Outcome analysis of screening on high arsenic water in Honghu city,Hubei province in 2006 and 2007
10.3760/cma.j.issn.1000-4955.2010.03.025
- VernacularTitle:2006和2007年湖北省洪湖市高砷水筛查结果
- Author:
Jing-ning, LI
;
Wen-yi, YIN
;
Hai-tao, XU
;
Min, BIE
;
Xue-de, YAN
- Publication Type:Journal Article
- Keywords:
Arsenism;
Drinking;
Epidemiologic methods;
Data collection
- From:Chinese Journal of Endemiology
2010;29(3):330-332
- CountryChina
- Language:Chinese
-
Abstract:
Objective To investigate the distribution of high-arsenic drinking water in Honghu city of Hubei province in order to provide a scientific basis for prevention and control of endemic arsenic disease.Methods Investigations were made in 22 townships(towns,districts),68 natural villages of the drainage areas of the Dongjing River,the Neijing River and the Yangtse River in 2006 and 2007,with the townships(towns,districts)around Shahu town in Xiantao city as the focal point.1000 water samples were drawn each year,which was 10% of all the wells in every natural village.Using sampling investigation,water arsenic Was determined by half-quantitative fast reagent kit.All samples of water with arsenic exceeding the standard(≥0.03 mg/L)were re-determined according to state standard.Surveys on the disease was carried out in the villages(brigades)where arsenic exceeded the standard.Results A total of 2000 samples were surveyed from 68 natural villages,of which there were 401 samples from 48 villages exceeding the standard in a rate of 20.05%(401/2000).The highest arsenic content Was 0.71 mg/L.The high arsenic water sources were distributed mainy in the drainage areas of the Dongjing River and the Neijing River,but no patients with endemic arsenic disease were found.Conclusions The high arsenic water sources are distributed mainly in the drainage areas of the Dongjing River and the Neijing River.It is suggested that the interrelated government departments should take precise measures to impmve the quality of drinking water and ensure safe water to the residents in high arsenic areas.
