作者: T. A. FONTAINE , J. F. KLASSEN , T. S. CRUICKSHANK , R. H. HOTCHKISS
DOI: 10.1080/02626660109492798
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摘要: Abstract The hydrological response due to potential CO− 2 forced climate change in the Black Hills of South Dakota was investigated using modelling techniques that include variations atmospheric CO2, temperature, and precipitation. Soil Water Assessment Tool (SWAT) used model 427 km2 Spring Creek basin hydrology simulate impact change. As expected, results precipitation temperature demonstrated increased caused a decrease water yield while an increase yield. Increased CO2 largest Modelling indicate average annual by 16%. This is attributed suppression transpiration processes levels CO2. Simulation demonstrate concentrations act dampen loss effects ...