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Responses of soil nitrogen mineralization to temperature and moisture in alpine ecosystems on the Tibetan Plateau

机译:土壤氮矿化对藏高原高原生态系统温度和水分的反应

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摘要

The responses of soil net nitrogen (N) mineralization to temperature and moisture were investigated in four alpine ecosystems of forest, shrub, meadow and steppe by laboratory incubation method with undisturbed soil cores on the Tibetan Plateau. The results indicated the soil net N mineralization varies greatly between alpine ecosystems. The soil net N mineralization rate in three incubating moisture of forest ecosystem rose markedly, and that of meadow ecosystem rose gently from temperature of 5°C to 35 °C, while that of shrub and steppe ecosystems increased from temperature of 5 °C to 25 °C and reduced from temperature of 25 °C to 35 °C. At the same incubating temperature, the soil net N mineralization of four alpine ecosystems increased in the middle moisture and deceased in the low or high moisture.
机译:通过在藏高原上具有未受干扰的土壤核心的森林,灌木,草地和草原,研究了土壤净氮(N)矿化对温度和水分的矿化对温度和水分的响应。结果表明土壤净矿化在高山生态系统之间变化大大变化。三种孵化水分的土壤净矿化率显着升高,草甸生态系统从5°C温度升高到35°C,而灌木和草原生态系统的温度从5°C的温度增加到25℃ ℃,从25℃的温度降低至35℃。在相同的孵育温度下,四个高山生态系统的土壤净矿化在中间水分中增加,在低或高水分中死亡。

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