RT Bloomberg Live (@BloombergLive)NOW: #BloombergGreen at #COP30 begins. Don’t miss conversations with Brazil’s Minister of Finance @Haddad_Fernando, @theGCF’s @MafaldaDuarte, @rkyte365, @EBRD’s @OdileRenaud, and more.https://t.co/PndecFa13N ...

Technological change > climate change. https://t.co/D9a7wGZrIn ...

Group 1 - Global efforts to reduce emissions are expected to accelerate significantly post-2030, according to an analysis by the London Stock Exchange Group (LSEG) [1] - LSEG's analysis indicates a potential additional reduction in greenhouse gas emissions of up to 18% over the next five years compared to existing 2030 targets [2] - Only 64 countries, accounting for about one-third of global emissions, submitted Nationally Determined Contributions (NDCs) by the September 30 deadline, raising concerns about the ambitious climate agenda at the upcoming COP30 summit [3] Group 2 - An inconclusive COP30 summit could derail the NDC process, while firm commitments from major actors could reinforce the Paris Agreement and the NDC mechanism [4] - The 2035 targets set by G20 economies, representing 71% of the group's emissions, indicate substantial new climate commitments, implying a reduction of 3.3 to 4.4 gigatons of carbon-dioxide equivalent compared to the 2030 NDCs [5] - Faster emissions reductions are primarily linked to progress in China and Turkey, while the European Union is still seeking consensus on its emissions plan [6] Group 3 - Progress on NDCs has significant implications for companies and investors, as they will face increased transition risks due to government efforts to accelerate the shift to a low-carbon economy, along with growing physical risks [7]

- The political time horizon is quite short. And so as a company, the position that we take, and you may find this surprising, we don't advocate for policies that benefit our company per se. We advocate for the right kind of policies associated with our industry that we think is best for society.- Darren Woods, thanks very much for joining us here and for agreeing to be on this episode of "The Leaders Podcast." - Well, thanks for the invitation, it's good to be here. - Yeah, great to see you again. So you'v ...

When I was in high school, my dad was a prepper. He was stockpiling food, weapons, the usual. Of course, as a high schooler, I was like, "Whatever, Dad. I'll tell my friends about our rice and bean stockpile if I want to tell my friends about our rice and bean stockpile. The first rule of prepping is that you don't talk about prepping.It was a lot. But on some level, I understood his motive to have the means to take care of us no matter what happened. And I also understood the fear.I knew kids who had been ...

Nuclear Energy Safety and Public Perception - The industry addresses misconceptions about radiation harming human life, potential radioactivity leaks from nuclear power stations, and the permanent hazard of spent fuel [1][2] - Early radiation safety standards, based on limited low-dose data, led to overly cautious regulations, which the industry now believes are not entirely supported by more recent data from nuclear plant workers and medical patients [5][6] - The industry emphasizes that low-dose radiation exposure within prescribed limits is not significantly harmful to human health, supported by epidemiological studies showing no abnormal cancer increase in plant workers and surrounding communities [7][10][11] - Regulatory boards prescribe a maximum dose of 1 millisievert per year for the public, which is less than half of the natural background radiation dose and significantly less than a chest CT scan (6-7 millisievert) [8][9] Spent Fuel Management and Reprocessing - India, unlike the USA, reprocesses spent nuclear fuel to extract reusable uranium and plutonium, as well as useful radioisotopes [13] - Reprocessing of one ton of spent fuel can generate 336 million kilowatt hours of electricity, with over 99% being uranium and plutonium that can be reused or safely stored [14] - Useful isotopes extracted from spent fuel, such as strontium-90, cesium-137, and americium-241, have applications in blood irradiators, cancer treatment plaques, and deep space missions [14][15] Nuclear Energy and Climate Change - Nuclear power is presented as a clean and concentrated energy source that does not generate carbon dioxide during operation, crucial for mitigating climate change [18] - While solar and wind energy are vital, they are intermittent, unpredictable, and require significantly more land compared to nuclear power (a 1,000 megawatt electric nuclear power station requires 1 square mile, while solar requires approximately 45 times more) [19][20] - India aims to increase nuclear power generation from 8 gigawatt electric to 100 gigawatt electric by 2047, a 12-fold increase, to achieve net-zero carbon footprint by 2070 and improve the human development index [20][21][23]

Climate Finance - Projects combining private and public capital to cut emissions or adapt to climate change have stalled at a dangerously low level [1]

Asia lags behind the US in aerial reconnaissance, but with warming temperatures threatening to make cyclones more destructive, better data is critical, writes @maryhui https://t.co/0KofQaxPUx ...

Scientists at the top of the world are racing to uncover how rapidly the Arctic’s permafrost is thawing. https://t.co/d7rdz0CGir ...

It’s more than you might think. Startling new data show how closely the problems of climate change and health are intertwined. Our charts and maps show where people are most at risk https://t.co/zpCJEpCoQd ...