The project development objective is to enhance the sustainability of rural livelihoods by promoting more sustainable productive agriculture and by improved management and conservation of natural resources (soils, forests, water, and biodiversity) of the Western Altiplano.

This project aims to promote the conservation of vulnerable, endangered and endemic wild animals, medicinal plants and wild varieties of important crops in the two sanctuaries. It will strengthen the sustainable use and management of silvi-horticulture systems, agrobiodiversity and medicinal plants, inter alia to promote alternative livelihood patterns and reduce resource pressures on the sanctuaries.

This project proposes a five-year demonstration program of operating and testing eight fuel-cell buses (FCBs) for public transport in Delhi. The major objective is to introduce this zero emission and highly efficient bus technology in India for reducing local air pollution and global GHG emissions. It will assist the Indian transport sector to gain capability of manufacturing, operating, and servicing FCBs under local conditions.

The immediate objective of this proposal is to foster the development, manufacture and large-scale commercialization of hydrogen-fuel cell buses (HFCBs) in Mexico through the initial operation of a fleet of 10 fuel cell buses in Mexico City during a 5-year period. This project represents the first part of a two-Part project designed to test –under conditions of commercial operation– a zero emissions technological option for public transport in a dynamic metropolitan area situated at 2,200 meters above sea level.

The project would help secure the global benefits of conserving biological diversity in all protected areas in the Kamchatka Oblast by demonstrating replicable, sustainable approaches to biodiversity conservation in four existing representative protected areas.

( This review should be read along with the old review on file for past actions).

The proposed project addresses a key issue in the reduction of greenhouse gas emissions through large-scale improvements in energy efficiency in Ukraine's communal heat supply sector.

The project will help to reduce the barriers for the development of the demand for solar technologies and thus mitigate greenhouse gas emissions by addressing institutional, information, human capacity, financial, technical, awareness and other market barriers to increased use of solar energy services by urban and rural households, government institutions, NGO facilities, beverage retailers, communal and commercial farmers.

The project’s main objective is to conserve aquatic biodiversity of global significance through mainstreaming biodiversity considerations in the management of water resources in Chile.

The Project will support the Government’s efforts to deepen pro-competition reforms in the telecommunications and electricity sectors, implement policies that will extend these services to the poor in rural areas as well as communication services for small and micro businesses, and adopt programs that foster efficient use of energy and use of RET for rural electrification.