opportunities in solar energy because it is cheaper and pollutes less than coal. This is a game changer that comes from investing in new technologies and taking advantage of India's abundant access to sunny weather and the lower labor and other costs. ...

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EIA says half of the benefit of higher fuel efficiency standards for Automobiles 2010-2020 in US was lost because of SUV's and the incentivizing of SUV's in the 2006 CAFE standards have made things worse. The first SUV's came in the 1980's. By 2004 SUV's made up half of car sales and by 2025 outsold cars 2 to 1. What if we took all SUV's and large cars off the roads, or even some of these SUV's by deincentivizing of SUV's in the US CAFE corporate fuel efficiency standards? What would be the savings in crude oil and in carbon footprint? Would it be about the same as releasing an additional 400 million barrels of oil into the markets in addition to the 400 million barrels that are now released through EIA and member countries? This New Yorker essay touches on this idea. During the Iran war the volatile Middle East as a source of oil supplies is a major problem for countries. Some are rationing supplies and in one country 40 million children are not going to school for 2 weeks starting this week because of the sources of oil are so precarious, government offices will only have half of the employees, the rest working from home (almost like Covid pandemic). Many other countries face that situation. The International Energy Agency recently reported that, if “SUVs were an individual country, they would rank sixth in the world for absolute emissions in 2021, emitting over 900 million tonnes of CO2.” The agency says governments must redesign their CAFE standards and their policies so that it would reduce S.U.V. sales, tax gas guzzling vehicles. EIA cites governments in the EU doing this- “Some governments have already started introducing relevant measures, such as France and Germany, which have put a tax on large and high-emissions cars.” Within SUV's also there is an opportunity to reduce the size and make more efficient space utilization designs. Small savings also add up. One has to realize that the current freedom to use energy freely in places like the US with self sufficiency in oil comes with a sense of responsibility for using it wisely so that it can be exported to cut the trade deficit, precisely what the president is doing with India, to cut a trade deficit of $58 billion before it gets to $100 billion. Section 301 is already in place for investigations by the US of 18 countries for a new basis to use tariffs after the Supreme Court decision. A similar approach is taken with EU for hundreds of billions of reductions in trade deficit that will only strengthen the US dollar and the US economy in the long run , and be good for stock markets and jobs as it reduces oil prices and increases the manufacturing capacity/cost for the Nation. Europe, India and China can do the same. Remember that in 2010 SUV's made up 17% of total world sales, and by 2025 SUV's made up 46% of world vehicle sales. This would create another 400 million barrels for the oil markets, which would triple what was released through EIA  this week to 1.2 billion barrels and this would create 120 days of supply replacement for the 10 million b/d lost from Straits of Hormuz, and effectively end the Iran War as it would be clear that prices can be kept low even in the $50's. Essentially buying time till the SU can get more production in Venezuela and other parts of the world to replace much of the Middle Eastern oil that is ending up in a quagmire. This is the best way for the US and Europe, India, China to ensure jobs growth, economic growth with low cost crude oil in the $50 range and ensure much of the poorer countries like Egypt and Indonesia, Vietnam, Sri Lanka, Pakistan, Bangladesh, have access to oil at prices they can afford and eliminate poverty. ...

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India is expected to become more urbanized by 2030 with people living in cities growing from 285 million in 2001 census up to 590 milion, producing 70% of national income. This means issues of climate change are not just about the environment- they are development issues and how to find better ways to plan future low-carbon infrastructure from the early stage. Also learning lessons from the chaotic development in China that in the rush for development allowed the air, water and environment to be hugely polluted.

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That India is meeting and exceeding goals set under the paris Climate Change agreement is a great achievement of the last 6 years says this Hindustan Times editorial. India's achievements in solar and other forms of renewable energy have been achieved with a bold vision and strong effort of its own showing that climate change agreements are not the only way to tackle climate change. As one of the major users of energy from coal and fossil fuels India's bold action makes a huge difference for the world. As China, EU, Britain and Japan commit to a net zero carbon target India is now one of many countries in the competition to reduce fossil fuels. This also means HT says that India must now be prepared for technological competition as well as shift to renewable energy sources. The return of the U.S. to the climate accords now positions both countries to benefit from each others advances in renewable energy. Partnership with Britain and Japan also offers new possibilities for technology access and sharing so that more gains can be made to benefit India's and the global environment for clean skies, clean air and clean waters. ...

