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The Distribution and Prediction of Summer Near-Surface Water Temperatures in Lakes of the Coterminous United States and Southern Canada

机译:美国和加拿大南部湖泊夏季近地表水温的分布和预测

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The goals of the study were: (i) To describe the distribution of summer near-surface water temperatures in lakes of the coterminous United States and southern Canada (ii) to determine the geographic, meteorological and limnological factors related to summer water temperatures and (iii) to develop and test predictive models for summer near-surface water temperatures. We used data from the United States National Lakes Assessments of 2007 and 2012 as well as data collected from several different studies of Canadian lakes. Using multiple regressions, we quantified the general observations that summer water temperatures decreased when going from south to north, from east to west, and from lower elevations to higher elevations. Our empirical model using 8-day average air temperatures, latitude, longitude, elevations and month was able to predict water temperatures in individual lakes on individual summer days with a standard deviation of 1.7 °C for United States lakes and 2.3 °C for lakes in the southern regions of Canada.
机译:研究的目的是:(i)描述美国和加拿大南部沿海湖泊夏季近地表水温的分布(ii)确定与夏季水温有关的地理,气象和岩性因素,以及iii)开发和测试夏季近地表水温的预测模型。我们使用了2007年和2012年美国国家湖泊评估的数据以及从加拿大湖泊的多项不同研究中收集的数据。使用多元回归,我们量化了从南到北,从东到西,从低海拔到高海拔夏季水温下降的一般观测值。我们使用8天平均气温,纬度,经度,海拔和月度的经验模型能够预测各个夏季夏季各个湖泊的水温,美国湖泊的标准偏差为1.7°C,而美国湖泊的标准偏差为2.3°C。加拿大南部地区。

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