环境酸化

环境酸化引起钙失衡的生理生态学效应

Eco-physiological effect of calcium imbalance caused by environmental acidification : A review

环境酸化是全球变化中的一个重要内容，土壤酸化是环境酸化的一个重要方面。

Environmental acidification is one of the vital problem in global change . Soil acidification is a major field of environmental acidification .

DMS是海洋中最主要的挥发性有机硫化物，对全球气候变化和环境酸化产生重要影响。

Dimethylsulfide ( DMS ), the most important volatile sulfur compound in the oceans , is the main source of sulfur to the atmosphere and plays a key role in the interaction between marine biota and global climate change via the formation of atmospheric aerosol and cloud condensation nuclei .

城市地质环境酸化的初步研究宝鸡至天水铁路工程地质环境遥感分析

Rudimentary assessment of geological environment acidification in city application of remote sensing to study of engineering geological environment on Baoji-Tianshui Railway

在贵阳市近郊一封闭的小集水区设置了环境酸化过程试验场。

A small catchment experiment in the suburb of Guiyang , China was introduced for studying the processes of environment acidification .

酸性降水使环境酸化，带来了一系列的生态破坏和经济损失，引起人们的高度重视。

Great attention has been played on sulfur pollution after a series of ecological damage and economic losses caused by environmental acidification .

20世纪70年代后期，大气沉降和环境酸化对森林水质的影响成为研究趋势。

Late 1970 ' , the research trend was to study the influence of air sedimentation and environment acidification to water quality of forest .

富营养化和环境酸化潜力的96%以上以及全球变暖潜力的50%左右均来自种植环节。

Subsequently , More than 96 % of aquatic eutrophication and acidification potential as well as over half of global warming potential originated from the crop cultivation within the crop life cycle .

酸沉降与环境的酸化模型在国外已有较大进展，在我国尚属起步阶段。

A great progress has been made in acidification model that describes the relation between acid deposition and environment in abroad .

由于CO2的溶解与吸收以及有机物的降解造成了海洋环境的日益酸化，引起了海水中碳酸盐溶解度增大；沉积物中酸碱环境的变化也与有机物的矿化以及碳酸盐的溶解、沉淀过程密切相关。

But , the increasing acidification of marine environment caused by CO_2 dissolution and organic matter degradation brought about the solubility augmentation of carbonate in seawater .

本研究结果为金矿开发废碴的环境管理和酸化控制提供了科学依据。

Those results provided scientific basis for environmental managements and remediation on gold mining discarded rocks and tailings .

实验分两部分，第一部分旨在研究性能最佳的混凝剂和助凝剂，以及其参数的确定和处理环境中温度、酸化处理等因素对絮凝效果的影响。

In parts 1 , The first aims at studying flocculation aid and the coagulant of the best of performance , as well as its parameter determine and the temperature in environment melt the factors such as handling for flocculants the influence of effect .

我国的研究主要集中于风化较深的土壤，而对土壤风化程度较浅的区域，在一定的耕种管理措施和农业环境下产生的酸化问题研究较少。

Our country 's research mainly focused on efflorescent deeper soil , but to the shallower region which influenced by some cultivation management and environment , the acidified question researched less . The Chengdu plain was our country 's important grain and oil production base .

将各阶段的污染物排放情况列出清单，根据污染物排放种类，对各阶段进行环境影响评价（全球变暖，环境酸化，富营养化，光化学臭氧合成）。

Depending on pollutants during the stages , environmental impact ( global warming , acidification , eutrophication , photochemical oxidation ) was evaluated during the stages .