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A quick look at the graph in this Times Report shows the carbon dioxide CO2 emissions for the US, European Union, China and the Rest of the World in 2020. For the EU it is about 3.0 billion tons of CO2 emissions, for US it is 5 billon tons, for China 10 billion tons and the Rest of the World 16.0 billion tons. What this tells us is that a lot will depend on not just China, but India and other countries such as Brazil, Mexico, Indonesia in the developing world for how much CO2 emissions can be reduced to tackle climate change and other environmental problems.  For that 16 billion tons in the rest of the world reduction will depend on renewable supply and technologies to do it, rapid growth of economies in India and other countries to generate the resources and technology initiatives to get a shift from coal. Meanwhile it is a choice between having electricity for homes in rural areas in India or not. This is where bright spots such as solar technology in India that are giving quantum leaps for renewable solar energy with new technology cutting cost in successive waves of development can play a part.  ...

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It is well known that rail has a smaller carbon footprint than automobile travel. The why is Amtrak suffering neglect for so long in the US when it is well funded in Europe, Japan, China and India? It is because of deliberate neglect by many administrations and by the US Congress through lack of funding for new trains, new technological investment, and investing in its infrastructure. President Biden is changing all this with investment of about $66 billion. He used the Acela fast train service for decades from Washington DC to Wilmington. WSJ shows how a new Amtrak is emerging with many new routes, new stations,  and none of the delays that freight railroads imposed on Amtrak for decades. Amtrak is now fighting the freight railroads in court and has the support of the Biden administration.

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An Indian born researcher takes on the mission of saving German forests and making them more resilient to climate change. Somidh Saha is at the Karlsruhe Institute of Technology. In this video from DW.com he shows what is being done in Germany to protect forests.  Woodlands are under threat worldwide from urbanization and industry. About 80% of German trees are not in good health according to a German government study. Damage is shown being done by the bark beetle to trees already weakened for other reasons including drought. Saha says one has to be careful in evaluating how much of a country's space is healthy forests. In India he says it is sometimes said that 21% is forest land. Yet this includes plantations of many kinds- tea, rubber, coconut and so on. The healthy part of forests of high quality and suited to wildlife is a much smaller part of India. The COP26 in Glasgow was unique in one way- for the first time a zero deforestation target was set for the world. World leaders promised to end deforestation by 2030. Protecting forests protects the planet from climate change as forests act like a carbon sink.   ...

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PM Narendra Modi addressed a World Bank organized "Making it Personal: How behavioural change can tackle climate change" conference. Modi called it part of democratising the battle against climate change. "Simple acts in daily lives are powerful, there will be a very positive impact on the environment. The people of India have done a lot in this matter in the last few years." "People driven efforts improved the sex ratio in many parts of India. It was the people who led a massive cleanliness drive. Be it rivers, beaches or roads, they are ensuring public places are free of litter. And it was the people who made the switch to LED bulbs a success. Nearly 370 million LED bulbs have been sold in India. This helps in avoiding 39 million tons of carbon dioxide emissions every year." The Mission Life Modi introduced with the Secretary General of the United Nations has achieved much in India- "The farmers of India ensured the coverage of nearly seven hundred thousand hectares of farmland by micro-irrigation. Fulfilling the mantra of 'Per Drop More Crop', this has saved a huge amount of water. Under Mission Life our efforts are spread across many domains such as: Making local bodies environment-friendly, saving water, saving energy, reducing waste, and e-waste, adopting healthy lifestyles, adoption of natural farming, promotion of millets." ...

