首页> 外文期刊>Journal of the American Water Resources Association >A STUDY OF WATER RESOURCES IN THE CANBERRA AREA AND THE QUEANBEYAN RIVER WATERSHED (GOOGONG DAM CATCHMENT)1
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A STUDY OF WATER RESOURCES IN THE CANBERRA AREA AND THE QUEANBEYAN RIVER WATERSHED (GOOGONG DAM CATCHMENT)1

机译:堪培拉地区和昆比恩河流域(GOOGONG DAM 集水区)的水资源研究1

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ABSTRACTData provided by the Australian Commonwealth Bureaus of Meteorology and Mineral Resources are used in this water budget study of the Queanbeyan River watershed. Air and soil temperatures show close correlation from month to month during the five‐year period. A close parallel also exists for the air temperature values and the seasonal variations in the Nett‐Moisture (rainfall minus evaporation) plots. Ground‐water levels appear to be influenced by drought periods and by under groundwater storage conditions such as “nick‐points” in the sub‐surface migration conditions. The groundwater levels were unusually high early in the drought year of 1964‐65. The annual rainfall totals for 1962, 1963, and 1966 were all exceeded by the evaporation totals. In 1964 and in 1965 (the drought year) the evaporation total exceeded the rainfall total. The minimum annual water discharge values for the Queanbeyan River ranged from 4.9″ in 196
机译:摘要澳大利亚联邦气象和矿产资源局提供的数据库用于昆比恩河流域的水预算研究。在五年期间,空气和土壤温度逐月显示出密切的相关性。净水分(降雨量减去蒸发量)图中的空气温度值和季节变化也存在密切的相似之处。地下水位似乎受到干旱时期和地下水储存条件的影响,例如地下迁移条件下的“缺口”。在1964-65年的干旱年早期,地下水位异常高。1962年、1963年和1966年的年降雨量都超过了蒸发总量。在1964年和1965年(干旱年),蒸发总量超过了降雨量。昆比恩河的最低年排水量值从 4.9 年的 196 英寸不等

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