@techreport{oai:mie-u.repo.nii.ac.jp:00010768,
 author = {取出, 伸夫 and TORIDE, Nobuo and 渡辺, 晋生 and WATANABE, Kunio and 斎藤, 広隆 and SAITO, Hirotaka and 坂井, 勝 and SAKAI, Masaru and 橋本, 洋平 and HASHIMOTO, Yohei},
 month = {May},
 note = {application/pdf, 不飽和土中の有機物分解に伴う窒素成分の移動予測を行うために，LEACHMの窒素・炭素循環連結モデルをPHREEQCプログラムで表現し，HP1プログラムを用いてHYDRUSと連結した．それにより，非等温の不飽和土中の有機物分解と窒素成分の移動予測が可能となった．また，還元状態の生じる水田土に対して，湛水条件下の土カラム中の酸化還元電位と溶存酸素のモニタリング実験を行い，表面酸化層，還元層の発達過程を明らかにした．, In order to predict the fate and transport of nitrogen in soils as a result of decomposition of organic matter, we implemented a coupled carbon and nitrogen cycling model based on the LEACHM code using the PHREEQC program. The carbon and nitrogen cycling model described with PHREEQC was linked with HYDRUS-1D using the HP1 code. Various nitrogen transport scenarios could be demonstrated for the application of organic matter to a variable-saturated soil under nonisothermal conditions. Furthermore, oxidation-reduction potential and dissolved oxygen were monitored in a ponded saturated paddy soil column to observe the formation of the surface oxidation layer and the reduced layer., 2011年度～2013年度科学研究費補助金(基盤研究(B))研究成果報告書, 23380140},
 title = {土壌圏における水分・窒素・炭素統合循環モデルの構築},
 year = {2014}
}