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Assessing Climate Change Impacts on Water Supply Reliability for Santa Clara County, California

机译:评估加利福尼亚圣塔克拉拉县的气候变化对供水可靠性的影响

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Future climate conditions will likely not resemble historic conditions, creating long-term planning challenges for agencies responsible for water supply and flood control. To help facilitate long-term water resource planning, we compiled climate change projections for the Santa Clara Valley in California. By using an ensemble of 10 climate models, we capture some of the uncertainty in future projections and assess changes in precipitation, temperature, and surface runoff for the 2025-2054 period. We use the surface runoff estimates to calculate inflows to local reservoirs that serve as an important component of the regional water supply system. We find model consensus for wetter winter conditions, which drives increases in wet year reservoir inflows. Changes in dry year inflows show insignificant changes with the future projections, at least for the early-to-mid 21st century examined here.
机译:未来的气候条件可能不会与历史条件相似,这将给负责供水和防洪的机构带来长期的规划挑战。为了帮助促进长期水资源规划,我们为加利福尼亚的圣塔克拉拉河谷编制了气候变化预测。通过使用10个气候模型的合奏,我们捕获了未来预测中的一些不确定性,并评估了2025-2054年期间降水,温度和地表径流的变化。我们使用地表径流估算来计算流入当地水库的流量,这些水库是区域供水系统的重要组成部分。我们找到了较湿的冬季条件的模型共识,这推动了湿年水库入流量的增加。干旱年份流入量的变化与未来的预测无关紧要,至少在此处研究的21世纪中叶至中期。

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