The Government of the Republic of Palau has developed this National Spill Contingency Plan
(NATPLAN) as part of its commitment to protecting our valuable coastal and marine
resources from an eminent or substantial threat to the marine environment or public.
NATPLAN has been developed to reflect the essential steps necessary to initiate, conduct and
terminate an emergency spill response on, or into the navigable waters of the Republic of
Palau, on the adjoining shorelines, the waters of the contiguous zone or into waters of the
exclusive economic zone.
The Government of Papua New Guinea has developed this National Marine Spill
Contingency Plan (NATPLAN) as part of its commitment to protecting its and our
valuable coastal and marine resources from the threat of marine pollution
incidents.
NATPLAN has been developed to reflect the essential steps necessary to initiate,
conduct and terminate an emergency spill response on, or into the navigable
waters of Papua New Guinea, on the adjoining shorelines, the waters of the
contiguous zone or into waters of the exclusive economic zone.
This draft model law has been designed specifically for countries which have already enacted
comprehensive marine pollution legislation, and in particular the model Marine Pollution
Prevention Act prepared by SPC and SPREP, and last revised in 2002. For countries that have not
enacted marine pollution legislation of that nature, it is recommended that instead of using this
draft model law, consideration be given to enacting comprehensive marine pollution legislation
Garbage includes all kinds of food, domestic and operational waste, including plastics,
excluding fresh fish and parts thereof, generated during the normal operation of a vessel and
liable to be disposed of continuously or periodically, but does not include oil, noxious liquid
substances and other pollutants, or sewage from vessels;
Harmful substance means any substance that, if introduced into the sea, is liable to create
hazards to human health, to harm living resources and marine life, to damage amenities or to
Fishing in Samoa is very important because one of the ways to achieve food security, particularly in
villages and rural areas. In many communities do not value taking care of the economy
and the marine environment. Making and using such fisheries jurisdiction for-or-not there
mask, nets and hurry microfilm, and substances that would easily and more fish but
are detrimental to the marine environment and ecosystems. The implementation of projects on
marine damage in many places and millions of species of marine wildlife.
Online|Samoan
Fishing in Samoa is very important because one of the ways to achieve food security, particularly in
communities and villages in rural areas. In many communities, they do not appreciate the vision of the economy
and the marine environment. Bringing the use of such fishing a modern-day, to
there meanava, nets and hurry microfilm, and substances that would easily and more fish,
You are destroying the marine environment and ecosystems. The implementation of development
marine damage to many areas and the millions of species that live and spawn
Fishing in Samoa is very important because one of the ways to achieve food security, particularly in
communities and villages in rural areas. In many communities, they do not appreciate the vision of the economy
and the marine environment. Bringing the use of such fishing a modern-day, there
What meanava, nets and hurry microfilm, and substances that would easily and more fish, but
are harmful to the marine environment and ecosystems. The implementation of projects in the
marine damage to many places and millions of species of living and breeding.
This document is aligned with the Terms of Reference (TOR) issued by National
Environment Services (NES) for guidance and advice in the preparation of
Environmental Impact Assessment (EIA) for the Installation of Tanker Moorings and
Construction of a Sub-sea Pipeline.
The TOR identifies all issues that need to be addressed by the EIA.
Both facilities are for the purpose of conveying petroleum fuels into onshore storage
facilities.
Tanker mooring facilities are located offshore at Areanu Tapere, Avarua District.
An Environmental Impact Assessment Report (EIA) for a proposed coastal reclamation
by Terra Holdings Limited at Kawenu Cove, Fatumaru Bay was prepared by BECON in
September 2011. The EIA Report was submitted to DEPC in October 2011. The Review
Committee met on 4 November 2011 as per section 22 subsections (1) and (2) of the
Environmental Management and Conservation (Amendment) Act No 28 of 2010 and
section 12 (b) of the Environmental Impact Assessment Regulations Order No of 2011.
This document reports the findings of an Environmental Impact Assessment (EIA) for the
construction of a hard stand boat haul out and storage facility (here on referred to as a boatyard) in
the Vaipua area of the Vavau island group in the Kingdom of Tonga. The boatyard operation will
consist of a compacted haulage slipway, a graded and sealed land area and related terrestrial
infrastructure covering an area of approximately 2.42 hectares. The boatyard will be a facility for the
The purpose of the action is to improve transportation and reduce maintenance cost by upgrading
causeway between Foa and Lifuka Islands, to become more resilient and less vulnerable to impacts
of high energy waves. Built in the period 1978-1979, the raised coral structure has served the people
of Foa and Lifuka well despite increasing maintenance cost. The replacement structure is similar to
the existing one but with rock armoring to reduce the energy of waves impacting on the structure
Biodiversity tends to be at a maximum in the
equatorial region in the west of the Pacific Islands
area, and decreases markedly towards the east. For
example, the number of naturally occurring species of
animals and plants is much greater in the Solomon
Islands than in Tahiti. This is also true of the marine
environment, where fish and invertebrate species,
including corals, are far more numerous in the west
of the sub-region than in the east.
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