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Closing the Loop on Phosphorus Loss from Intensive Agricultural Soil: A Microbial Immobilization Solution?

机译：封闭集约化农业土壤中磷的流失：微生物固定化解决方案？

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期刊名称 other
作者
Lin Zhang; Xiaodong Ding; Yi Peng; Timothy S. George; Gu Feng;
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年(卷),期 -1(9),-1
年度 -1
页码 104
总页数 4
原文格式 PDF
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中图分类
关键词
agricultural soil carbon: phosphorus ratio increase carbon input microbial biomass phosphorus phosphorus pollution;

机译：农业土壤;碳：磷比;增加碳输入;微生物量磷;磷污染;

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专利

1. Closing the Loop on Phosphorus Loss from Intensive Agricultural Soil: A Microbial Immobilization Solution? [J] . Lin Zhang, Xiaodong Ding, Yi Peng, Frontiers in Microbiology . 2018,第6期

机译：封闭集约化农业土壤中磷的流失：微生物固定化解决方案？
2. Closing the Loop on Phosphorus Loss from Intensive Agricultural Soil: A Microbial Immobilization Solution? [J] . Lin Zhang, Xiaodong Ding, Yi Peng, Frontiers in Microbiology . 2018,第5期

机译：封闭集约化农业土壤中磷的流失：微生物固定化解决方案？
3. Carbon addition reduces labile soil phosphorus by increasing microbial biomass phosphorus in intensive agricultural systems [J] . Soil Use and Management . 2020,第3期

机译：碳添加通过增加密集农业系统中的微生物生物量磷来减少不稳定的土壤磷
4. Application of soil survey to assess phosphorus loss by runoff from agricultural watersheds [C] . Moustafa Elrashidi, Larry West World Congress of Soil Science . 2011

机译：土壤调查在农业流域径流评价磷损失中的应用
5. Canopy tree -soil -microbial interactions in a northern hardwood ecosystem: Effects of soil freezing disturbance on soil solution chemistry and nutrient loss [D] . Fitzhugh, Ross DeHart 2000

机译：北方硬木生态系统的冠层树-土壤-微生物相互作用：土壤冻结扰动对土壤溶液化学和养分流失的影响
6. Long-Term Nitrogen Fertilization Elevates the Activity and Abundance of Nitrifying and Denitrifying Microbial Communities in an Upland Soil: Implications for Nitrogen Loss From Intensive Agricultural Systems [O] . Fenghua Wang, Shuaimin Chen, Yuying Wang, -1

机译：长期施用氮肥可提高旱地土壤中硝化和反硝化微生物群落的活动和丰富度：集约化农业系统氮素流失的含义
7. Intensive agricultural management‐induced subsurface accumulation of labile phosphorus in Midwestern agricultural soils dominated by tile lines [O] . Suwei Xu, Lowell Gentry, Kai‐Yue Chen, 2020

机译：瓷砖线主要农业土壤中不稳定磷的密集农业管理诱导的地下积累

Closing the Loop on Phosphorus Loss from Intensive Agricultural Soil: A Microbial Immobilization Solution?

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