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The astounding fact in this French FR24 report on the Paris Climate Change Agreement and country carbon emissions show that China's emissions accelerated to rise 3 fold in 2015 to about 12 billion tons of carbon emissions from about 4 billion in 2000. US remains at about 6 billion. India is at about 3 billon tons of carbon emissions, about where China was in 2000 when it had about 4 billion tons of carbon emissions. This is shown in the graph on carbon emissions from FR24. The US, European Union graph curves on tons of carbon emissions since 2000 are all flat or declining, India rising slowly from a small base, China's curve is rising straight up from a large enough base at an unbelievable and dangerous rate. What has happened and is it getting worse? China's economy expanded too quickly as globalization was accelerated by banks, and business in the US and Europe, and by the Chinese governments at the local level and the state level. This had negative consequences for US, Europe and China. The too fast growth in China at rates of 10-15% based solely on False GDP indicators that did not take into account damage to the environment and workers was that it hurt manufacturing and working class in US and Europe and contaminated the environment. This was not like growth of Japan in 1960-1980, a smaller country in the way it affected the US and European working classes. Hyper Growth at 10-15% of a large country with 1 billion people compressed over a short period, is cited by Greg Ip in the WSJ as the cause of the negative impact on America.  It hurt China through pollution of rivers and land at an accelerated pace. It hurt China as trade with US and Europe became unsustainable with the loss of manufacturing in the US and Europe leading to a trade war. From these graphs of emissions it now appears that the 3 fold rise in carbon emissions from about 4 billion tons in 2000 to about 12 billion tons in 2015 is the result of unregulated business activity of all those who preferred to push hyper growth in China purely for reasons of profit such as investment banks and corporations in US, Europe, and state or local companies in China.  This has also aggravated inequality in US, Europe and China, and hurt rural populations. Xi Jinping is attempting to correct this in China, Biden is trying to correct this in the US, and Scholz will now attempt to correct this in Germany and the European Union. It is also to be noted that China in 2000-2015 did not have the benefit of the newer technologies that India now has access to, which is why India says it is able to reduce carbon emissions per each unit of GDP by 35% from 2005 levels by 2030. It is this efficiency in producing units of GDP with newer and newer technologies that China lacked in its period of hyper growth 2000-2015 that now looks to have hurt China- with overflow of highly polluting steel mills and other factories which it would prudently and wisely have cut back on. Looking back at this period one sees the wholesale transfer of highly polluting plants in Germany being sold and put up in China, a poor developing country in 2000. Was this a good decision for Germany or for China? In this way the banks and large corporations in the US and Europe who use economic indicators that are limited such as dollar profits, without overall indicators that include negative effect damage to the environment that requires huge investments to correct, problems of trade wars leading to political conflicts, are acting like a person walking blindly in one direction.  With some foresight China and all its trading partners would have done better with slower but more careful Chinese growth of 7-8% that would have better met societal goals in US, Europe and China, avoiding high carbon emissions segments of industries from Day 1. Jinping is doing this in China, and Biden is doing this in the US- cutting out highly polluting factories and segments of industries- but in a climate of mutual distrust, which could have benefitted the world when conducted in a climate of cooperation and trust. The pandemic made the situation even more difficult. Power shortages in factories and blackouts in Chinese cities have led to a reversal of policies on use of coal in China months before the COP26 Glasgow conference and G-20 summit leaving a huge gap. Without the presence of Xi Jinping at COP26 in Glasgow and with Chinese participation uncertain significant progress on climate change is elusive. Estimates by US Renewable Energy Agency is that it would cost $131 trillion to pay for limiting emissions to global warming of 1.5 degrees Celsius. Some major share of this cost can be attributed to the increase from about 4 billion tons in 2000 of carbon emissions in China to about 12 billion tons in 2015, increase by 3 times. One can clearly see from this sudden jump in carbon emissions in China that policies of hyper growth with unregulated polluting industries adding to GDP growth figures was bad policy for China, bad policy for US, and Europe, even if it offered temporary profits for individual companies. India has the advantage of learning from this experience and charting its own wiser course as a partner with US, Europe and Japan and by Modi's vigorous efforts in renewable energy. The lesson- look at all indicators of progress, including climate and society, not just economic indicators in profit or dollar terms, take the tough decisions early in regulating polluting companies and industry segments, and bring full and active public participation with transparent access to data on climate damaging activity in real time because climate and the environment we live in free of polluting substances belongs to all the people, belongs to all life on the planet from trees to animals and birds, not companies that can choose to ignore it. ...

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A Japanese scientist at Princeton University has done work since the 1960's to show that increased level of carbon dioxide lead to increased temperatures on the surface of the earth. Syukuro Manabe at Princeton was honored for this work with the Nobel Prize in Physics. Also honored is a German scientist Hasselmann who showed the connection between weather and climate with his own model. His research shows methods for attributing various impacts on climate of human activity and natural phenomena. Also honored is Italian scientist Parisi for his work on complex systems uncovering patterns in disordered complex materials.

Today's understanding of how the use of coal and other fossil fuels at the scale done in China, Europe, US and India is affecting the climate comes from the work of these three scientists.

