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Impact of Climate Change on Soil Organic Carbon Content on Agricultural Soils of Mexico

机译:气候变化对墨西哥农业土壤土壤有机碳含量的影响

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Changes in soil organic carbon (SOC) content for Mexico's agricultural land were estimated using the carbon accounting model of the IPCC guidelines (IPCC 2006) and the FAO soil organic matter decline model (Ortiz et al. 1994) for the short- and medium-term time horizons for a RCP of 8.5 W/m~2 of radiative forcing with the HADGEM and GFDL models. All models show a significant decrease in the surface with higher content of organic matter while the soils with lower organic matter content increase considerably. The variation between the models is relatively low among them, associated to both establishing an increase in temperature and decrease in precipitation which are the fundamental factors that define the mineralization of the SOC in the methods used.
机译:使用IPCC指南(IPCC 2006)和粮农组织土壤有机物质下降模型(Ortiz等,1994),估计墨西哥农业土地的土壤有机碳(SoC)含量的变化估计使用HATGEM和GFDL模型的8.5 W / M〜2辐射辐射的RCP的术语时间视野。所有模型都显示出具有更高含量的有机物质表面的显着降低,而有机质含量较低的土壤显着增加。其中模型之间的变化在它们中相对较低,与建立温度的增加和降水的降低相关,这是在所用方法中定义SOC的矿化的基本因素。

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