Posted and published by RFF-CMCC European Institute of Economics and Environment (EEEE) Climate change They are associated with ways to reduce the physical and macroeconomic effects associated with global warming.
Reduction methods for scanning end-of-century temperature targets often increase the temperature, which is the rate at which the temperature is allowed to exceed the temporal target. Little is known about the additional climate hazards caused by global warming, the scale of which is a function of many variables, including how rapidly human systems change, including social and economic and technological progress variables.
A study by the RFF-CMCC European Institute of Economics and Environment (EEEE) Climate change Evaluated the benefits of limiting overeating. Researchers calculated the potential effects of different temperature targets and excessive firing levels on a set of integrated evaluation models. They examined the physical and macroeconomic effects associated with the reduction of various temperatures.
“Our study,” said Laurent Drouet, senior scientist at EIEE and lead author of the study, “Our study clearly shows that overheating affects many important physical factors, such as extreme heat. Shooting results in significant reductions in costs and additional costs, and the study suggests the need to include low-carbon routes for climate change analysis.
This study includes nine global integrated evaluation models that are widely used to evaluate global climate change mitigation measures. All energy and land use systems have a detailed description and a wide range of decommissioning options. Drouet says, “This work provides a new bridge between the climate impact community that explores the costs and risks associated with climate change and the costs and risks associated with climate change. Limit temperatures. Reduces major impacts (correct tails of different impact indicators) and ultimately reduces reduction costs.
Scientists’ project increases the risk of water supply in South Africa in this century.
Lawrence Drought: Net Zero Exit Routes Reduce Physical and Economic Risk of Climate Change Climate change (2021) DOI: 10.1038 / s41558-021-01218- z. www.nature.com/articles/s41558-021-01218-z
Presented by the CMCCC – Euro-Mediterranean Climate Change Center
QuoteNet Zero Exit Routes to Reduce Environmental Disasters and Climate Change (2021, November 29) November 29, 2021 from https://phys.org/news/2021-11-net-zero-emission-pathways-environmental. -Economy.html
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