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Obvious reads to start - to re-read regularly
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Stunning press reads: collecting a few recente climate slaps in my face đđŒ
âThe worldâs biggest fossil fuel firms are quietly planning scores of âcarbon bombâ oil and gas projects that would drive the climate past internationally agreed temperature limits with catastrophic global impacts, a Guardian investigation shows.â â These plans include 195 carbon bombs, gigantic oil and gas projects that would each result in at least a billion tonnes of CO2Â emissions over their lifetimes, in total equivalent to about 18 years of current global CO2Â emissions. About 60% of these have already started pumping.â
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âIt is now too late to save summer Arctic sea ice, research has shown, and scientists say preparations need to be made for the increased extreme [heatwaves and floods] across the northern hemisphere that is likely to occur as a result.â âThe study also shows that if emissions decline slowly or continue to rise, the first ice-free summer could be in the 2030s, a decade earlier than previous projectionsâ
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At a wet-bulb temperature above 35°C, it is thought that even young, healthy people will die in about six hours
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Koonin implies throughout the book that climate scientists have conspired to downplay uncertainty and exaggerate the risk, apparently unaware of the fact that increased uncertainty means increased risks. Nowhere does he mention that climate sensitivity is described in the scientific literature by a probability density function that is highly skewed, with a long high-sensitivity tail that we cannot discount with certainty. Risk is the integrated product of probability and consequences. Itâs hard to argue that the consequences of climate change donât get worse with sensitivity.
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Venus may have had a shallow liquid-water ocean and habitable surface temperatures for up to 2 billion years of its early history, according to computer modeling of the planetâs ancient climate by scientists at NASAâs Goddard Institute for Space Studies (GISS) in New York. The findings, published this week in the journal Geophysical Research Letters, were obtained with a model similar to the type used to predict future climate change on Earth.
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