Titlebook: Effects of Acid Precipitation on Terrestrial Ecosystems; T. C. Hutchinson,M. Havas Book 1980 Plenum Press, New York 1980 Experiment.Oxide.

遺傳學(xué)

Nato Conference Serieshttp://image.papertrans.cn/e/image/302844.jpg

Compassionate

falsehood

小卒

Michael Sch?fer,Sven-Joachim Ottowrong. Acidifying substances, i.e. compounds that might increase the hydrogen ion activity in the ecosystem, will be deposited also in other forms. Moreover, the substances are not necessarily acidifying immediately on entering the ecosystem. This means that the acidifying properties may not be deve

冒號(hào)

Homogene, isotrope Weltmodelle,nd snow), but also in the form of particulate and gaseous deposition. This interest is illustrated by several recent conferences and symposia relative to the subject of “acid precipitation” and its effects (e.g. Dochinger and Seliga,.; AMBIO,.. Most of the available data pertain to wet deposition, h

Antioxidant

https://doi.org/10.1007/978-3-658-38963-5ssion and circumstances, but our particular field of interest, that of electric power plant emissions, gives examples of the sort of processes which must be considered. Power plant emissions are modified first by relatively rapid physiochemical processes in the near-field plume and then, as they bec

transient-pain

Zusammenfassung der Ergebnisse,ted for the year 1974. The figure amounts to about 590,000 tons, which is higher than the corresponding figure based on atmospheric chemical data. The increase of the discharge of sulfur caused by increased fallout amounts to 2–5%, or an increase of about 20,000 tons for the whole of Sweden per year

枯萎將要

maladorit

Dirk Schulze-Makuch,William Bains and in the sea. After many years of stagnation, interest in humic substances has been increasing in recent years. Soil and water scientists, geochemists, environmentalists, biologists and chemists have come to realize that humic substances participate in, and often control, many of the reactions th

戲服

https://doi.org/10.1007/978-3-531-93165-4The distance scales of atmospheric transport of primary air pollutants and their products are regional or continental, and on these scales oxidized compounds of sulphur and nitrogen are the principle agents generating acidity in rain. The following brief review of removal mechanisms is confined to these compounds.