Dataset for the article: Tropical rainforests exhibit higher multidimensional stability than rubber plantations despite lower resistance to temperature extremes

Figure 1H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\B\Analysis\Drawing_Latitude_Boxplot_AbsStability.m<br>Figure 2H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\B\Analysis\Step3_Drawing_Griant.m<br>Figure 3H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\B\Analysis\ step4_screened_shapely_analysis.py<br>Figure S2.\Code_Data\Data\Resampling_Data\Rubbers\Step_5.m<br>Figure S3H:\Rubber_vs_EBF\Continued_2025\Calculation\GPP_Average\Step3_Time_Series_Plot.mH:\Rubber_vs_EBF\Continued_2025\Calculation\GPP_Average\Step4_GPP_Latitudinal_Binning.m<br>Figure S4H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\GPP_Calculation\Step2_GPP_Latitudinal_Binning.m<br>Figure S5H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\GPP_Calculation\Step1_Annual_GPP_Latitudinal.m<br>Figure S7H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\GPP_Calculation\ Step2_GPP_Correlation_Heatmap.m<br>Figure S8H:\Rubber_vs_EBF\Continued_2025\Calculation_Proposal\A\All_Stability_Correlation_Heatmap.m<br>Figure S9H:\Rubber_vs_EBF\Continued_2025\Calculation\Uncertainty_Analysis\Products_Stability_Latitudinal_Grid_Absolute.m<br>Figure S11 ~ S16H:\Rubber_vs_EBF\Continued_2025\Calculation\Climate_Graint_Analysis\Step3_Drawing_Environmental_Factor_Combined_Groups_Boxplot.m<br><br>Figure S16 &amp; Figure S17H:\Rubber_vs_EBF\Continued_2025\Calculation\Uncertainty_Analysis\ARx_Time_Series_Sensitivity_Analysis_Improved.m<br>Figure S6 &amp; Figure S10.\Code_Data\Data\Default.gdb