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氯消毒渔用水的效应及其评价 被引量:4
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作者 姜礼燔 《淡水渔业》 CSCD 北大核心 1993年第4期23-25,共3页
七十年代由于发现氯可与水中有些碳氢化合物产生致癌物质,加之氯的刺激性大,产生氯味等影响已引起国际上的高度重视,为此还召开过多次氯消毒的国际性会议,并提出消毒技术上的重大改革。本文仅在渔用水中常用氯制品的消毒效应及评价方面... 七十年代由于发现氯可与水中有些碳氢化合物产生致癌物质,加之氯的刺激性大,产生氯味等影响已引起国际上的高度重视,为此还召开过多次氯消毒的国际性会议,并提出消毒技术上的重大改革。本文仅在渔用水中常用氯制品的消毒效应及评价方面,简介如下。一、漂白粉、漂粉精。此两种均属无机氯制品。前者为次氯酸钙氯化钙的复盐,含有效氯28—30%左右。使用量一般1毫克/升;后者为高度纯次氯酸钙(CaCOCl_2),通称漂粉精,含有效氯为60%左右,使用量一般0.3—0.5毫克/升。 展开更多
关键词 氯制品 消毒 渔用水 鱼类养殖
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渔用水的强化杀菌消毒
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作者 姜礼潘 宋网华 《渔业致富指南》 2003年第14期53-54,共2页
强化杀菌消毒,即在杀菌消毒中添加一种或几种能起催化、补偿或协同等作用的反应物质,以便加速和提高其消毒效果。这种消毒法也是目前国内外采用提高消毒效应的重要措施之一。现简介几类消毒剂的强化措施。 一、氯制剂。目前渔用的主要... 强化杀菌消毒,即在杀菌消毒中添加一种或几种能起催化、补偿或协同等作用的反应物质,以便加速和提高其消毒效果。这种消毒法也是目前国内外采用提高消毒效应的重要措施之一。现简介几类消毒剂的强化措施。 一、氯制剂。目前渔用的主要有漂白粉、漂粉精、二氯异氰尿酸钠、三氯异氰尿酸、氯三聚氰酰胺、氯胺T及氯化三磷酸钠等。但由于长期使用这类消毒剂,特别在水质呈碱性和有机质多的情况下,不仅减弱其杀灭病菌、 展开更多
关键词 渔用水 杀菌 消毒 氯制剂 高铁酸锶制剂 赛拉剂 聚维酮碘 季铵盐碘 过氧化氢 戊二醛
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Study on the Carry Capacity of Edible Jellyfish Fishery in Liaodong Bay 被引量:1
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作者 YOU Kui BIAN Yongning +3 位作者 MA Caihua CHI Xupeng LIU Zhiqiang ZHANG Yuyu 《Journal of Ocean University of China》 SCIE CAS 2016年第3期471-479,共9页
Jellyfish fishing is a special type of fishery that mainly exists in some countries of East and Southeast Asia. China has the largest jellyfish fishery yield in the world with an annual harvest of around 300 thousand ... Jellyfish fishing is a special type of fishery that mainly exists in some countries of East and Southeast Asia. China has the largest jellyfish fishery yield in the world with an annual harvest of around 300 thousand tons. Liaodong Bay is the most important jellyfish fishery ground in China. However, due to the high benefits of jellyfish fishery, which leads to illegal and out-of-season jellyfish fishing occurring each year in Liaodong Bay. Illegal jellyfish fishery in Liaodong Bay is a typical example of the tragedy of the commons. The key problem is that fishermen seek to an illegally initiate jellyfish fishing as early as possible. In this paper, basing on the data of edible jellyfish's biology and ecology, we mainly analyzed the history of jellyfish fishery in China, especially in Liaodong bay, and then we calculated the carry capacity of edible jellyfish in Liaodong Bay which is about 300 thousand tons one year. This number is equal to the recent annual yield of edible jellyfish in China. Furthermore, basing on the carry capacity and reasonable quotas price analysis, we set up a Jellyfish fishing quotas and deficit quotas buyback system which could be a suitable and effective solution for jellyfish fishery management and development in Liaodong Bay at the underlying roots. Although China is the first country with edible jellyfish aquaculture, the annual yield of jellyfish aquaculture is only one fifth of jellyfish fishing. So, there is a very bright developing prospect about edible jellyfish aquaculture in China. 展开更多
关键词 jellyfish fishery carry capacity quota buyback system Liaodong Bay
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Feasibility analysis and implementation of marine ranching integration of offshore wind power development in Guangdong Province
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作者 CHEN Hao LU Chuqian CHEN Bin 《Marine Science Bulletin》 2021年第2期57-72,共16页
Marine ranching is a new model for restoring marine ecological environment and conserving offshore fishery resources.Offshore wind power is a new clean energy industry in China.Based on the analysis of the constructio... Marine ranching is a new model for restoring marine ecological environment and conserving offshore fishery resources.Offshore wind power is a new clean energy industry in China.Based on the analysis of the construction of offshore wind farms in Guangdong Province,this article proposes to actively promote the integrated development of offshore wind power and marine ranching.The suitability and deployment conditions of Sargasso algae reef construction in offshore wind farms,the feasibility of developing an integrated development model featuring artificial algae reefs+offshore wind farms in Guangdong Province,as well as the importance of ecological sea area use and management were discussed.Regarding the necessity of intensive and economical utilization of sea and sea resources,it is believed that the development model of"marine ranching+offshore wind power"will become an important direction for improving the comprehensive utilization of sea areas in the future. 展开更多
关键词 marine ranching offshore wind power ecological restoration artificial algae reef
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