All the platform documents will be saved here for reference.
The Republic of the Marshall Island's developed their National Adaptation Plan from 2019-2023. This folder contains the supporting documents that were used to fill in content of our NAP
The purpose of this report is to contextualise the unique characteristics of the Pacific Island Countries (PICs) and identify some roadblocks to achieving universal access to clean water and sanitation. The PIC context is established by examining the PICs’ unique economic, socioeconomic, geomorphology, climate, and cultural characteristics.
This dataset contains information on food and live animal imports and exports, access to rainwater tanks, and improved agricultural varieties for adaptation related to climate change. Data are from years ranging from 1986 to 2013.
This report focuses on addressing the critical challenges of sustainable water resources management on Tutuila, the main island in the Territory of American Samoa. It presents an updated conceptual hydrogeological model of the island's groundwater and surface water resources by integrating existing hydrological information with recently acquired subsurface datasets, shedding light on the complex nature of Tutuila's hydrogeology, which varies significantly across different locations on the island.
This report documents the UH monitoring network which provides hydrologic parameters, such as precipitation, streamflow, and aquifer response, in small island developing communities like Tutuila, American Samoa, where water resources are limited. It highlights the collaborative efforts between the University of Hawaii's Water Resources Research Center and the American Samoa Power Authority to establish a new monitoring network for weather, stream gauging, and aquifer data, providing essential information for sustainable water resource management and various applications
Personal Folder
This report focuses on addressing the critical challenges of sustainable water resources management on Tutuila, the main island in the Territory of American Samoa. It presents an updated conceptual hydrogeological model of the island's groundwater and surface water resources by integrating existing hydrological information with recently acquired subsurface datasets, shedding light on the complex nature of Tutuila's hydrogeology, which varies significantly across different locations on the island.
Data collected through Chamber of Commerce surveys in the outer islands
Climate Change Workshop 2023
Global EEZ layer are the layers gathered from gazetted datasets that the Pacific Community (SPC) has received from the project countries. In areas where there are no gazetted datasets provisional layers are being sourced from the Global Marine Regions database (https://www.marineregions.org/).
There are two layers available, he .shp file layer and the .kml layer which are being used by partners and member states in particular FFA for the Regional Fisheries Surveillance Center (RFSC).
These information are compiled from data obtained from the Pohnpei Weather Service
Press release regarding the iNFORM Data Portal Project and Persistent Organic Pollutants (POPs) National Implementation Plan (NIP) trainings held in Yap State from June 10-11, 2019, facilitated by FSM Department of Environment, Climate Change, and Emergency Management (DECEM).
The Cook Islands Minamata Initial Assessment Report was developed under the project, “Development of Minamata Initial Assessment in the Pacific”. The project is an enabling activity for the ratification and/or implementation of the Minamata Convention on Mercury.
The report consists of:
3rd Draft
The 2020 State of Environment Report is the first for Papua New Guinea.
This report focuses on addressing the critical challenges of sustainable water resources management on Tutuila, the main island in the Territory of American Samoa. It presents an updated conceptual hydrogeological model of the island's groundwater and surface water resources by integrating existing hydrological information with recently acquired subsurface datasets, shedding light on the complex nature of Tutuila's hydrogeology, which varies significantly across different locations on the island.
This report documents the UH monitoring network which provides hydrologic parameters, such as precipitation, stream flow, and aquifer response, in small island developing communities like Tutuila, American Samoa, where water resources are limited. It highlights the collaborative efforts between the University of Hawaii's Water Resources Research Center and the American Samoa Power Authority to establish a new monitoring network for weather, stream gauging, and aquifer data, providing essential information for sustainable water resource management and various applications