Tuna Fisheries Status and Management in the Western and Central Pacific Ocean
Pacific Regional Solid Waste Management Strategy 2010 – 2015
Anon. Federated States of Micronesia: Chuuk joint State of action plan for Disaster Risk. Suva, Fiji: Pacific Community, (SPC): 69 p.
Anon. JNAP II - Are we resilient? The Cook Islands 2nd Joint National action plan: a sectoral approach to Climate Change and Disaster Risk Management 2016-2020. Rarotonga, Cook Islands. Government of Cook Islands. 84 p.
Anon. ACP-EU Building Safety and Resilience in the Pacific Project: activity report 2015. Suva, Fiji: Pacific Community (SPC) 84 p.
Anon. El Nino: what is El Nino?. Palau. National Emergency Management Office. Republic of Palau. 2 p.
Anon. Palau Marine advisory system. Republic of Palau. Palau. 2 p.
Anon. Samoa National Action Plan for disaster risk management 2017-2021. Samoa. Government of Samoa. 36 p.
Anon.National Disaster Management Plan 2017-2020.Samoa. Government of Samoa.80 p.
Anon. Republic of Palau: National disaster risk management framework 2010 (Amended 2016). Suva, Fiji. Pacific Community (SPC). 68 p.
Solid Waste Management Cook Islands
Hazardous Waste Management Reports Pacific Health Care Waste 2013-2015
Consists of water quality reports for Cook Islands
ESMS for the GCF Enhanced Direct Access Programme “Climate change adaptation solutions for local authorities in the Federated States of Micronesia”
This draft report looks at the catchment management and restoration plan for Rarotonga in Cook Islands. It was published in November 2015.
Data Management System Project
Data on Solid Waste Management in Palau
Waste Management Policies & Practices in Pacific Island Countries including Palau
Reviews of Solid Waste Management
Hunting is a major driver of biodiversity loss, but a systematic large-scale estimate of hunting-induced defaunation is lacking. We synthesized 176 studies to quantify huntinginduced declines of mammal and bird populations across the tropics. Bird and mammal abundances declined by 58% (25 – 76 %) and by 83% (72 – 90%) in hunted compared to unhunted areas. Bird and mammal populations were depleted within 7 and 40 km from hunters’ access points (roads and settlements). Additionally, hunting pressure was higher in areas with better accessibility to major towns where wild meat could be traded.