The history of New Guinea started about 130 million years
ago with the break-up of the great southern landmass called
Gondwana. The Australian continental plate then drifted
northwards somewhat isolated from other lands and carrying
a unique collection of plants and animals. The present form of
New Guinea developed as the leading edge of the Australian
plate crumpled on impact with a complex of smaller plates
and volcanic islands near the equator. Much of New Guinea
formed far to the east in the Pacific Ocean before being
The main map shows that higher population densities occur (i) around and inland from major coastal towns, (ii) in the elevated PNG Highlands (H) and the Baliem Valley (B) of Papua, and (iii) along most of the coasts of the mainland and major islands. The distributions of inhabited places and of annual fires reveal that people and their effects are widely dispersed across much of the landscape. However, vast landscapes in the upper catchments of the Mamberamo River (M) in Papua and in parts of the upper Fly River (F) and Sepik River (S) in PNG remain sparsely inhabited.
Management of hazardous materials, hazardous wastes and contaminated sites has become an increasingly important issue for Pacific Island Countries (PICs). In 1997, the Australian
Over the past decade, there has been growing interest in working with local communities to establish marine protected areas to help conserve dwindling marine resources. Given the urgent
Trade in illegal timber throughout the Asia-Pacific region is suppressed to an extent by international policy, primarily the Convention on International Trade in Endangered Species
(CITES). While not specifically focusing on timber, CITES has some effective mechanisms and prosecution powers - albeit limited - that regulate the import and export of illegal timber
and timber products if they are listed as 'endangered'. However, there are inconsistencies and loopholes in policies and regulations at domestic, regional and national levels of
Coastal areas and oceans are complex and fragile environments with many different functions linked to public health, food security, and other economic and social benefits. These are also decisive elements in the alleviation of poverty. Healthy estuarine, near-shore and oceanic systems provide cultural heritage, food, building materials, traditional livelihoods, tourism opportunities, transportation routes, storm protection, organisms for biotechnology and many more benefits that are frequently overlooked or abused.
Available electronically
The objective of this project is to formalize the experiences,
outcomes and lessons learned from previous GEF projects,
as well as major non-GEF initiatives involving coral reefs and
associated ecosystems. The project aims to comprehensively
identify, analyze, and translate lessons into good practices
and information resources, and then disseminate this
information globally for use in future project design and
development. Based on its history of supporting coral reef
biodiversity, management and sustainable development,