[Effects of Various Combinations of Fertilizer, Soil Moisture, and Temperature on Nitrogen Mineralization and Soluble Organic Nitrogen in Agricultural Soil].
Feifei Tian, Hongfei Ji, Leyun Wang, Xilai Zheng, Jia Xin, Hui Nai
Abstract
Feifei Tian, Hongfei Ji, Leyun Wang, Xilai Zheng, Jia Xin, Hui Nai
Abstract
=1.01). The results showed that the application of organic manure significantly reduced the sensitivity of the rate of nitrogen mineralization to temperature changes, which was beneficial in slowing down the release rate of mineral nitrogen under high temperatures and improving the nitrogen utilization efficiency of crops.
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=1.01). The results showed that the application of organic manure significantly reduced the sensitivity of the rate of nitrogen mineralization to temperature changes, which was beneficial in slowing down the release rate of mineral nitrogen under high temperatures and improving the nitrogen utilization efficiency of crops.
Key concepts: Mineralization (soil science), Nitrogen, Chemistry, Nitrogen cycle, Soil water, Animal science, Manure, Water content