In December 2017 the 100 Island Challenge partnered with American Samoa Department of Marine & Wildlife Resources Coral Reef Advisory Group to survey reefs around the islands of Savai'i and Upolu of Samoa.
State of Environment Reports
This dataset hosts all the published NBSAP of Samoa.
This report is the review of terrestrial biological information in Samoa and was written by MNRE with the technical support of Conservation International (CI).
Since the adoption of Agenda 21 following the United Nations Conference on Environment and development in 1992, this report constitutes the first opportunity for Samoa to assess its situation with regard to sustainable development in the past decade
Through fieldwork for biomass resource assessments at the non-leased land areas within the STEC Mulifanua
plantation, eight common plants were identified and further scientific analysis on each was conducted by the Scientific Research Organisation of Samoa (SROS). This publication provides a brief description of those plants as well as some data on moisture content and energy content under different conditions.
Biological Rapid Assessment Program (BIORAP) was conducted from July 16 to August 3, 2016 in three Key Biodiversity Areas (KBAs) in Samoa:
* the Central Savai’i Rainforest KBA
* Falealupo Peninsula Coastal Rainforest KBA on Savaii
* the Uafato-Tiavea Coastal Rainforest KBA on Upolu.
A literature review of biodiversity information was also conducted on a fourth site - the Apia Catchments KBA.
An assessment framework based on key habitats in Samoa:
* cloud forest and uplands
* lowlands, coastal strand
* nearshore marine, offshore marine, and rivers and streams
* climate change, air quality, waste disposal, renewable energy, and population pressures.
It also assesses the status of Samoa’s species of high conservation value, especially those that are endemic and critically endangered.
The Jungle myna (Acridotheres fuscus) was first recorded in Upolu in 1965, followed by the Common myna (Acridotheres tristis) in 1988 (Watling, 2001). It is believed they were introduced to control livestock ticks and unexpectedly became an invasive species; over the past two decades their populations have increased dramatically.
This document provides information regarding issues surrounding the myna: why mynas are a problem and what methods are currently been implemented to control and/or eradicate mynas from cities, islands, and countries.
Of considerable concern is that the Ma’oma’o is now rare and highly threatened. The Ma’oma’o is classified as Endangered by the IUCN, or World Conservation Union. This document sets out a series of objectives and actions that are necessary to conserve the Ma’oma’o, and Samoan birds in general, for future generations to appreciate.
Biotechnology has been used by Samoan farmers for many years to crossbreed plants and animals. However, modern biotechnology, where genes are transferred between species, is a relatively new concept in Samoa. The products of modern biotechnology are often referred to as Genetically Modified Organisms (GMOs). Bio-safety is a way of reducing the potential risks that may result from modern biotechnology and its products.
This National Biosafety Framework is for the safe transfer, handling and use of Genetically Modified Organisms
(GMOs) resulting from modern biotechnology
A pocket identification guide to both land and sea birds of Samoa and American Samoa.
Environment related legislation review of Samoa.
**Please submit new information or corrections as the reviews will be updated annually.**
This dataset hosts the published NEMs of Tuvalu;
Data on Palau’s Protected Areas Network including Biodiversity Planning and eco-regional assessments
Data on Palau's Marine Biodiversity including data on Palau's marine protected areas
Status of Micronesian Imperial-pigeon (Ducula oceanica). For more information please see http://datazone.birdlife.org
Data on status of Palau's Birds
Data on Alien Invasive Species in Palau including scientific and annual reports, reviews and policies