Report

Republic of Rwanda: Greenhouse gas emissions baseline projection

By Seton Stiebert, Deborah Murphy, David Sawyer on May 8, 2013

Development of greenhouse gas emission baseline projections, or business-as-usual scenarios, are critical for the assessment of nationally appropriate mitigation actions.

These projections must be based on plausible and consistent assumptions on how different economic sectors might evolve in the absence of new policies and regulations directed at achieving greenhouse gas emission reductions.

Policy-makers can use the baseline projections to help evaluate appropriate technologies and practices to mitigate climate change and contribute to national development objectives. The main purpose of the baseline is to have a projection against which to evaluate mitigation policies and measures, but the baseline also provides a starting point to consider alternative scenarios and forecast emissions, and to measure progress towards possible targets. In addition, the process of developing baseline projections provides an independent review of the assumptions and data used to develop national emission inventories and can lead to more robust and accurate emission inventories.

In this report, a single emissions baseline projection for the Republic of Rwanda is generated out to 2030. It represents a conservative estimate of future emissions and considers existing climate policies and regulations. This forms the reference baseline—or business-as-usual scenario—against which it is possible to demonstrate the abatement potential of low-carbon development options. Specific methodologies, data and assumptions are presented for the seven sectors that align with United Nations Framework Convention for Climate Change guidelines: energy demand, energy supply, transportation, industrial processes, agriculture, land use, land-use change and forestry and waste. Recommendations are also made for the improvement of emission inventories.

Report details

Topic
Climate Change Mitigation
Region
Rwanda
Focus area
Climate
Publisher
IISD
Copyright
ÉcoRessources, IISD, 2013