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science2017.globalchange.gov | ||
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nca2018.globalchange.gov
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| | | | | This report is an authoritative assessment of the science of climate change, with a focus on the United States. It represents the second of two volumes of the Fourth National Climate Assessment, mandated by the Global Change Research Act of 1990. | |
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notrickszone.com
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| | | | | [AI summary] The provided text discusses various aspects of climate change, including temperature trends, extreme weather events, and precipitation patterns. It highlights that while some regions have experienced drying trends and changes in precipitation, there is no clear evidence of global mean precipitation increase. The text also addresses the impact of global warming on cyclone activity, tornado occurrence, and hurricane intensity, suggesting that some trends may not be as alarming as previously thought. Additionally, it touches on the role of climate models in event attribution and the challenges of interpreting climate data accurately. | |
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judithcurry.com
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| | | | | by Bruce Peachey and Nobuo Maeda Contemporary climate models only include the impact of water vapor as positive feedback on warming; the impact of direct anthropogenic emissions of water vapor has not been seriously considered. Background Recent climate change and increasingly scarce fresh water resources are two major environmental issues facing humanity. Water vapor is... | |
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www.easterbrook.ca
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| | | The story so far: First, I argued that Climate Science is inherently a Systems Discipline. To develop that idea, I described two important systems as feedback loops: the earth's temperature equilibrium loop and economic growth and energy consumption. Now it's time to put those two systems together... First, we'll need to capture the unintended consequences of burning | ||
