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Catchment topography and the distribution of electron donors for denitrification control the nitrate concentration in headwater streams of the Lake Hachiro watershed
Soil Science and Plant Nutrition ( IF 1.9 ) Pub Date : 2020-10-19 , DOI: 10.1080/00380768.2020.1827292 Atsushi Hayakawa 1 , Yu Funaki 1 , Tatsuya Sudo 1 , Ryoki Asano 2 , Hirotatsu Murano 3 , Shintaro Watanabe 1 , Tomoko Ishida 1 , Yuichi Ishikawa 1 , Shin Hidaka 4
Soil Science and Plant Nutrition ( IF 1.9 ) Pub Date : 2020-10-19 , DOI: 10.1080/00380768.2020.1827292 Atsushi Hayakawa 1 , Yu Funaki 1 , Tatsuya Sudo 1 , Ryoki Asano 2 , Hirotatsu Murano 3 , Shintaro Watanabe 1 , Tomoko Ishida 1 , Yuichi Ishikawa 1 , Shin Hidaka 4
Affiliation
We examined the linkages between topography and electron donors for denitrification on in-stream NO3 − concentration in headwater catchments in the Lake Hachiro watershed having marine sedimentary ...
中文翻译:
流域地形和用于反硝化的电子供体分布控制着八郎湖流域源头溪流中的硝酸盐浓度
我们检查了地形和电子供体之间的联系,以对河内 NO3 的反硝化作用 - 八郎湖流域中具有海洋沉积物的源头集水区的浓度......
更新日期:2020-10-19
中文翻译:
流域地形和用于反硝化的电子供体分布控制着八郎湖流域源头溪流中的硝酸盐浓度
我们检查了地形和电子供体之间的联系,以对河内 NO3 的反硝化作用 - 八郎湖流域中具有海洋沉积物的源头集水区的浓度......