Reis und Biochar Carbon Projektentwicklung
Hintergrund
Irrigated rice farming is a significant source of methane. Smallholders face complex Monitoring, Reporting, and Verification (MRV) challenges, as well as eligibility and market barriers, while biochar scaling encounters regulatory, financing, and capacity gaps. GIZ’s i4Ag CORE program partners with Olam Agri and AfricaRice to valorize greenhouse gas reductions in Nigeria’s rice value chain. Unique developed integrated roadmaps for Alternate Wetting and Drying (AWD) rice and biochar, aligning standards, MRV, and scaling pathways.
Unser Beitrag
- Mapping of stakeholders, governance, and benefit-sharing options for the rice component
- Development of a roadmap for AWD/rice-based biochar projects
- Align roadmaps with Verra VM0051 for the rice component
- Support biochar technology selection
Verwandte Projekte
Verwandte Projekte zu diesem Thema.
- Verwandtes Thema Alternierende Reis Nass- und Trockenbewirtschaftung zur CO2-Emissionsreduzierung GIZ · Nigeria · 2025–2027 The Nigerian rice sector faces challenges of high greenhouse gas emissions from irrigated wetland cultivation and low productivity among smallholder … Projekt ansehen
- Verwandtes Thema Messung, Berichterstattung und Überprüfung der Reduzierung von THGs SNV · Vietnam · 2024–2025 Agricultural practices are causing over 50% of non-carbon dioxide greenhouse gas (GHG) emissions; about 7% result from rice farming. Projekt ansehen
- Verwandtes Thema Bewertung von Biokohle-Initiativen in der asiatisch-pazifischen Region The World Bank · Verschiedene – Asien und Ozeanien · 2025 The East Asia and Pacific (EAP) region faces challenges in achieving sustainable agricultural productivity and reducing carbon emissions. Projekt ansehen
- Verwandtes Thema Monitoring- und Evaluationsrahmen für ein Klima Projekt The World Bank · Kenia · 2016 The Government of Kenya and the World Bank are currently preparing the Kenya Climate Smart Agriculture Project. Projekt ansehen