Resources Science, Volume. 42, Issue 7, 1325(2020)

Spatial analysis of the potential of deep-sea aquaculture in China

Juan HOU1,2, Weifeng ZHOU1、*, Lumin WANG1, Wei FAN1,3, and Zuohui YUAN2,3
Author Affiliations
  • 1East China Sea Fisheries Research Institute, Chinese Academy of Fishery Sciences, Shanghai 200090, China
  • 2Shanghai Ocean University, Shanghai 201306, China
  • 3Key Laboratory of Fisheries Resources Remote Sensing and Information Technology, Chinese Academy of Fishery Sciences, Shanghai 200090, China
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    Figures & Tables(14)
    The study area (BYS: Bohai and Yellow Sea; ECS: East China Sea; SCS: South China Sea)
    Flow chart of the technological methods
    Species growth performance index (GPI) value distribution
    Fish breeding potential GPI¯ frequency distribution histogram
    Bivalves breeding potential GPI¯ frequency distribution histogram
    Fish average breeding potential, 2008-2017
    Bivalves average breeding potential, 2008-2017
    Fish breeding potential GPI¯ frequency distribution histogram in various sea areas
    Bivalves breeding potential GPI¯ frequency distribution histogram in various sea areas
    Fish breeding potential GPI¯ frequency distribution histogram in various depth classes
    Bivalves breeding potential GPI¯ frequency distribution histogram in various depth classes
    • Table 1. Data sets for 120 species of fish and 60 species of bivalves

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      Table 1. Data sets for 120 species of fish and 60 species of bivalves

      种类拉丁学名中文学名耐受最低温/℃耐受最高温/℃渐进体长/cm生长速率
      鱼类(120种)Larimichthys crocea大黄鱼9.030.080.00.32
      Rachycentron canadum军曹鱼26.032.0152.80.33
      Sciaenops ocellatus美国红鱼9.626.0104.50.40
      Seriola quinqueradiata鰤鱼18.029.0150.00.44
      Red (Japanese) seabream真鲷7.722.0100.00.15
      Lateolabrax japonicus鲈鱼13.023.025.00.18
      Mugil cephalus鲻, 鲻鱼8.024.071.20.29
      Panalichthys olivaceus鲆鱼(大菱鲆)8.625.0103.00.20
      Trachinotus blochii鲳鲹20.031.096.70.56
      双壳类(60种)Argopecten purpuratus秘鲁扇贝16.020.012.02.32
      Argopecten ventricosus太平洋扇贝20.029.017.50.60
      Aulacomya aterCholga贻贝0.025.66.30.35
      Crassostrea gigas太平洋牡蛎15.030.045.01.15
      Mytilus chilensis智利贻贝12.016.010.20.50
      Mytilus coruscus韩国贻贝2.920.010.00.21
      Mytilus edulis蓝贻贝-1.423.411.00.31
      Mytilus galloprovincialis地中海贻贝7.69.015.00.58
      Mytilus planulatus澳大利亚贻贝12.321.36.00.46
      Pecten fumatus澳大利亚扇贝12.021.08.61.60
      Pecten maximus大西洋扇贝7.915.917.00.56
      Perna canaliculus新西兰贻贝18.218.215.00.60
    • Table 2. Statistics of the area of different potential levels suitable for fish and bivalve farming in various sea areas (km2

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      Table 2. Statistics of the area of different potential levels suitable for fish and bivalve farming in various sea areas (km2

      物种类型养殖潜力等级海区划分总面积
      BYSECSSCS
      鱼类低潜力区1707.5225.600.001733.12
      中等潜力区3555.84292625.9319281.92315463.69
      高潜力区194567.69470205.46797614.111462387.26
      双壳类低潜力区15997.4417582.08296.9633876.48
      中等潜力区9868.8023329.284011.5237209.60
      高潜力区4298.24826.8816023.0421148.16
      鱼类总面积199831.05762856.99816896.031779584.07
      双壳类总面积30164.4841738.2420331.5292234.24
    • Table 3. Statistics of the area of different potential levels suitable for fish and bivalve farming at various depths (km2

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      Table 3. Statistics of the area of different potential levels suitable for fish and bivalve farming at various depths (km2

      物种类型养殖潜力等级深度/m总面积
      20~4040~6060~8080~100100~200200~10001000~2000
      鱼类低潜力区1454.08240.6438.400.000.000.000.001986.56
      中等潜力区42245.1287946.2487761.9255685.1234270.724889.602664.96315463.69
      高潜力区163264.01117160.96117153.30125977.61251138.57291361.29396331.541462387.25
      双壳类低潜力区16762.8813908.483205.120.000.000.000.0033876.48
      中等潜力区18183.6815147.523878.400.000.000.000.0037209.60
      高潜力区18698.241840.64609.280.000.000.000.0021148.16
      鱼类总面积206963.21205347.85204953.61181662.73285409.29296250.89398996.501779584.07
      双壳总面积53644.8030896.647692.800.000.000.000.0092234.24
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    Juan HOU, Weifeng ZHOU, Lumin WANG, Wei FAN, Zuohui YUAN. Spatial analysis of the potential of deep-sea aquaculture in China[J]. Resources Science, 2020, 42(7): 1325

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    Paper Information

    Received: Nov. 29, 2019

    Accepted: --

    Published Online: Apr. 23, 2021

    The Author Email: ZHOU Weifeng (zhwfzhwf@163.com)

    DOI:10.18402/resci.2020.07.09

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