The following PDF document captures the following annual average meteorological data from 2005-2016:
- Rainfall (millimeter)
- Wind Speed (km/hr)
- Temperature (degree Celcius)
- Relative Humidity (%)
The content of this brochure is the result of a collaborative effort between the Solomon Islands meteorological Service and the Pacific-Australia Climate Change Science and Adaptation Planning (PACCSAP) Program – a component of the Australian Government’s International Climate Change Adaptation Initiative. It contains a summary of climate projections for the Solomon Islands.
The Pacific Climate Change Science Program (PCCSP) was developed to assist decision makers and planners in 14 Pacific island countries and East Timor to understand better how their climate and oceans have changed and how they may change in the future.
This dataset hosts all resources that were developed through the collaboration between Tonga and PCCSP regarding changes in Tonga's climate
National Water, Sanitation and Climate Outlook
Data on Vulnerability of oceanic fisheries in the tropical Pacific to climate change
The vision of the 9 year KJIP (Kiribati Joint Implementation Plan 2014-2023) is that; Kiribati unique culture, heritage and identity are upheld and safeguarded through enhanced resilience and sustainable development.
The goal is; to increase resilience through sustainable climate change adaptation and disaster risk reduction using a whole of country approach.
This Strategy is a five-year framework, a guiding document to support the development and implementation of communication initiatives. Its overarching objective is to highlight the priority communications goals in terms of climate change and climate risk in Kiribati, and to provide mechanisms and resources to enhance and encourage collaboration and cooperation in these areas.
This report is a result of a field work - it took an environmental and physical approach of the situation of Kiribati with the objectives to better understand the formation and recent evolution of sedimentary coasts, in particular tropical islands (Indian Ocean and Caribbean Sea archipelagos) and to analyze interrelations between physical processes and human development to determine the nature and extent of anthropogenic impacts, particularly in coral reef environments as well as to evaluate the exposure of islands to coastal hazards related to climate and climate change.
Under the GEF- funded project, ‘Integrating climate change risk in the Agriculture and Health Sectors in Samoa’ (ICCRAHS), this report was developed as requested by UNDP on behalf of MNRE, follows a two-day ‘Sector Engagement Workshop’ for MNRE and other Ministry staff. The report:
• summarises key ideas and responses from workshop participants which point to developments in climate services that are needed to fully engage users and enable improved decision making in Samoa;
This dataset contains brochures of the summary of climate projections for Vanuatu.
The contents is the result of a collaborative effort between the Vanuatu Meteorology and Geo-hazard Department and the Pacific-Australia Climate Change Science and Adaptation Planning (PACCSAP) Program – a component of the Australian Government’s International Climate Change Adaptation Initiative.
This tropical cyclone season 2018 – 2019 highlighted that tropical Cyclone activity for Samoan region is expected to be above normal (elevated) risk with 2-3 cyclones that can pass within 400km radius of the country, with at least 1 tropical cyclone to reach Category 3 or greater.
*Excel Data extraction from the report*
This paper examines traditional ecological knowledge of weather and climate in Samoa. The research found
Samoans have their own unique seasonal calendar. The Samoan seasonal calendar is predominantly based on the observations of local environmental changes, which are in turn influenced by weather and climate.
This study examines the current influence of climate change on Samoa by looking at the three tenets of vulnerability: exposure, sensitivity, and adaptive capacity. It also analyzes how environmentally secure Samoa is and will be, using Thomas Homer Dixon’s theory on climate change and conflict. Finally, the paper seeks to outline the current system of adaptation awareness that exists between government, community and foreign aid
components, and propose future strategies.
SPREP wishes to call for tenders from qualified and experienced consultants who can offer their services develop Climate Change Functionality on Federated States of Micronesia’s INFORM Portal and to be completed by 30 June 2023.
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 dataset hosts all the climate risk profiles published for Samoa
Papua New Guinea’s (PNG) has been one of the fastest growing economies globally this century with average growth rates above 6%. This rapid growth has been driven primarily by the expansion of foreign investment within the natural gas sector and high prices for PNG’s central exports many of which are transported to rapidly growing Asian economies. This growth has built on a long history of natural resources being at the centre of the PNG economy with exports and employment dominated by mining, natural gas, logging and agriculture.
This chapter provides a brief description of Papua New Guinea, its past and present climate as well as projections for the future. The climate observation network and the availability of atmospheric and oceanic data records are outlined. The annual mean climate, seasonal cycles and the influences of large-scale climate features such as the West Pacific Monsoon and patterns of climate variability (e.g. the El Niño‑Southern Oscillation) are analysed and discussed.
This technical note is intended to support climate risk assessment (CRA) experts, in particular, those undertaking the early stages of project development. Time and resources could be saved by attaching this document to terms of reference issued to CRA consultants. However, there is a limit to which globally accessible, open source
data can meet the detailed information needs of local adaptation projects. This note supplements rather than replaces efforts to gather relevant climate information from government agencies and counterparts, especially during the project concept phase.