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This document reviews actions taken by intergovernmental organizations (IGOs), including regional fisheries management organizations (RFMOs) and other relevant regional fishery bodies (RFBs), to address problematic sea turtle and seabird interactions in marine capture fisheries. Sea turtles and seabirds are subject to a number of natural and anthropogenic mortality sources, including fishing operations. As a result, all sea turtle species of known status are recognized as being endangered. All sea turtle species excluding the flatback are listed in Appendix I of the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES), which regulates international trade. Of the 61 species of seabirds affected by longline fisheries, 26 are threatened with extinction, including 19 species of albatrosses. The Convention on Migratory Species, which has a broader remit than CITES in terms of its requirements for both domestic and multilateral conservation measures, lists all sea turtles, albatrosses, giant petrels and Procellaria petrels in its Appendices. Due to concern over the status of sea turtles and certain species of seabirds and the possible negative effects of fishing on these populations, several IGOs have taken measures to address these problems. Some of these organizations have begun examining seabird or sea turtle interactions, several have adopted voluntary measures to address problematic interactions, while five RFMOs have legally binding measures requiring the employment of seabird avoidance methods in pelagic and demersal longline and trawl fisheries. There currently are no legally binding measures in place by an IGO to manage turtle-fishery interactions or seabird interactions in coastal gillnet fisheries. Several IGOs, which lack fisheries management authority, serve as advisory mechanisms and conduct cooperative research, or have a primary responsibility of regional sea turtle or seabird conservation.

Live flsh have long been traded around Southeast Asia as a luxury food item. Fish captured on coral reefs entered this trade only in recent years but, because of their superior taste or texture, have become the most valued fish in the trade. The majority of live reef food fish (LRFF} are Imported into Hong Kong. China either for local consumption or for transshipment to mainland People's Republic of China (PRC). The LRFF trade presently Includes a wide variety of fish, but Is dominated by several kinds of groupers. Retail prices for LRFF range from USS5 to SI80 per kilogram (kg), depending on species, taste, texture, availability, and time of year—prices rise during festive periods. Preferred size of fish (family-size) for consumption is 600 grams-1 kg. The trade is not well monitored, but Is likely to Involve at present about 18.000 tonnes (t) offish per year entering Hong Kong. China. The total regional trade may be around 30.000 t per year, with Hong Kong. China estimated to account for about 60% of the trade.

As in many tropical countries, subsistence fishers in Samoa live in discrete communities which have a high level of marine knowledge and some degree of control of adjacent waters. These factors provide an ideal basis for motivating communities to manage their marine resources. In Samoa, a community-based fisheries extension program encouraged each village community to define its key problems, discuss causes, propose solutions and take appropriate actions. Various village groups provided information which was recorded as problem/solution trees. The extension process culminated in a Village Fisheries Management Plan which listed the resource management and conservation undertakings of the community. Undertakings range from enforcing laws banning destructive fishing methods to protecting critical marine habitats. Within the first eighteen months, the extension process commenced in 57 villages of which 40 have produced Village Fisheries Management Plans. An unexpectedly large number (32) of these villages chose to establish Marine Protected Areas, the first community-owned marine reserves in the country.

A project team composed of staff of the various division of MNREM was formed as a Technical Team to assist the Project Manager in the implementation of project activities. The Project Team and Manager were able to compile a Summary Report of Existing Information on Lake Lanoto’o, organized and started the initial detail surveys on the site’s flora and fauna ecologies; and prepare a list of stakeholders for engagement in the formulation of an effective management/development plan for the site.

In Samoa the Tectus pyramis and the Turbo chrysostomus are generally spread through out the reefs within suitable habitats. These habitats are mainly of shallow sunlit waters within the lagoon and reefs. The juvenile species are mainly found in lesser rough waters while adult species are known to thrive on reef flats towards the reef slopes. They are herbivorous and mainly feed on algae (turf algae), diatoms and foramaniferas on dead corals and rock surfaces. (Bell & Mulipola,) 1995

This American Samoa Archipelago Fishery Ecosystem Plan (FEP) was developed by the Western Pacific Regional Fishery Management Council and represents the first step in an incremental and collaborative approach to implement ecosystem approaches to fishery management in American Samoa.

This Pacific Remote Island Areas Fisheiy Ecosystem Plan (FEP) was developed by the Western Pacific Regional Fisheiy Management Council and represents the first step in an incremental and collaborative approach to implement ecosystem approaches to fisheiy management in the Pacific Remote Island Areas (PRIA) of Baker Island, Johnston Island, Jarvis Island, Johnston Atoll, Kingman Reef, Wake Island and Palmyra Atoll.

Fiji, New Caledonia, Vanuatu, Solomon Islands, Samoa and Tuvalu report monitoring data for this report, with data from a broad range of observers (scientists, students, dive guides and communities); Nauru has not conducted recent monitoring; Coral cover has changed since the 2004 report due to effective management (positive), or local disturbances, coral predation and natural disasters (negative). Average coral cover at monitoring sites was 45% in Fiji; 27% in New Caledonia; 43% in Samoa; 30% in Solomon Islands; 65% in Tuvalu; and 26% in Vanuatu; Monitoring observations over 9-10 years in Fiji and New Caledonia indicate that these reefs have coped reasonably well with natural and human stressors without catastrophic changes; Densities of edible fish and invertebrates remained generally low (0-10/100m2) in 4 countries reflecting high subsistence and commercial fishing pressure. Butterflyfish, parrotfish, surgeonfish and damselfish were generally most dominant. High densities of parrotfish were reported from 4 countries; Socioeconomic monitoring is conducted in Fiji, Samoa and Solomon Islands. Greatest activity is by the Fiji Locally Marine Managed Area (FLMMA) network at 270 villages across all Fiji provinces. Most households harvest marine resources for subsistence and partially for sale, with few commercial fishers. In Samoa, more people eat canned fish than fresh fish, possibly because of decreased fish stocks in the last 10 years. In the Solomon Islands, some traditional managed systems have collapsed due to poor understanding of fisheries and resource management issues or poor national regulations. Mangrove destruction and greater fishing pressure are reducing family incomes;