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STAR

STAR. GEF–5 – STAR. Following the Mid-Term Review of the RAF, GEF Council made specific recommendations: (a) Scenarios (options) for an expansion of the RAF for all focal areas by GEF-5 (b) Steps towards improving the RAF for BD and CC in GEF-5

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STAR

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  1. STAR

  2. GEF–5 – STAR • Following the Mid-Term Review of the RAF, GEF Council made specific recommendations: (a) Scenarios (options) for an expansion of the RAF for all focal areas by GEF-5 (b) Steps towards improving the RAF for BD and CC in GEF-5 (c) Rules and procedures for reallocation of unused RAF resources in GEF-4 • GEF SEC has been working on defining options on how to derive GEF-wide country scores and allocations across all the focal areas of the GEF under three different replacement scenarios in GEF5. • GEF SEC proposes to change the name from the RAF (Resource Allocation Framework) to the System for Transparent Allocation of Resources or ‘STAR’.

  3. GEF–5 – STAR • Compared with the RAF in GEF-4, the STAR in GEF-5 has the following features: • Expanded replenishment scenarios. Three replenishment scenarios were simulated to better capture the potential impacts of the replenishment on allocations: low ($3.1 billion), medium ($5 billion) and high ($10 billion). • More allocation options. Three allocation options were developed to provide more flexibility of allocations. These three allocation options are: (1) a continuation of the ‘status quo’ into GEF-5 with only two focal areas under the STAR: one for CC and the other for BD; (2) individual allocations under three major labels: CC, NR and Chemicals (or CH); and (3) individual allocations of the four focal areas: CC, BD, LD, International Water or IW and CH

  4. GEF–5 – STAR • New GBI indicator for Biodiversity. improve GBI by using a new indicator for Biodiversity (IUCN Red List) • New eligibility index. The GEF Secretariat developed a new set of eligibility indicators for other focal areas • New rules of allocation. In STAR, the group allocations and 50% rule that were part of GEF-4 were abolished. • New presentation of results. In STAR, a map generation software program was adapted and used to generate maps to show the allocation range for different continents.

  5. GEF–5 – STAR • Improvements of the STAR From March-May 2009 a) A new floor. A flow of $ 1 million is set for each of the focal areas. There was no floor in the March 2009 paper. b) New shares of exclusion. Share of overall exclusion was set at 20% in the previous STAR. In this version of the STAR, shares of 37.2%, 34.3% and 32.5% were set for $10 billion scenario, $5 billion scenario, and $3.1 billion scenario respectively. c) New presentation of results. The map generation software program of the UNESCO was further used to generate maps that show allocation amounts to individual countries. d) A proposal for a new GPI. The new GPI indicator would be comprised of two indexes: the Environmental Performance Index (EPI) and the Environmental Vulnerability Index EVI.

  6. GEF–5 – STAR Eligibility • Need to clarify eligibility: • Convention definitions • GEF Instrument Art 9 a or b • Countries under UN sanctions? • High GDP? (Brunei, Qatar) • Countries that never access GEF. Inactive concept. • Countries that joined the EU?

  7. GEF–5 – STAR Methodology • Options • Option A: Business-as-usual. This would imply the continuation of two STAR systems. The first would cover the BD and CC focal areas, but with improved and simplified indices. The other four focal areas would still be held outside of the STAR. • Option B: Apply STARs in CC, BD and NR. Under this option, there would be three STARs with separate allocations for Natural Resources, Climate Change and Chemicals (the Natural Resources STAR would include Biodiversity and Land Degradation). Focal area specific environmental benefit indices would be matched with a common performance index to calculate country allocations for each focal area, which would then be aggregated to derive a total country allocation. • Option C: Expansion of STAR to all Focal Areas in each Country. Option C expands the resource allocation to all five focal areas presented as individual areas. Countries’ allocation scores are calculated by aggregating the four focal area allocations (CC, BD, LD, and CH)

  8. GEF–5 – STAR Global Performance Index (GPI) • GPI in GEF 4: a) Country Environmental Policy and Institutional Assessment Indicator (IDA); b) quality of management in public sector; c) Quality of completed and ongoing projects. • New GPI proposal: • Two indexes: Environmental Performance Index (EPI) based on MDG 7 and Environmental Vulnerability Index (EVI).

  9. GEF–5 – STAR Environmental Performance Index (EPI) Benefits • The eight MDGs have been adopted as a framework for development activities by over 190 countries in 10 regions. • Countries are fully involved in the tracking of the MDGs and a transparent global data base exists on-line that can be accessed by the public. • Data points exist for a baseline and periodic updates for over 210 countries. The data base will continue to be updated on a periodic basis. • Quality of data is monitored by technical agencies and the UN MDG data base provides a consistency for all proposed indicators. • A small set of indicators capture country commitment, and progress to reverse environmental loss and ensure environmental sustainability. Thus the proposed index uses a small number of representative indicators.

