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Quantitative Analysis of Terrestrial Ecosystem Decline Related to Acidic/ Oxidative Substances. Global Environment Research Fund

Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 1. Study on acid deposition in degrading terrestrial ecosystems and the monitoring method. (Ministry of Environment, Japan S).
Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 2. Study on relation between nutritional dynamics and wood degeneration in terrestrial ecosystem, and insect pest damage. (Ministry of Environment, Japan S).
Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 3. Study on plant physiology, ecology and combined influences of environmental factors. (Ministry of Environment, Japan S).
Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 4. Quantitative evaluation of the effect of acid deposition on inland aquatic environment. (Ministry of Environment, Japan S).
Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 5. Development and overall evaluation of catchment model analysis method. (Ministry of Environment, Japan S).
Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 6. Development and activities of researchers network on terrestrial ecosystem deterioration. (Ministry of Environment, Japan S).
Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 7. Analysis of relationship between deterioration of Betula ermanii and environmental factors such as ozone. (Ministry of Environment, Japan S).
Research on quantitative analysis of degradation of terrestrial ecosystem from acid and oxidative substances. Part 8. Study on effects of eutrophic acid rain on water and sediment qualities and measurement of the effects. Predictive study on water quality of Miomote River in Murakami city, Niigata. (Ministry of Environment, Japan S).