热带东北印度洋海域管水母类的群落结构特征

李开枝; 柯志新; 李刚; 尹健强; 黄良民

doi:10.3969/j.issn.0253-4193.2014.08.008

热带东北印度洋海域管水母类的群落结构特征

doi: 10.3969/j.issn.0253-4193.2014.08.008

中国科学院热带海洋生物资源与生态重点实验室, 广东广州 510301

基金项目: 中国科学院知识创新工程青年人才领域前沿项目（SQ201307）；国家自然科学基金项目（31101619，41130855，41276159）；中国科学院战略性先导科技专项（A类）（XDA11020203）。

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出版历程
- 收稿日期: 2013-09-16
- 修回日期: 2014-01-20

Community structure of siphonophores in the tropical northeast Indian Ocean

Key Laboratory of Marine Bio-resources and Ecology, South China Sea Institute of Oceanology, Chinese Academy of Sciences, Guangzhou 510301, China

摘要

摘要: 管水母是海洋浮游动物中的重要类群，通常可作为海流或水团的指示种，其分布受温度、盐度和食物的影响。本文根据2011年4月在东印度洋海域（5°S~5°N，80°~98.5°E）26个站的调查资料，分析了管水母种类组成、丰度分布和群落结构特征。共鉴定管水母37种，以热带大洋广布种和赤道种为主，其中扭形爪室水母Chelophyes contorta、巴斯水母Bassia bassensis、双小水母Nanomia bijuga和短深杯水母Abylopsis eschscholtzi是调查海域的优势种。依据调查站位设置及环境特征，将调查海域分东部断面、赤道断面和西部断面3个区域。各个调查站种数变化范围为2~14种，东部和西部断面的种类较丰富，而赤道断面近岸区种数低，离岸区种数增多。管水母的平均丰度为（1.04±0.58）个/m³，分布不均匀，东部断面和西部断面的丰度比赤道断面高，特别是赤道断面近岸区丰度在1.0个/m³以下。调查海区的管水母属于比较典型的热带大洋性生态类群。群落结构分析表明，东部和西部断面的群落结构相似度较高，二者与赤道断面的相似度均较低。调查海域管水母种类和丰度的分布受水文和生物环境因子的综合影响。双小水母Nanomia bijuga可作为东部断面和赤道断面近岸区沿岸水团的指示种，锥体浅室水母Lensia conoides和褶玫瑰水母Rosacea plicata可作为西部断面100 m以下涌升水团的指示种。
- 浮游动物 /
- 管水母 /
- 种类 /
- 丰度 /
- 印度洋
Abstract: Siphonophores,the major constituent of the zooplankton community,are a widespread and abundant group of colonial gelatinous cnidarians that play important roles in the trophic web of the pelagic realm. It has been observed that some species of siphonophores could be used as indicators to certain types of waters and ocean current in a particular region. The distribution of siphonophores is influenced by hydrological and biological process,such as temperature,salinity and chlorophyll a concentration. This study aimed to examine the species composition,abundance distribution and community structure of siphonophore based on the data obtained from the tropical northeast Indian Ocean in April to May,2011. A total of 37 species of siphonophore were identified characterized by the ecological groups with tropical widespread and equator species. The dominant species were mainly represented by Chelophyes contorta,Bassia bassensis,Nanomia bijuga and Abylopsis eschscholtzi. The study area could be divided into three transects: eastern,equator and western transects based on the sampling stations and environmental condition. The range of species richness was from 2 to 14,with the high diversity at eastern and western transects,and the increasing trend from the nearshore to offshore at equator transect. An average of siphonophore abundance was (1.04±0.58) ind/m³,with an uneven distribution characterized by high values at eastern and western transects and low values at equator transect. The similarity percentage of community structure between the eastern and western transects was high than equator transect. The results suggested that the distribution of siphonophore was considered to be the result of physical and biological factors. Nanomia bijuga could be regarded as an indicator species for coastal waters at eastern transect,and Lensia conoides & Rosacea plicata for uplifted cold waters in the western transect.
- zooplankton /
- siphonophore /
- diversity /
- abundance /
- Indian Ocean

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