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PM makes a point at G7- should not the 1.4 billion people of India most of whom are poor have the same access to energy as the people in the rich countries of the G7? It is to ensure this access to energy for the over 1 billion people in India that India has sourced oil from all countries when geopolitical tensions have made the price of oil to jump to new highs. Modi told a session at the G7 meetings- "All of you will also agree with this that energy access should not be the right of the rich only- a poor family also has the same right to energy. And today when energy prices are sky high due to geopolitical tensions, it is more important to remember this thing." Modi said that it was by "taking inspiration from this principle" that "we delivered LED bulbs and cooking gas door to door in India and showed that millions of tons of carbon emissions can be saved while ensuring energy for the poor." Never before in history has this been done on this scale as hundreds of millions of women have benefitted in poor areas where cooking was done by burning wood, and electricity did not exist. Water by tap water in every home, cooking gas, and electricity are now within the reach of every family in India.  Has G7 even thought of these things? And of the scale of the challenge that is being met and the future challenges for climate, technology and health that are being tackled on an unprecedented scale? ...

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With the change in U.S. position on climate change, carbon emissions, and the move to raise tariffs on China's exports to the U.S. China faces a new dimension in its global relationships. Against this background China is shifting to a long term view of its relationship with India. China's new foreign policy leaders after the recent party Congress, vice president Wang Qishan and Foreign Minister Wang Yi, now see the need for new partners in a multipolar global world for the long term as China and India countries with large populations and a need for stable world trade share common interests. Wang steers the Central Foreign Affairs Commission with Yang Jiechi as director. China now sees " a lot of shared interests, concerns and positions," in the words of China's Representative Lu, in the long term issues of globalisation, urbanization, pollution, and concern for achieving stable development with high growth rates.  China now takes the long view looking back at the unprecedented change of the last 100 years, as it maps out its plans for the future. The U.S. has challenged the ideas in the blueprint for development of "Made in China 2025," particularly as it relates to western transfer of technology to China. This has created a new situation for which China is still looking for answers, and ways to come up with new strategies for development without the nearly unrestricted access to western technology of the last 2 decades.  Shared positions on world trade with India and India's close relations with the U.S. add credibility in China's  negotiating positions with the U.S.                  ...

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Hear this America- Calling something that is all around us a hoax is not like telling a lie on media. Calling a thing a hoax when it is a growing Threat has Big, Big, Big consequences that you might not even want to think about. Project 2025 and "Drill Baby Drill" would create billions of tons more of carbon pollution and destroy any climate change action that would help control climate change- causing even bigger fires and sudden floods all over the world. The cost says think tank Energy Innovation is 2.7 billion tons of carbon pollution- what India emits in 1 year- and 1.7 million job losses by 2030 from jobs lost in renewable energy including small offset from fossil fuels. The cost would be at the minimum over $1 trillion dollars to repair by 2028- the cost of not taking action on climate change for four years, of additional floods and fires larger than ones before,  and of tackling the additional damage to the climate, the loss of the technological advances needed over next 4 years, the investments needed to tackle a much larger problem than it is now. It would require larger deficits to tackle and risk the health and well being of future generations. For the US compared to China the consequence will be a severe loss of technological advantage in the technologies for renewable energy that no longer, no longer have the support of the government as they do in China.   ...

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The auto sector has an outsized effect on economic growth that is not easily grasped. The IMF sees a fifth of slowdown in growth of global gross domestic product and a third of world trade coming just from low demand for autos. The auto sector feeds into demand for steel, aluminium, copper, plastic and electronics, so it feeds into other sectors. Aging populations, stagnant incomes, ride sharing, and economic headwinds on trade for China, slower demand with lower economic activity in India from bad loans and low credit in the finance sector, all have cut into growth. Tariffs from president Trump and tit for tat tariffs increase costs and cut into profits. In Europe there is added factor of mandated drop in carbon dioxide emissions by 20% by 2021. The new technology will increase costs of autos by 800 to 5000 euros and add 5-11% to the selling price, reducing sales by about 5%.  A fast growing market is India but companies such as Ford and GM have moved out as it slows down. Higher emissions standards in India for 2020 are likely to increase prices in a very price sensitive market. Lower availability of credit in China and India have led to drop in sales of about 15% in both major markets for autos since mid 2018.   ...

