A Soil Structure-Based Modeling Approach to Heterotrophic Respiration

This resource includes the Python scripts used to draw figures for the manuscript entitled \" A Soil Structure-Based Modeling Approach to Heterotrophic Respiration.\" The folder soil-heterogeneity-respiration contains following Jupyter notebooks with their description: Figure 1.ipynb file contains the code used to draw Figure 1 showing CDF of truncated gamma aggregate size distribution compared to the literature data. Figure 2.ipynb file contains the code used to draw Figure 2 showing how the model captured the effect of land uses on SOC in different aggregate size classes. Figure 3.ipynb file contains the code used to draw Figure 3 depicting the relationship of different biophysical factors controlling the soil microbial respiration at a relative soil moisture content. Figure 4.ipynb file contains the code used to draw Figure 4 depicting moisture-respiration relationship for different heterogeneity scenarios. Figure 5.ipynb file contains the code used to draw Figure 5 depicting moisture-respiration curves for homogeneous vs heterogeneous scenarios. To find the updated version of the codes, visit the GitHub link: https://github.com/Achla-Jha/soil-heterogeneity-respiration.git本资源包含用于绘制题为《基于土壤结构的异养呼吸建模方法》（A Soil Structure-Based Modeling Approach to Heterotrophic Respiration）的学术论文插图的Python脚本。名为soil-heterogeneity-respiration的文件夹包含以下带说明的Jupyter Notebook文件： 1. "Figure 1.ipynb" 包含用于绘制图1的代码，该图展示了截尾伽马团聚体粒径分布的累积分布函数（Cumulative Distribution Function，CDF）与文献数据的对比情况。 2. "Figure 2.ipynb" 包含用于绘制图2的代码，该图展示了模型如何复现土地利用类型对不同粒径团聚体中土壤有机碳（Soil Organic Carbon，SOC）的影响。 3. "Figure 3.ipynb" 包含用于绘制图3的代码，该图描绘了在相对土壤含水量条件下，调控土壤微生物呼吸的各类生物物理因子之间的关联。 4. "Figure 4.ipynb" 包含用于绘制图4的代码，该图展示了不同异质性情景下的水分-呼吸关联关系。 5. "Figure 5.ipynb" 包含用于绘制图5的代码，该图描绘了均一情景与非均一情景下的水分-呼吸曲线。 如需获取代码的更新版本，请访问以下GitHub链接：https://github.com/Achla-Jha/soil-heterogeneity-respiration.git