化学工程与装备
化學工程與裝備
화학공정여장비
CHEMICAL ENGINEERING & EQUIPMENT
2010年
11期
173-176,83
,共5页
无机氮%活性磷%富营养化%经济发展%污染
無機氮%活性燐%富營養化%經濟髮展%汙染
무궤담%활성린%부영양화%경제발전%오염
Inorganic nitrogen%labile phosphorus%eutrophication%economical development%pollution
通过对莆田市近年近海海域各监测点水体水质数据综合分析,研究和评价了莆田市近海海域水质演变的趋势,得出以下结论:(1)兴化湾海域水体富营养化程度非常严重,平海湾和湄洲湾水质较好;(2)兴化湾三江口区污染最重,2007年氮磷比超过16,属于严重P缺乏型海域,汀港北和外湾监测点水质中等;(3)兴化湾的自然地理条件是污染的外在因素。提出一些可持续发展的对策和措施。
通過對莆田市近年近海海域各鑑測點水體水質數據綜閤分析,研究和評價瞭莆田市近海海域水質縯變的趨勢,得齣以下結論:(1)興化灣海域水體富營養化程度非常嚴重,平海灣和湄洲灣水質較好;(2)興化灣三江口區汙染最重,2007年氮燐比超過16,屬于嚴重P缺乏型海域,汀港北和外灣鑑測點水質中等;(3)興化灣的自然地理條件是汙染的外在因素。提齣一些可持續髮展的對策和措施。
통과대보전시근년근해해역각감측점수체수질수거종합분석,연구화평개료보전시근해해역수질연변적추세,득출이하결론:(1)흥화만해역수체부영양화정도비상엄중,평해만화미주만수질교호;(2)흥화만삼강구구오염최중,2007년담린비초과16,속우엄중P결핍형해역,정항북화외만감측점수질중등;(3)흥화만적자연지리조건시오염적외재인소。제출일사가지속발전적대책화조시。
Through comprehensive analysis to the data of the water body and quality of every inshore observation site in Putian city in recent years,I found out and estimated the change trend of the inshore water quality in Putian,and concluded the following:(1) The water eutrophication is extremely serious in Xinghua bay,and the water quality in Pinghai bay and Meizhou bay is better.(2) The pollution in Xinghua bay Sanjiang area is most serious.Nitrogen: phosphorus is more than 16,it is a type of serious loss of P sea areas,water quality is medium in the observation sites in Tinggang's north and outside bay.(3) The natural topography of Xinghua bay is the external factor of pollution.some policies for the sustainability of marine resources in putian city are developed in this paper.