Diverse tropical forests are more stable than monocultured rubber plantations

The data and code used for the manuscript which titled "Diverse tropical forests are more stable than monocultured rubber plantations" and submitted to GRL. Figure 1 H:\Rubber_vs_EBF\Continued_2025\Calculation\GPP_Average\Step3_Time_Series_Plot.m H:\Rubber_vs_EBF\Continued_2025\Calculation\GPP_Average\Step4_GPP_Latitudinal_Binning.m Figure 2 H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\B\Analysis\Drawing_Latitude_Boxplot_AbsStability.m Figure 3 H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\B\Analysis\Step3_Drawing_Griant.m Figure S2 .\Code_Data\Data\Resampling_Data\Rubbers\Step_5.m Figure S3 H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\GPP_Calculation\Step2_GPP_Latitudinal_Binning.m Figure S4 H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\GPP_Calculation\Step1_Annual_GPP_Latitudinal.m Figure S6 H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\GPP_Calculation\ Step2_GPP_Correlation_Heatmap.m Figure S7 H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\All_Stability_Correlation_Heatmap.m Figure S8 H:\Rubber_vs_EBF\Continued_2025\Calculation\Uncertainty_Analysis\Products_Stability_Latitudinal_Grid_Absolute.m Figure S10 ~ S15 H:\Rubber_vs_EBF\Continued_2025\Calculation\Climate_Graint_Analysis\Step3_Drawing_Environmental_Factor_Combined_Groups_Boxplot.m Figure S16 & Figure S17 H:\Rubber_vs_EBF\Continued_2025\Calculation\Uncertainty_Analysis\ARx_Time_Series_Sensitivity_Analysis_Improved.m Figure S5 & Figure S9 .\Code_Data\Data\Default.gdb