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Our goals are to clarify the biological and chemical processes affecting the relationship between soil water and nutrients and plant growth. Our focus is on investigation of the dynamics of water, nutrients and carbon in forest ecosystems and the interaction between nutrients and water and plants with the aim of evaluating the effect of anthropogenic and natural impacts on forest ecosystems. |
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Image1:Observation of woody roots using minirhizotron | Image2:Analysis of greenhouse gases | Image3:Changes in soil solution chemistry by nitrogen application |
Head | Satoru MIURA Soil genesis; Soil erosion; Biogeochemistry; Soil protection |
Senior Researcher | Hitomi FURUSAWA Nitrogen cycling; Soil genesis; Decomposition of organic matter |
Senior Researcher | Masahiro INAGAKI Nutrient cycling; Stoichiometry; Wet tropical soils; Nutrient availability |
Senior Researcher | Toru HASHIMOTO Forest ecology; Ecological heterogeneity; Scaling; Soil CO2 efflux |
Senior Researcher | Yoshiyuki INAGAKI Nitrogen mineralization; Litterfall; Organic matter decomposition; Nutrient use efficiency |
Senior Researcher | Junko NAGAKURA Cryptomeria japonica; Chamaecyparis obtusa; Transpiration; Nitrogen load; Nutrition of trees |
Senior Researcher | Tomoaki MORISHITA Nitrous oxide flux, Denitrification, Methane flux, Siberia, Forest soil |
Post-doctoral position (Wood Pellet) |
Tetsuya SANO |
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Key words of the laboratory: Soil nutrient; Woody plant nutrition; Woody root; Soil biochemistry; Organic matter decomposition; Acidic deposition, Greenhouse gases |
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