环境砷污染的危害日益受到人们的重视。
More and more attentions have been paid to the harm of environmental arsenic pollution to human health.
由于没有其他环境砷污染，水砷含量高是自然形成的，因此属于饮水型地方性砷中毒。
Because of natural high arsenic in drinking water and no pollution else, it was drinking water type of endemic arsenicosis.
目的查清陕南燃煤污染区的环境砷污染及地方性砷中毒的发病情况和危害程度，确认该区域是否为燃煤型地方性砷中毒病区。
Objective to know the instance of arsenic pollution and endemic arsenism and the degree of damage in the south of Shannxi province, to affirm whether there was coal burning-born arsenism areas.
根据个旧地区的地理环境、气象条件及工业粉尘情况，确定个旧地区土壤中铅、砷污染模式为大气污染型。
According to geographic environment, meteorological condition and industrial dust, lead and arsenic pollution model of the Gejiu area's soil is defined as atmospheric pollution type.
方法：分析污染区和对照区环境样品和居民头发砷含量。
Methods: to analyse the arsenic levels in environmental samples and hair in the polluted areas and a control area.
地下水砷污染是影响地区居民身体健康和生活水平提高的重大环境地质问题之一。
Arsenic pollution in groundwater is one of the important environment geological problems, which are effecting local people's health and living level.
综合分析了砷的污染途径以及对人类和环境的危害，并对砷污染的治理方法进行了阐述。
The way and making harm effect for human and environment of arsenic pollution are synthetic analyzed. Its treated technology is summarized.
砷污染越来越成为一个严重的环境问题和社会问题，目前最为严重的正是人为的污染。
Arsenic pollution is becoming an more and more serious environmental and social problem. Now man-made pollution is the most severe.
主要介绍了砷的基本性质及水环境中砷污染的来源、现状，阐述了砷及其化合物对环境和生物所造成的毒害。
This paper has given an analysis on where arsenic comes from, present pollution situation, and description of arsenic and its compounds' harmful effect on environment and life things.
工业污染及水源污染使人暴露于无机砷的环境，导致慢性砷中毒。
The pollution of drinking water make people expose to the inorganic arsenic and cause the chronic arsenic poisoning.
砷广泛分布于自然界，而且是一种重要的环境污染物。
Arsenic is widely distributed in nature and also an important environmental pollutant.
此工艺不仅提高了产品质量，而且避免了火法提砷所造成的环境污染问题。
It improves the quality of product and reduces the air pollution in comparison with fire method.
此工艺不仅提高了产品质量，而且避免了火法提砷所造成的环境污染问题。
It improves the quality of product and reduces the air pollution in comparison with fire method.
应用推荐