ACE4ES Consortium Calls for Enhanced Agriculture Sector Contribution to Ghana’s NDCs
Agriculture, accounting for approximately 25% of Ghana’s greenhouse gas emissions, notably contributes substantial amounts of methane from rice and livestock systems, nitrous oxide from fertilizer and manure use, and black carbon emissions through biomass burning practices. Addressing these SLCPs presents an exceptional opportunity to rapidly mitigate climate change, improve air quality, and enhance human health and agricultural productivity.
In line with Ghana’s ambitious climate targets, the ACE4ES Consortium proposes:
Methane Emission Reductions of 25-30% through improved livestock management, manure handling, and sustainable rice cultivation techniques such as Alternate Wetting and Drying (AWD) and System of Rice Intensification (SRI).
At least 25% Nitrous Oxide Emission Reductions via optimized nitrogen management, enhanced manure management practices, and adoption of integrated soil fertility management strategies, including biochar and composting.
Minimum 40% Black Carbon Emission Reductions by promoting sustainable agricultural residue management practices, eliminating open biomass burning, and fostering agroforestry and sustainable household energy alternatives.
The Consortium underscores the critical need for robust stakeholder collaboration, capacity building, improved emissions data management, and adequate financing mechanisms to successfully achieve these targets. The ACE4ES Consortium reaffirms its commitment to providing technical support, facilitating stakeholder engagement, and advocating for evidence-based policy actions to support Ghana’s agriculture sector contributions to the Nationally Determined Contributions (NDCs).
We call upon policymakers, private sector leaders, civil society organizations, research institutions, farmers, and international development partners to join us in advancing a resilient, climate-smart agricultural future for Ghana and beyond.
For further information, contact: ACE4ES Consortium Coordination Team
CSIR-Crops Research Institute (CSIR-CRI)
Email: info@ace4es.org | asante.kwaku@gmail.com
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