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Climate change and its implications for the Rocky Mountain region

机译:气候变化及其对落基山脉地区的影响

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摘要

Global climate has changed and is continuing to change, largely as a result of human activities such as burning of fossil fuels. The authors used climate models to project changes in climate and precipitation in the Rocky Mountains and Front Range region in Colorado through the 2050s. Temperatures are likely to rise in this century. How this increase will affect precipitation is uncertain, and climate models do not agree on whether total precipitation will rise or fall. However, a rise in temperatures will mean earlier runoff, more evaporation from reser- voirs, and higher demand for water in the summer. To maintain current soil moisture and water levels, an increase in precipitation will likely be needed to offset higher temperatures. Water managers in the Rocky Mountain region are becoming more concerned about climate change and its effect on water supply and demand. The analysis presented here can assist water managers in their long-term planning efforts and help ensure that those efforts consider not only population and economic factors but also the implications of climate change.
机译:全球气候已经改变并且正在继续改变,这很大程度上是人类活动(例如燃烧化石燃料)的结果。作者使用气候模型预测了2050年代科罗拉多州落基山脉和前岭地区的气候和降水变化。本世纪气温可能上升。这种增加将如何影响降水尚不确定,而且气候模型在总降水量是上升还是下降方面并不一致。但是,温度升高将意味着径流更早,储层中更多的蒸发以及夏季对水的需求增加。为了保持当前的土壤水分和水位,可能需要增加降水量以抵消较高的温度。落基山地区的水资源管理者越来越关注气候变化及其对水供需的影响。此处介绍的分析可以帮助水管理人员进行长期规划工作,并确保确保这些工作不仅考虑人口和经济因素,还考虑气候变化的影响。

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