Global priority areas for ecosystem restoration

This unique multi-criteria optimization approach identifies priority areas for restoration across all biomes and estimates their benefits and costs. Restoring 30% of priority areas on agricultural land can reduce by 71% the risk of endangered species of extinction, while sequestering 49% of the total post-industrial revolution carbon increase. The cost-effectiveness can be increased up to thirteen times with optimized multi-criteria special allocations.

This unique multi-criteria optimization approach identifies priority areas for restoration across all biomes and estimates their benefits and costs. Restoring 30% of priority areas on agricultural land can reduce by 71% the risk of endangered species of extinction, while sequestering 49% of the total post-industrial revolution carbon increase. The cost-effectiveness can be increased up to thirteen times with optimized multi-criteria special allocations.

This unique multi-criteria optimization approach identifies priority areas for restoration across all biomes and estimates their benefits and costs. Restoring 30% of priority areas on agricultural land can reduce by 71% the risk of endangered species of extinction, while sequestering 49% of the total post-industrial revolution carbon increase. The cost-effectiveness can be increased up to thirteen times with optimized multi-criteria special allocations.

This unique multi-criteria optimization approach identifies priority areas for restoration across all biomes and estimates their benefits and costs. Restoring 30% of priority areas on agricultural land can reduce by 71% the risk of endangered species of extinction, while sequestering 49% of the total post-industrial revolution carbon increase. The cost-effectiveness can be increased up to thirteen times with optimized multi-criteria special allocations.

This unique multi-criteria optimization approach identifies priority areas for restoration across all biomes and estimates their benefits and costs. Restoring 30% of priority areas on agricultural land can reduce by 71% the risk of endangered species of extinction, while sequestering 49% of the total post-industrial revolution carbon increase. The cost-effectiveness can be increased up to thirteen times with optimized multi-criteria special allocations.