海洋科学
海洋科學
해양과학
MARINE SCIENCES
2014年
8期
67-74
,共8页
吴钟解%陈石泉%王道儒%蔡泽富%张光星%涂志刚%李元超
吳鐘解%陳石泉%王道儒%蔡澤富%張光星%塗誌剛%李元超
오종해%진석천%왕도유%채택부%장광성%도지강%리원초
海南岛%海草床%生态系统%健康评价
海南島%海草床%生態繫統%健康評價
해남도%해초상%생태계통%건강평개
Hainan island%sea grass bed%ecosystem%health assessment
根据2004~2009年海南岛东海岸长圮港、龙湾、高隆湾、黎安港、新村港等地海草分布区的水质、沉积物、生物质量、栖息地、生物5个指标调查数据,按照《近岸海洋生态健康评价指南》(HY/T087-2005)海草生态系统评价方法,对海南岛东海岸海草床生态系统健康指标进行评价。结果显示,海南岛东海岸海草床水环境与沉积环境均处于健康状态;龙湾海草床生物残毒评价为亚健康,其余站位均处于健康状态;黎安港与长圮港海草床栖息地评价处于不健康状态,其余站位均处于健康状态;黎安港海草床生物评价处于不健康状态,新村港海草床生物评价处于亚健康状态,其他地方栖息地与生物评价均处于健康状态。海草床生态系统健康评价显示,黎安港处于不健康状态,新村港与长圮港处于亚健康状态,龙湾与高隆湾处于健康状态。总体上看,海南岛东海岸分布于珊瑚沿岸海草床生态系统比较健康,分布泻湖沿岸海草床趁于亚健康向不健康方向转变。本文希望通过对海南岛东海岸海草床生态系统的健康评价研究,为海草床生态系统的保护与修复提供理论依据。
根據2004~2009年海南島東海岸長圮港、龍灣、高隆灣、黎安港、新村港等地海草分佈區的水質、沉積物、生物質量、棲息地、生物5箇指標調查數據,按照《近岸海洋生態健康評價指南》(HY/T087-2005)海草生態繫統評價方法,對海南島東海岸海草床生態繫統健康指標進行評價。結果顯示,海南島東海岸海草床水環境與沉積環境均處于健康狀態;龍灣海草床生物殘毒評價為亞健康,其餘站位均處于健康狀態;黎安港與長圮港海草床棲息地評價處于不健康狀態,其餘站位均處于健康狀態;黎安港海草床生物評價處于不健康狀態,新村港海草床生物評價處于亞健康狀態,其他地方棲息地與生物評價均處于健康狀態。海草床生態繫統健康評價顯示,黎安港處于不健康狀態,新村港與長圮港處于亞健康狀態,龍灣與高隆灣處于健康狀態。總體上看,海南島東海岸分佈于珊瑚沿岸海草床生態繫統比較健康,分佈瀉湖沿岸海草床趁于亞健康嚮不健康方嚮轉變。本文希望通過對海南島東海岸海草床生態繫統的健康評價研究,為海草床生態繫統的保護與脩複提供理論依據。
근거2004~2009년해남도동해안장비항、룡만、고륭만、려안항、신촌항등지해초분포구적수질、침적물、생물질량、서식지、생물5개지표조사수거,안조《근안해양생태건강평개지남》(HY/T087-2005)해초생태계통평개방법,대해남도동해안해초상생태계통건강지표진행평개。결과현시,해남도동해안해초상수배경여침적배경균처우건강상태;룡만해초상생물잔독평개위아건강,기여참위균처우건강상태;려안항여장비항해초상서식지평개처우불건강상태,기여참위균처우건강상태;려안항해초상생물평개처우불건강상태,신촌항해초상생물평개처우아건강상태,기타지방서식지여생물평개균처우건강상태。해초상생태계통건강평개현시,려안항처우불건강상태,신촌항여장비항처우아건강상태,룡만여고륭만처우건강상태。총체상간,해남도동해안분포우산호연안해초상생태계통비교건강,분포사호연안해초상진우아건강향불건강방향전변。본문희망통과대해남도동해안해초상생태계통적건강평개연구,위해초상생태계통적보호여수복제공이론의거。
Based on the data of five indexes including water, sediment, biological quality, habitat and biological indicators obtained from the east coast of Hainan Islands including Changpi harbor, Longwan, Gaolong bay, Lian lagoon and Xincun lagoon from 2004 to 2009. The health index to the sea grass bed ecosystem of the east coast of Hainan Islands was assessed according to the inshore marine ecosystem health assessment guide(HY/T087-2005) which was the sea grass ecosystem assessment methods. The results showed that the water and the sediment environment of the sea grass bed ecosystem in the east coast of Hainan Islands were in the state of health. The assessment of the biological toxicity of Longwan showed that was in the state of sub health, and the others were in the state of health. The result of the assessment of the sea grass habitat was that Lian lagoon and Chang pi harbor were in the state of sick. The assessment of the biological Lian lagoon showed that it was in the state of sick. However, the assessment of the others’habitat and biological showed that they were in the state of health. The results of the assessment of the sea grass bed ecosystem health showed that Lian lagoon was in the state of sick, xincun lagoon and changpi harbor were in the state of sub-health, and Longwan and Gaolong Bay were in the state of health. Overall, the sea grass bed ecosystem in the east coast of Hainan Islands located in coral coast was health, while sea grass located in lagoon coast was changed directly from sub-health to unhealthy. This paper provided theoretical foundation to protect and repair the sea grass bed ecosystem for the assessment of health to the sea grass bed ecosystem in the east coast of Hainan Islands.