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东江水库碳汇渔业与生态保护的初步研究

Preliminary Studies on Carbon Sinking Fisheries and Ecological Protection in Dongjiang Reservoir

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【作者】 邹忠义姚德华孙立仲何望欧燎原张政军

【Author】 ZHOU Zhong-yi1,YAO Dei-hua2,SUN Li-zhong3,HE Wang1,OU Liao-yuan1,ZHANG Zhen-jun3(1.Hunan Fisheries Scientific Research Institute,Changsha 410153,China;2.Youxian Livestock Fisheries Bureau in Hunan,Youxian 412300,China;3.Zixing Livestock Veterinary Fisheries Bureau in Hunan,Zixing 421430,China)

【机构】 湖南省水产科学研究所湖南省攸县畜牧水产局湖南省资兴畜牧兽医水产局

【摘要】 2007年7月和10月对东江水库的水体初级生产力和水质进行了监测和评价,估算了天然渔业资源量及可移出碳量。研究表明,库区存在较丰富的外源性营养物质,主要来源于农业、生活废水及旅游业;10月水体水质优于7月,均属中营养水平;初级生产力平均为5.13g/(m2.d),与水体叶绿素、氨氮和总磷浓度呈较强的正相关;折算滤食性鱼产量为1541.9t/年,移出碳量为218.4t/年。2007-2010年进行鱼类增殖放流,获得天然滤食性渔获物最高达产量为900t/年,移出碳量127.5t/年。在制订东江水库渔业环境保护条例时,按初级生产力的大小,利用增殖放流等渔业去碳技术,适量投放滤食性鱼类,充分利用水体氮、磷,可实现东江水库碳汇渔业的可持续发展。

【Abstract】 Estimating the catch of natural fisheries resources and the amount of possible remove carbon sinking behind under investigation on ambient of Dongjiang Reservoir,moreover,monitoring and evaluating the primary productivity and water quality.The results showed that abundant exogenous nutrient substances existed around the reservoir mainly from agriculture,domestic wastewater and tourism.The water quality in October was better than its in July,and also belong to middle nutritional level;the mean primary productivity was 5.13 g/(m2·d) and equal to the filter-feeding fish catch 1541.9 t/a that could remove probably total carbon 218.4 t/a.The primary productivity was in strong positive correlation with Chlorophyll-a,ammonia nitrogen and total phosphorus concentration.Fish was released from 2007 to 2010,and the annual highest yield of filter-feeding fish was 900 t which equal to 127.5 t carbon.N,P could be taken advantages of and reaching the purpose of sustainable development of carbon sinking fisheries through estimating the primary productivity and using the sinking carbon technology such as releasing filter-feeding fish for multiplication under making the regulation of protecting fisheries environment in Dongjiang Reservoir.

  • 【文献出处】 水生态学杂志 ,Journal of Hydroecology , 编辑部邮箱 ,2011年04期
  • 【分类号】S931
  • 【被引频次】8
  • 【下载频次】468
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