Deepwater rice-fish integrated culture system: A viable option for increasing fish production as well as natural water harvest.

Das D.N.; Mandal R.N.; Mukhopadhyay P.K.

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Deepwater rice-fish integrated culture system: A viable option for increasing fish production as well as natural water harvest.

机译：深水稻－鱼综合养殖系统：增加鱼类产量和自然水收获的可行选择。

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Many of the fish populations in the Arabian Gulf have been heavily exploited (Samuel et al., 1987), and fishing effort may have already been above optimum levels for most demersal species (Siddeek et al., 1999). The expansion of the fishing fleet of the United Arab Emirates and the lack of appropriate data on most stocks underscore the need to assess the fisheries resources of the region. The goal of this study was to evaluate the status of D. pictum and L. nebulosus and to provide biological reference points and other pertinent information required for management. Specific objectives included establishing key demographic parameters by using validated age estimates, identifying reproductive characteristics and conducting yield-per-recruit analyses for the selected study species.

机译：阿拉伯湾的许多鱼类种群已被大量开发（Samuel等，1987），对于大多数沉水物种而言，捕捞努力可能已超过最佳水平（Siddeek等，1999）。阿拉伯联合酋长国捕鱼船队的扩大和大多数种群缺乏适当的数据，突显了评估该区域渔业资源的必要性。这项研究的目的是评估皮氏假丝酵母和星状假丝酵母的状况，并提供生物学参考点和管理所需的其他相关信息。具体目标包括通过使用经过验证的年龄估算来建立关键的人口统计参数，识别生殖特征以及对所选研究物种进行每招募产量分析。

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来源
《World Aquaculture》 |2009年第3期|共6页
作者
Das D.N.; Mandal R.N.; Mukhopadhyay P.K.;
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正文语种 eng
中图分类水产、渔业;
关键词
fish production; rice; Oryza sativa; seafoods; integrated agricultural systems; crop production; harvesting; yields; shrimp; India;

机译：鱼类生产;大米;水稻;海鲜;农业综合系统;作物生产;收获;产量;虾;印度;

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1. Deepwater rice-fish integrated culture system: A viable option for increasing fish production as well as natural water harvest. [J] . Das D.N., Mandal R.N., Mukhopadhyay P.K. World Aquaculture . 2009,第3期

机译：深水稻－鱼综合养殖系统：增加鱼类产量和自然水收获的可行选择。
2. Effects of introducing ducks into fish ponds on water quality, naturalproductivity and fish production together with the economic evaluation ofthe integrated and non-integrated systems [J] . Soliman AK., El-Horbeety AAA., Essa MAR., Aquaculture International . 2000,第4期

机译：将鸭子引入鱼塘对水质，自然生产力和鱼类生产的影响以及综合和非综合系统的经济评价
3. An integrated recirculating aquaculture system (RAS) for land-based fish farming: the effects on water quality and fish production. [J] . Zhang ShiYang, Li Gu, Wu HuiBi, Aquacultural Engineering: An International Journal . 2011,第3期

机译：陆上鱼类养殖的综合循环水产养殖系统（RAS）：对水质和鱼类生产的影响。
4. Utilization of liquid waste from freshwater fish cultivation in bioreactors batch culture system and biochar to increase lettuce plant production (Lactuca sativa L.) [C] . Zaitun, A Halim, S Rahya International Seminar on Natural Resources and Environmental Management . 2020

机译：生物反应器分批培养系统中淡水鱼栽培液体废物的利用增加莴苣植物生产（Lactuca Sativa L.）
5. ECONOMIC THEORY AND RESEARCH FRAMEWORK FOR A MULTI-OUTPUT PRODUCTION SYSTEM: RICE-FISH CULTURE TECHNOLOGY IN THE PHILIPPINES. [D] . TAGARINO, ROGELIO NIEDO. 1984

机译：多产出生产系统的经济理论和研究框架：菲律宾的稻鱼养殖技术。
6. Building and Maintaining a Citizen Science Network With Fishermen and Fishing Communities Post Deepwater Horizon Oil Disaster Using a CBPR Approach [O] . John Sullivan, Sharon Croisant, Marilyn Howarth, -1

机译：使用CBPR方法在深水地平线石油灾难后与渔民和捕捞社区建立和维护公民科学网络
7. Growth performance, recovery rate and fish yield of GIFTudstrain at various water depths under rice-fish culture systems [O] . Ali M. Hazrat, Mateo Lun G., Aragon Miguel L. 2003

机译：GIFT的生长性能，恢复率和鱼类产量 ud稻-鱼养殖系统在不同水深下的应变

Deepwater rice-fish integrated culture system: A viable option for increasing fish production as well as natural water harvest.

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