Derived annual pixel tables, landscape-position proxy outputs, boundary-risk outputs, and analysis scripts for feasible-frontier analysis of forest restoration outcomes in Tibet (2002–2024)

The study evaluates restoration-related forest outcomes across Tibet within a unified 1-km LAEA analytical framework for 2002–2024. All annual climate, topographic, and productivity/evapotranspiration layers were standardized to a common projection, spatial resolution, and spatial index and were organized into harmonized annual pixel tables for frontier identification, threshold analysis, environmental heterogeneity analysis, landscape-position augmented modeling, and boundary-risk mapping.

The archived dataset includes: (1) derived annual harmonized pixel tables used in the analysis; (2) annual variables related to carbon gain, water cost, water yield, and late-spring exposure, including NPP, ET, WY, WYfrac, precipitation, and heat, dry, and snow-transition exposure metrics; (3) corridor- and bottleneck-based positional proxy outputs used to construct aligned landscape-position variables; (4) boundary-risk outputs used to identify frontier proximity, hydroclimatic tightening, and risk classes; and (5) analysis scripts used for preprocessing, model fitting, robustness analysis, and figure generation.