This dataset represents the potential SOC (Soil Potential Carbon) stock for subsoil in 2050 (medium term) under B1 IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for subsoil according to changes in land use and climate zone in 2050 under B1. Classes of stock are as below: - Very low (<10 Mg/ha); - Low (10-30 Mg/ha); - Medium (30-50 Mg/ha); - High (50-70 Mg/ha); - Very high (>70 Mg/ha).

This dataset represents the potential SOC (Soil Potential Carbon) stock for subsoil in 2100 (long term) under B1 IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for subsoil according to changes in land use and climate zone in 2100 under B1. Classes of stock are as below: - Very low (<10 Mg/ha); - Low (10-30 Mg/ha); - Medium (30-50 Mg/ha); - High (50-70 Mg/ha); - Very high (>70 Mg/ha).

This dataset represents the potential SOC (Soil Potential Carbon) stock for topsoil in 2100 (long term) under B1 IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for topsoil according to changes in land use and climate zone in 2100 under B1. Classes of stock are as below: - Very low (<15 Mg/ha); - Low (15-40 Mg/ha); - Medium (40-70 Mg/ha); - High (70-140 Mg/ha); - Very high (>140 Mg/ha).

This dataset represents the potential SOC (Soil Potential Carbon) stock for topsoil in 2050 (medium term) under B1 IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for topsoil according to changes in land use and climate zone in 2050 under B1. Classes of stock are as below: - Very low (<15 Mg/ha); - Low (15-40 Mg/ha); - Medium (40-70 Mg/ha); - High (70-140 Mg/ha); - Very high (>140 Mg/ha).

This dataset represents the potential SOC (Soil Potential Carbon) stock for topsoil in 2050 (medium term) under A1FI IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for topsoil according to changes in land use and climate zone in 2050 under A1FI. Classes of stock are as below: - Very low (<15 Mg/ha); - Low (15-40 Mg/ha); - Medium (40-70 Mg/ha); - High (70-140 Mg/ha); - Very high (>140 Mg/ha).

This dataset represents the potential SOC (Soil Potential Carbon) stock for subsoil in 2050 (medium term) under A1FI IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for subsoil according to changes in land use and climate zone in 2050 under A1FI. Classes of stock are as below: - Very low (<10 Mg/ha); - Low (10-30 Mg/ha); - Medium (30-50 Mg/ha); - High (50-70 Mg/ha); - Very high (>70 Mg/ha).

This dataset represents the potential SOC (Soil Potential Carbon) stock for topsoil in 2100 (long term) under A1FI IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for topsoil according to changes in land use and climate zone in 2100 under A1FI. Classes of stock are as below: - Very low (<15 Mg/ha); - Low (15-40 Mg/ha); - Medium (40-70 Mg/ha); - High (70-140 Mg/ha); - Very high (>140 Mg/ha).

This dataset represents the potential SOC (Soil Potential Carbon) stock for subsoil in 2100 (long term) under A1FI IPCC emission scenario. It is function of re-spatialization of mean actual SOC stock for subsoil according to changes in land use and climate zone in 2100 under A1FI. Classes of stock are as below: - Very low (<10 Mg/ha); - Low (10-30 Mg/ha); - Medium (30-50 Mg/ha); - High (50-70 Mg/ha); - Very high (>70 Mg/ha).