佛山科学技术学院学报(自然科学版)
彿山科學技術學院學報(自然科學版)
불산과학기술학원학보(자연과학판)
JOURNAL OF FOSHAN UNIVERSITY(NATURAL SCIENCE EDITION)
2015年
2期
47-52
,共6页
基本农田保护区%养殖鱼塘%水质%调查与评价%综合质量指数%污染负荷分担率
基本農田保護區%養殖魚塘%水質%調查與評價%綜閤質量指數%汙染負荷分擔率
기본농전보호구%양식어당%수질%조사여평개%종합질량지수%오염부하분담솔
basic farmland protection areas%aquaculture pond%water quality%investigation and evaluation%comprehensive quality index%share rate of pollution load
对佛山市5区的基本农田保护区养殖鱼塘水质抽样调查,并采用环境污染指数对水质状况进行评价。结果表明,养殖鱼塘水温和pH值均能达到鱼类正常生长要求,溶解氧较丰富,但水质普遍过肥。在5区20个调查点中,CODCr、NH4+-N和TP超标率分别为90%、30%、85%。5区养殖鱼塘水质的污染程度由高到低依次为禅城区、南海区、三水区、顺德区、高明区。全市养殖鱼塘的综合质量指数为1.44,水质整体上受到重度污染。TP的污染负荷分担率最高,其次是CODCr和NH4+-N。总体来说,佛山市基本农田保护区养殖鱼塘水体有机物污染十分突出,已出现富营养化。
對彿山市5區的基本農田保護區養殖魚塘水質抽樣調查,併採用環境汙染指數對水質狀況進行評價。結果錶明,養殖魚塘水溫和pH值均能達到魚類正常生長要求,溶解氧較豐富,但水質普遍過肥。在5區20箇調查點中,CODCr、NH4+-N和TP超標率分彆為90%、30%、85%。5區養殖魚塘水質的汙染程度由高到低依次為禪城區、南海區、三水區、順德區、高明區。全市養殖魚塘的綜閤質量指數為1.44,水質整體上受到重度汙染。TP的汙染負荷分擔率最高,其次是CODCr和NH4+-N。總體來說,彿山市基本農田保護區養殖魚塘水體有機物汙染十分突齣,已齣現富營養化。
대불산시5구적기본농전보호구양식어당수질추양조사,병채용배경오염지수대수질상황진행평개。결과표명,양식어당수온화pH치균능체도어류정상생장요구,용해양교봉부,단수질보편과비。재5구20개조사점중,CODCr、NH4+-N화TP초표솔분별위90%、30%、85%。5구양식어당수질적오염정도유고도저의차위선성구、남해구、삼수구、순덕구、고명구。전시양식어당적종합질량지수위1.44,수질정체상수도중도오염。TP적오염부하분담솔최고,기차시CODCr화NH4+-N。총체래설,불산시기본농전보호구양식어당수체유궤물오염십분돌출,이출현부영양화。
To investigate the water quality of sampling in aquaculture ponds around the basic farmland protection areas in the five districts of Foshan city, and use the environmental pollution index to evaluate the condition of water quality. The results indicated that water temperature and pH of aquaculture ponds cound meet the requirements of fish normal growth,and dissolved oxygen was rich, but the water quality was over fertilized generally. In 20 investigation spots of the five districts, the content of CODCr, NH4+-N and TP exceeded 90 , 30 and 5 respectively. The pollution degrees of the water quality from high to low in aquaculture ponds were Chancheng district、Nanhai district、 Sanshui district、 Shunde district、 Gaoming district. The comprehensive quality index of aquaculture ponds was 1.44 in Foshan city, the water quality was polluted severly as a whole. The share rate of pollution load of TP was the highest, the second were CODCr and NH4+-N. On the whole, the pollution of organic matter was very prominent in the water quality of aquaculture ponds around the basic farmland protection areas in Foshan city that had been eutrophicated.