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Climate policy changes lead to $1.3 trillion savings according to analysis from DJT administration and EPA's Zeldin, with $1.1 trillion in savings from lower vehicle prices which addresses unaffordability of cars. Using the average price of a new basic Toyota Corolla the price in 2020 was $19,000 which has gone up to $23,000 a price increase of 21% by 2025 over a 5 year period. The cost in 2026 of operating a Gas powered vehicle is on average about $2500, for EV car about $1000 with $1500 in savings per year for EV's that need to be figured into the equation at gas prices that prevailed in 2024 of $4-$5 per gallon . At prices of $3 per gallon the gas costs come down to $1200 when driven 12,000 miles at 30 mpg for 400 gallons of gasoline consumed. This makes the difference between gas and EV yearly savings on gasoline costs down to about $200 from $1500. This makes gasoline powered cars attractive as car companies can reduce EV investments and pass on some of these savings in lower car prices in 2027 in exchange for favorable rules on emissions and EV transition dates.  Are there losses through the emissions and climate change? The DJT/Zeldin EPA analysis points to global climate emissions from China and India (the coal powered plants) continuing at a pace that would determine the overall change in climate for 2026-2027. In this kind of approach the goal is to make cars affordable over a 2-3 year period for US and European carmakers who would be expected to cut prices. It is about flexibility in fighting the Cost of Cars a big component in the Cost of living with housing as the next large component. It is not a long term strategy, simply one that offers a flexible approach. Will the US, Europe and Japan fall behind in EV's technology? Hybrids a focus of Japanese cars will continue to advance that technology which is becoming a preference where it is affordable for customers. Toyota for instance will have a wide lead in hybrids technology by 2030. Much of the Chinese market will have EV's and the EV's technology will advance in China in 2026-2027, and tariffs will be needed to protect European and American carmakers for 2026-2028. It is a strategy tradeoff to deal with the cost of living crisis in US, Europe and Japan answering call for a flexible approach that was also heeded by the Biden administration in relaxing carbon emissions rule changes. It will require automakers to step up and cut prices for gasoline models for buyers at the entry and lower range for affordability by 2026-2027. What about climate action? The strategy is based on the idea that climate action requires India and China (coal powered plants) on board to make a real difference so that over 2-3 years to 2027 the US, Europe and Japan need to address affordability for the lower end entry cars. There is an element of denial of climate change in parts of the DJT administration in the US but not in Europe and Japan. It is also true that leading DJT administration officials Secretary Bessent see the problem of climate as real and one that needs to be addressed yet leaving room for flexibility to tackle affordability crisis for ordinary workers with low incomes struggling to make a living. Bessent and others in the DJT administration are calling for using all of the resources to address needs of people struggling to make a living, and for a strategy for the US to get back its manufacturing capacity from China and for rebuilding the US economy after deindustrialization (caused by Clinton's huge US economy shattering failure to provide safeguards for abuse of the trading system by China in signing a poorly drafted agreement for China's entry into WTO at the end of his term in 1999-2000 just when he had fought impeachment.  ...

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On World Soil Day DW.com provides this reminder about how important soil is to our life. It is a reminder too of the all things that are really important during the pandemic. Few remember the words of FDR in 1937 during the Dust Bowl days in America when overplowing and displacement of prairie grasslands that anchored the topsoil reduced once-fertile plains to parched, barren wasteland that were swept by dust storms. This was brought to life in Steinbeck's novel Grapes of Wrath. American president Franklin Delano Roosevelt (FDR) said in 1937 that "a nation that destroys its soil, destroys itself."   This is true for India and all parts of the world, now more than ever. The promotion of ancient grains by Mr. Modi in India helps in the way that crops can be varied so that the soil can regenerate itself, and is not drained of nutrients with one or two crops such as rice and wheat. A 2015 study by University of Sheffield in UK showed that one third of the world's arable land  was lost to pollution and erosion in the last 40 years. That study says it takes 500 years to form one inch of topsoil. Countries like India cannot afford land degradation and Modi's emphasis on improved practices in agriculture away from pesticides and careful use of chemical fertilizer, with natural substitutes in traditional agriculture taking precedence, cannot come at a better time. Healthy soils also create carbon sinks storing greenhouse gases and reducing climate change. A square meter of soil can contain 10,000 different species of worms, insects, bacteria and fungi, with a single gram home to a billion bacteria. Rich fertile earth that nourishes ecosystems is a world apart from the dust storm swept land that led to crop failures in Depression period America, leading to farmers migrating and poverty, Some of the agricultural practices that promote biodiversity are more labor intensive, and suited to India, and can actually increase agricultural production. With the added advantage of produce being organic. It can increase crop yields through better biodiversity, to yield 2.3 billion metric tons of additional crop yields per year worldwide, worth 1.24 trillion euros, (imagine that) according to the International Union for Conservation of Nature, cited by DW.com. For Indian farmers this is a great opportunity in agriculture to improve agriculture and increase incomes. It is also an opportunity for farmers everywhere, in Europe, America, other parts of Asia, Latin America and Africa. ...

