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Sub-global working group: state of the assessment report, Papua New Guinea - summary national assessment
Available Online

Filer, Colin ... [et al.]

2004
In September 2000, the Millennium Ecosystem Assessment (MA) issued a call for proposals to undertake ‘sub-global’ assessments at local, national, and regional scales. The Call for Proposals was circulated amongst a group of social scientists who had previously had some connection to PNG’s Biodiversity Conservation and Resource Management Program – an initiative which had been funded by the Global Environment Facility from 1993 to 1998. This program had sought to evaluate the actual and potential effectiveness of ‘integrated conservation and development projects’ in forested areas of PNG where high biodiversity values are associated with low population densities. One of the key lessons of the program had been that local communities in these areas are far more interested in ‘development’ than in ‘conservation’, because they can reasonably say that they have been conserving their ecosystems for thousands of years, but are now lagging in their access to modern health and education services because of their small and scattered populations (McCallum and Sekhran 1997; van Helden 1998, 2001; Filer 2004b). If the Government cannot afford to provide these services to remote and thinly populated areas, then local people tend to dream of the day when a logging company or mining company will deliver them from their state of backwardness.
Regional assessment of the Commercial viability for Marine Ornamental aquaculture within the Pacific Islands (Giant clam, hard & soft coral, Finfish, Live rocks & Marine shrimp)
Biodiversity Conservation
Available Online

Ledua, E.

,

Lindsay, S.R.

,

Stanley, J.

2004
The completion of this report would not have been possible without the assistance of a large number of organizations and individuals. We would like to convey our sincere thanks and gratitude to all those who provided information, guidance and advice. Special thanks are extended to the following individuals whose assistance was instrumental in providing information for this report. Mr. Francis Itimai for the Federated States of Micronesia. Mr. Theo Isamu, Mr. Obichang Orak, Mr. Roman Yano, Mr. Larry Goddard, Mr. Francis Matsutaro, Mr. Yimnang Golbuu, Ms. Elisabeth Mathews and Mr. and Mrs. Yano in Palau. Mr. Danny Wase, Ms. Florence Edwards, Mr. Terry Keju, Dr. Manoj Nair and Mr. Rod Bourke in the Marshall Islands. Dr. Dan Sua, Ms. Malwine Lober, Mr. Lui Bell and Mr. Masanami Izumi in Samoa. Ms. Michelle Lam, Mr. Walt and Mrs. Debra Smith, Mr. Tim McLeod, Mr. Hugh Govan in Fiji. Mr. Poasi Fale, Mr. Dickson, Joe Viock and Ms. Mandi Johnson in Tonga. Mr. Moses Amos, Mr. William Naviti, Mr. Larry Sharron and Mr. Quentin Segrest in Vanuatu. In addition, we would like to extend our thanks to a number of individuals; Mr. David Hesaie, Mr. Ian Bertram, Mr. Georges Remoissenet, Dr. Mike Rimmer, Mr. Flinn Curren, Mr. John Gourley, Ms Cathy Hair, Ms. Marine-Ange Hnaujie Mr. Paul Holthus, Mr. Nelson Kile, Mr. Idris Lane, Mr. Ben Ponia and for their help, information and guidance.
Extreme weather: does nature keep up?: observed responses of species and ecosystems to changes in climate and extreme weather events: many more reasons for concern
Climate Change Resilience
Available Online

Leemans, Rik

,

van Vilet Arnold

2004
Plants, birds, insects, mammals, amphibians and fishes are rapidly responding to the observed changes in climate everywhere on the planet. Extreme high temperatures immediately result in hefty responses. The responses, however, significantly differ from species to species and from year to year, which complicates a clear attribution of causes. The ecological impacts are nowadays visible everywhere through changes in the timing of life cycle events and the geographic distributions of species. Plants have advanced flowering by up to 30 days and are now doing so at dates never documented in the last two centuries. Some species show a dramatic increase in range area, disrupting ecosystems like, for example, the rapid spread over millions of hectares of the Mountain Pine Beetle in North America and the northward expansion of the Oak Processionary caterpillar in The Netherlands. Also fires have increased catastrophically in tropical wet forests during the severe droughts of the El Niño years in the nineties. Other species show a dramatic decrease in distribution or population sizes, illustrated by bleaching corals and disappearing amphibians worldwide. Warm winters, hot summers, excessive precipitation and extended droughts are weather events that trigger these responses