In that sense, the productivity of mitigation resources is enhanced by better knowledge, an unequivocal gain in economic efficiency.
Even with the increased agricultural inputs associated with intensification and higher productivities, GHG mitigation benefits increased under these scenarios [65].
On the other hand, energy crop production can bring opportunities for increased agricultural production and productivity, rural development, agricultural diversification and climate change mitigation [8 10].
Rice productivity, soil health and mitigation of methane in paddy soil also depend on field management practices during rice cultivation.
Along with this the marginal abatement costs (MAC) of the counter-measures (CMs) and the co-benefits in terms of energy security, productivity and air pollutant mitigation are also assessed.
Demand for livestock products and methane mitigation is increasingly stimulating a search for technologies capable of increasing animal productivity while lowering enteric methane emissions.
Given that climate warming has already considerably extended the growing season in this region, northward transfer of genotypes could improve forest plantation productivity and enable more efficient mitigation of climate change.
Improved agronomic practices for increased crop productivity can be used as a mitigation factor for reducing the contribution of agriculture in the global emissions of N2O.
"Climate-smart" agricultural systems are resilient to climate change and offer carbon and GHG emissions mitigation potential without compromising productivity, food security, and the livelihoods of those working in the agricultural sector.
The tool helps measure outcomes related to increased productivity, food security, adaptation, resilience, and mitigation, and could be instrumental in helping countries measure progress towards established targets.
