REDD+ and Climate Change
Global initiative to mitigate carbon emissions and enhance sustainable forest management
A national REDD+ strategy process relies on analysing different strategic options and prioritising a set of policies, programs and inventions for addressing the drivers of deforestation and forest degradation, reducing greenhouse gas emissions and improving the carbon sink capacity at national, regional and landscape levels, following the sustainable development principles and a cross-sectoral approach.
Arbonaut also supports strategy implementation by developing desired information systems, such as National Forest Monitoring System (NFMS), Safeguards Information System (SIS) and Carbone Register.
Arbonaut has contributed to the National REDD+ strategy development in Nepal, Uganda and Ethiopia.
Forest Reference Emission Level (FREL/REL)
It is necessary to establish a business-as-usual baseline that future land use changes and forest degradation emissions are compared to. Forest Reference Emissions Levels enable monitoring the effectiveness of strategic interventions to address drivers of deforestation and forest degradation and justifying the performance-based carbon payments.
FREL/REL is based on accurate forest inventory data. Arbonaut with its partners has successfully developed a sub-national reference level with a LiDAR-Assisted Multisource Programme (LAMP) approach in Nepal.
Measuring, Reporting and Verification (MRV)
The REDD+ countries need to establish the Measuring, Reporting, and Verification systems to monitor and report greenhouse gas emissions by sectors and drivers to the United Nations Framework Convention on Climate Change. Arbonaut has contributed to the integrated MRV systems by strengthening existing institutional capacity and integrating necessary system tools in line with the Global Forest Observation Initiative methodological guidelines in Ghana and Senegal.
Land use and land cover mapping
The challenges associated with the land management regimes originate globally from the rising demand for land. Up-to-date information is required for land allocation, optimization and suitability assessment for forestry, agriculture, mining industry, human settlements and infrastructure development. Meanwhile, agricultural waste products, degraded forests and wastelands are valuable reserves for the future bioenergy production.