当前位置: 首页 > 文章 > 扁吻鱼的栖息地及其群落保护生物学研究 水生态学杂志 2010,03 (1) 38-42
Position: Home > Articles > Research of Habitat and Community Conservation Biology of Aspiorhynchus laticeps (Day) Journal of Hydroecology 2010,03 (1) 38-42

扁吻鱼的栖息地及其群落保护生物学研究

作  者:
马燕武;张人铭;李红;吐尔逊;郭焱
单  位:
新疆维吾尔自治区水产科学研究所
关键词:
扁吻鱼;生态环境;栖息地;保护
摘  要:
2003年以来,对扁吻鱼Aspiorhynchus laticeps(Day)唯一栖息地的生物饵料及鱼类群落环境进行了初步研究。结果显示,克孜尔水库有浮游植物7门、34种(属),平均密度145.7×104个/L,平均生物量1.225mg/L,硅藻密度及生物量均占优势;浮游动物35种(属),平均密度958.6个/L,原生动物占优势;平均生物量1.449mg/L,枝角类和桡足类占优势;底栖动物1种(属),平均密度9.1个/m2,平均生物量0.08g/m2;水生植物2种(属)。栖息地分布鱼类隶属2目、3科、19种,土著种10种,外来种9种;其中鲤科15种,占78.9%,鳅科3种,占15.8%,鰕虎鱼科1种,占5.3%。探讨了扁吻鱼所面临的生态环境问题。
译  名:
Research of Habitat and Community Conservation Biology of Aspiorhynchus laticeps (Day)
作  者:
MA Yan-wu,ZHANG Ren-ming,LI Hong,Tuersun,GUO Yan(Xinjiang Fishery Research Institute ,Urumqi 830000,China)
关键词:
Aspiorhynchus laticeps;Ecological environment;Habitat;Protect
摘  要:
The author conducted a preliminary study on the live feeds and fish community of the only habitat of Aspiorhynchus laticeps(Day) since 2003. The results showed that: There were 34 species (genus) of phytoplankton. The average density and biomass of phytoplankton was 145.7×104 ind/L and 1.225 mg/L,respectively. Diatom was dominant in the density and biomass. There were 35 species (genus) of zooplankton. The average density and biomass of zooplankton was 958.6 ind/L and 1.449 mg/L,respectively. Protozoa was the dominant species in the density,while cladocera and copepod were the dominant species in the biomass. There was 1 species (genus) of zoobenthos. The average density and biomass of zoobenthos was 9.1 ind/m2 and 0.08 g/m2,respectively. There were 2 species (genus) of aquatic plant. There were 19 species of fish,belonging to 2 orders,3 families and 13 genera and containg 10 endemic species 9 exotic species. Among which,Cyprinidae,15 species,accounted for 78.9% of the total;Triplophysa,3 species,accounted for 15.8% and Gobiidae,1 species,5.3%. The authors discussed the ecological environment problems of A. laticeps.

相似文章

计量
文章访问数: 17
HTML全文浏览量: 0
PDF下载量: 0

所属期刊

推荐期刊