  10. GEF–5 – STAR Environmental Performance Index (EPI) Indicators • 1) 7a: Integrate the principles of sustainable development into country policies and Programs and reverse the loss of environmental resources • Indicator 7.1: Proportion of land area covered by forest • Indicator 7.2: proxy for GHG intensity of economy- tco2/mil including land use change • 2)7b: Reduce Biodiversity Loss, achieving by 2010 a significant reduction in the rate of loss • Indicator 7.6: Proportion of terrestrial and marine areas protected • 3)7c: Halve, by 2015, the proportion of people without sustainable access to safe drinking water and basic sanitation • Indicator 7.8: Proportion of population using an improved drinking water source. • Indicator 7.9: Proportion of population using an improved sanitation facility

  11. GEF–5 – STAR Environmental Performance Index (EPI) Calculation • Progress towards the MDG targets is a proxy for performance and commitment to reversing environmental loss. • It is assumed that progress towards each target is linear. Progress would be measured from 1990 to 2007, or the latest year, for which data are available in terms of percent change. • The year 1990 is the baseline year and the latest available data point (2005 to 2008 depending on the country) would be used as point to percent change as a proxy for progress. • Each indicator would be given equal weight.

  12. GEF–5 – STAR Environmental Vulnerability Index (EVI) • Definition: Country vulnerability (V) to environmental degradation and climate change, including variability. • Vulnerability is a function of a country’s exposure to a hazard and its capacity to mitigate and cope with the impact of the hazard. A hazard is the probability of the incidence of a harmful event at a specific site during a given period. Risk is the probability of environmental degradation and climate change, including variability, negatively impacting a country.

  13. GEF–5 – STAR Environmental Vulnerability Index (EVI) • The environmental vulnerability index would be constructed around two components: • Country Response Capacity – Gross National Income per capita with consideration of classification as a Low Income Food Deficit Country based on FAO and World Bank data; under five child mortality as a proxy for level of child health and overall development in a country, based on WHO data. • Hazard occurrence - Number of natural hazards, and percentage of population affected based on OFDA-CRED yearly data, with consideration of Small Island Developing State status. • The EVI index would be constructed using equal weights: within each component and among the two components.

  14. GEF–5 – STAR Global Benefits Index (GBI) • Climate Change: The GBI is based on countries’ emissions of greenhouse gases in tons of CO2 equivalents in the year 2000 multiplied by an adjustment factor, which rewards countries that show a decrease in the amount of emissions of CO2 relative to GDP or “Carbon Intensity”. • Biodiversity: IUCN red list of endangered species as a measure of the potential benefits accruing from GEF investments in a country. • Land Degradation: comprehensive indicator system based on global maps was developed by a GEF supported project describing land cover, land productivity, water availability and rural income. Mapping of additional indicators including carbon stocks, ecosystem services and human well-being is under development.

  15. GEF–5 – STAR Global Benefits Index (GBI) • International Waters: Most challenging as index is per country and IW focal area addresses transboundary water issues that can only be resolved by joint action from all countries sharing the water body. • Three fundamentally different types of transboundary water bodies: surface freshwater, groundwater and large marine ecosystems. • It is possible to identify indicators for each of the water body types, but very difficult to identify simple common indicators supported by globally available data sets that would allow aggregation across the focal area. • Temporary measure: using the combined area (in km2) of each country’s share of transboundary water bodies as a simple GBI proxy for IW. 100% exclusion.

  16. GEF–5 – STAR Global Benefits Index (GBI) • Chemicals (POPs / ODS): Two indicators: ‘agricultural land area’ and ‘industrial value-added’ to capture chemical uses in agricultural and industrial sectors. Assumptions: (1) use of chemicals in agriculture is proportional to the land for farming; (2) consumption of chemicals in industries is linear with the value added in industrial sectors; (3) use of chemicals in other sectors (commerce and transportation) are linearly correlated to the industrial sector.

  17. GEF–5 – STAR Calculations • Assumptions • Throughout the simulations, allocations to support work with the public-private partnership sector are not taken into account. • Some data are missing for some countries. These countries are given a figure that represents the minimum figure among all the countries for that particular set of data. • Allocation ceilings: As mentioned before, a cap of 10% for all the focal areas is applied. • Allocation floors: A new allocation floor of $1 million is applied for each of the focal areas. • The share of overall exclusion is set at 37.2% in $10 billion scenario, 34.3% in $ 5 billion scenario, and 32.5% in the low scenario. These amounts are intended to finance a number of corporate programs

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