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Wang Yi, a senior adviser for China's decarbonization strategy and 5 year plan has this to say about China's approach to climate change. Yi says it is more important to focus on what actions are to be taken between now and 2030. Here he says China has outlined concrete steps that it will take that the world media has not covered in its coverage of COP26 Glasgow. Yi says China is making changes to its entire system not only its energy sector, across the whole society and the economy. Yet he says "nobody knows this." The working guidance document for carbon control China has put out says it will peak coal consumption by 2025.  Yi says it is unfair to ask China to close all coal powered plants, saying that if these plants with a life of 10 years were closed now who will pay for stranded assets and who will hire the laid off workers. He called attention to western nations failure to provide climate finance to China, India and developing countries. And he called attention to the the plans that by 2030 Chinese investment is to have 1200 gigawatts of installed solar and wind energy, more than the entire installed electricity capacity of the US. He says we are all in the same boat yet in different cabins, with some living in bigger space and consuming too much. ...

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India's leading energy official, Anil Swarup, the Coal Secretary, says India has to depend on what is available, with slow progress on nuclear power there is not much else. As India increases its growth rate to 7-8% India will increasingly be dependent on coal. The Modi government plans to double coal production. About 300 million people in India have no access to electricity. The country faces energy shortages in other areas. Even with a push for renewable solar and wind energy, coal is expected to provide 60% of energy needs in India in 2030. One government model shows solar and wind increasing from 6% to 18% by 2030. India points to per capita emissions which are 1.7 for India, 6.2 for China, and 17.6 for the U.S., according to the Carbon Dioxide Information Analysis Center.

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World leaders meet at the UN for action on climate change, especially Obama and Hu Jintao of China who represent countries that generate 40% of carbon emissions worldwide. Hu set the target for nuclear power at 15% of energy for 2020 from 8% now, and India set atarget of 20% for renewable sources of energy for 2020. President Obama said he saw the need for the developing industrial nations, by which he meant China, India and Brazil, to adopt targets for curbing emissions in any agreement, but Hu Jintao was vague about any specific targets. So the gap remains as the US goes to the Copenhagen talks on climate change in late 2009.

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Joydeep Gupta, director for South Asia at North Pole, environmental news site, says 2050 is important but even more important is what India does now. This is why what Modi promised at COP26 Glasgow for 2030 matters- achieving 500 gigawatts of renewable energy capacity, improvements of 45% in reducing carbon intensity, and cutting carbon emissions by 1 billion tons. Here Gupta looks at what India will be doing, the obstacles and ways of achieving these goals.

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Japan's energy efficient industry is a role model for the western world and for India and China. For years Japan has had a national consensus on consuming less energy an industry has focused on developing energy efficent technologies and investing in it even when oil prices were low. Japan wants to now contribute to the world in this area at the G8 summit on the island of Hokkaido. According to the International Energy Agency in Paris, Japan consumes half as much energy per dollar worth of economic activity as the European Union or the United States, and one-eighth as much as India or China in 2005. According to the Japanese Economic Ministry data corporate Japan has kept its energy consumption annually at a billion barrels of oil since the early 1970's even as the country's economy doubled in size during the 1970's and 1980's. The Japanese steel industry invested $45 billion dollars between 1972 to 2006 in developing energy saving technologies, according to the Japan Iron and Steel Federation. By capturing heat and gases that go into waste JFE Steel at its Keihin mill on Tokyo Bay uses it to power generators that produce 90% of the plant's electricity. The Japanese government is now pushing an initiative that sets Japan's level of energy conservation as targets of global industries. For instance the group leader of JFE's climate change policy group says that by adopting Japanese conservation technologies the global steel industry could reduce carbon emissions by 300 million tons a year. The sector approach advocated by Japan means setting the same numerical goals for all companies in an industry, regardless of location. At next week's summit meeting Japan willl back an initiative that sets its conservation induced energy levels as the new standards for global industries. This will also promote the sale and use of Japanese energy saving technologies around the world....

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The US gets the lowest score among the large industrialized nations- way behind Europe- in its record on greenhouse gas emissions and air pollution policies, agricultural policies, smog, and other environment criteria in a survey done jointly by researchers at Yale and Columbia Universities. On regional smog the US has a very poor score.