舟山渔场

  • 网络zhoushan fishing ground
舟山渔场舟山渔场
  1. 舟山渔场主要渔业资源利用现状

    Present utilization situation of main fishery resources in Zhoushan fishing ground

  2. 舟山渔场及其邻近海域水团的气候学分析

    Climatological Analysis of water masses in Zhoushan fishing ground and adjacent region

  3. 舟山渔场针乌贼(Sepiaandreana)的生物学特性及其渔场分布变迁

    Biology and resource of cuttlefish Sepia andreana in Zhoushan fishing area

  4. 夏季,两个群体在吕四、长江口和舟山渔场20~95m水深的近海海域集中产卵,产卵适温为19.5~25.5℃,并有混栖现象。

    In summer the two groups centered on the Lusi , Changjiang estuary and Zhoushan fishing grounds and mixed in part for spawning where the depth was from 20 to 95m and the proper temperature was 19.5 ~ 25.5 ℃ .

  5. 舟山渔场海域多氯联苯和有机氯农药污染状况调查

    Survey on Pollution Status of PCBs and OCPs in Zhoushan Fisheries Ground

  6. 舟山渔场渔业资源动态解析

    Dynamic analysis on fisheries resources in Zhoushan Fishing Ground

  7. 舟山渔场近岸海水中营养盐的分布特征

    Distribution feature of the nutrient in seawater of Zhoushan Fishery off shore area

  8. 舟山渔场渔业资源可持续利用指标体系的构建与评价

    Construction and evaluation of indicator system for sustainable use of fishery resources in Zhoushan Fishing Ground

  9. 舟山渔场人工鱼礁投放海域生态环境前期评估

    Previous assessment of ecological environment in the Zhoushan Fishing Ground being put the artificial reef into

  10. 舟山渔场鱼类毒物含量与海洋环境污染状况的关系研究

    Study on the relationship between contents of poison in fishes and the levels of ocean pollutants in Zhoushan Fishery

  11. 用主成分分析对我国舟山渔场9个主要渔业种类的资源变动特征和利用现状进行了研究。

    Based on principal component analysis , the present utilization situation of main fishery resources in Zhoushan fishing ground were studied .

  12. 摘要随着我省海洋资源的开发,作为我国最大的舟山渔场的产业结构已呈现巨大变化。

    With the Exploitaion of ocean resources in our province , fishery industry stracture in Zhoushan fishing ground has been changed greatly .

  13. 方法对舟山渔场生产的主要经济鱼类进行采样、检测分析,综合同时期该海域的海洋环境监测相关资料,通过典型相关分析,评价海洋环境污染和经济鱼类体内毒物蓄积的相关性。

    Method Nine kinds of major fishes in the Zhoushan Fishery were sampled and tested . Canonical correlation was conducted to evaluate the correlation between contents of poison in fishes and the degree of ocean pollution .