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鄱阳湖团头鲂生长的研究
作者: 欧阳敏 喻晓 陈道印  来源:江西水产科技 年份:2002 文献类型 :期刊 关键词: 团头鲂  鄱阳湖  行为特征  生长 
描述:鄱阳湖团头鲂生长的研究
鄱阳湖水系黄颡鱼若干生物学特性的研究
作者: 肖秀兰 欧阳敏 张明 陶其辉 魏宏民 吕琳  来源:江西农业学报 年份:2002 文献类型 :期刊 关键词: 生物学特性  鄱阳湖  黄颡鱼 
描述:以鄱阳湖水系黄颡鱼为试验材料,对其形态特征、生活习性和食性、繁殖特性、生理生化特性、年龄生长、营养、耗氧等生物学特性进行了系统的研究,为制定黄颡鱼的种质标准和养殖生产提供了理论依据.
全文:以鄱阳湖水系黄颡鱼为试验材料,对其形态特征、生活习性和食性、繁殖特性、生理生化特性、年龄生长、营养、耗氧等生物学特性进行了系统的研究,为制定黄颡鱼的种质标准和养殖生产提供了理论依据.
鄱阳湖水系黄颡鱼若干生物学特性的研究
作者: 肖秀兰 欧阳敏 张明 陶其辉 魏宏民 吕琳  来源:江西农业学报 年份:2002 文献类型 :期刊 关键词: 生物学特性  鄱阳湖  黄颡鱼 
描述:以鄱阳湖水系黄颡鱼为试验材料,对其形态特征、生活习性和食性、繁殖特性、生理生化特性、年龄生长、营养、耗氧等生物学特性进行了系统的研究,为制定黄颡鱼的种质标准和养殖生产提供了理论依据.
全文:以鄱阳湖水系黄颡鱼为试验材料,对其形态特征、生活习性和食性、繁殖特性、生理生化特性、年龄生长、营养、耗氧等生物学特性进行了系统的研究,为制定黄颡鱼的种质标准和养殖生产提供了理论依据.
鄱阳湖水文特性分析
作者: 徐德龙 熊明 张晶  来源:人民长江 年份:2002 文献类型 :期刊 关键词: hydrologic  composition  Poyang  property  action  Lake  storage  flood 
描述:The Poyang lake is currently the largest freshwater lake in China. Hydrologic properties of this lake, including precipitation, runoff, flood, sediment transport and so on have been analyzed on basis of large amount of measurements. Variation of these properties within a year and among years and the regional distribution are explored. The encounter probability of the outflow from Poyang Lake with that from Changjiang River is computed and the detention volume of Poyang Lake is analyzed. In accordance with water balance theory, the detention storage volume of Poyang Lake and Changjiang River corresponding to the annual maximum 60-day flood volumes in 9 typical heavy flood years of 1968, 1969, 1973, 1980, 1983, 1996 and 1998 have been calculated. The detention storage capacity of both the Lake and the River ranges from 5.6 billion to 16.5 billion m\+3, 11.5 billion m\+3 at average. Among which, the detention storage capacity of Poyang Lake is 9.5 billion m\+3, accounting for 82.6%. Poyang Lake has played a very important role in detaining floods from the five rivers of the Lake system as well as floods on the river section from Changjiang to Bali. There would have more frequent and more serious flooding on the middle and lower Changjiang River, especially in the region around Hukou if there were no Poyang Lake to detain and store the floodwater.
全文:The Poyang lake is currently the largest freshwater lake in China. Hydrologic properties of this lake, including precipitation, runoff, flood, sediment transport and so on have been analyzed on basis of large amount of measurements. Variation of these properties within a year and among years and the regional distribution are explored. The encounter probability of the outflow from Poyang Lake with that from Changjiang River is computed and the detention volume of Poyang Lake is analyzed. In accordance with water balance theory, the detention storage volume of Poyang Lake and Changjiang River corresponding to the annual maximum 60-day flood volumes in 9 typical heavy flood years of 1968, 1969, 1973, 1980, 1983, 1996 and 1998 have been calculated. The detention storage capacity of both the Lake and the River ranges from 5.6 billion to 16.5 billion m\+3, 11.5 billion m\+3 at average. Among which, the detention storage capacity of Poyang Lake is 9.5 billion m\+3, accounting for 82.6%. Poyang Lake has played a very important role in detaining floods from the five rivers of the Lake system as well as floods on the river section from Changjiang to Bali. There would have more frequent and more serious flooding on the middle and lower Changjiang River, especially in the region around Hukou if there were no Poyang Lake to detain and store the floodwater.
鄱阳湖草洲植被与钉螺血吸虫感染性年间变异的分析
作者: 王小红 王溪云 邹慧 张孔德 李峰 刘玮  来源:中国血吸虫病防治杂志 年份:2002 文献类型 :期刊 关键词: 钉螺  植被  鄱阳湖  草洲  血吸虫 
描述:目的 探讨鄱阳湖北部湖汊型草洲植被的覆盖度和钉螺的生长发育、钉螺血吸虫感染性年间变异的关系。方法 选定都昌县 6个草洲连续 3年进行植被覆盖度和螺情调查 ,对所获钉螺进行测量、解剖 ,并收集水文资料
全文:目的 探讨鄱阳湖北部湖汊型草洲植被的覆盖度和钉螺的生长发育、钉螺血吸虫感染性年间变异的关系。方法 选定都昌县 6个草洲连续 3年进行植被覆盖度和螺情调查 ,对所获钉螺进行测量、解剖 ,并收集水文资料
一种应用遥感技术快速确定鄱阳湖区有螺洲滩的方法
作者: 郭家钢 陈红根 林丹丹 胡广汉 吴晓华 李东 刘红云 郑江 陈名刚  来源:中国寄生虫病防治杂志 年份:2002 文献类型 :期刊 关键词: 钉螺  遥感  血吸虫病 
描述:生长状况与及湿度有着密切的关系,本项研究提示,运用计算机非监督分类法可大致确定6、7和8类为有螺植被环境,然后通过校正植被指数(NDVI>110)确定植被优质区为钉螺的孳生环境,最后通过穗帽湿度变换
全文:生长状况与及湿度有着密切的关系,本项研究提示,运用计算机非监督分类法可大致确定6、7和8类为有螺植被环境,然后通过校正植被指数(NDVI>110)确定植被优质区为钉螺的孳生环境,最后通过穗帽湿度变换
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