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Vanuatu is among the most vulnerable countries on earth to the increasing impacts of climate change, including climate-related natural disasters and the effects of slow-onset events such as sea-level rise and ocean acidification.
As the effects of global warming manifest and the hazards of climate change arise at accelerating rates, there is a need to shift the paradigm towards the standardised and mainstreamed use of science-based climate information, at multiple timescales, to support resilient development pathways.
The proposed project will support this paradigm shift through the strengthening and application of Climate Information Services (CIS) in five targeted development sectors: tourism; agriculture; infrastructure; water and fisheries.
More specifically, the project will build the technical capacity in Vanuatu to harness and manage climate data; develop and deliver practical CIS tools and resources; support enhanced coordination and dissemination of tailored information; enhance CIS information and technology infrastructure; and support the application of relevant CIS through real-time development processes, for more resilient outcomes.
The project has a focus on addressing information gaps and priority needs of target beneficiaries at national, provincial and local community levels across the five priority sectors.
The project will deliver enhanced:
capacity and capability of national development agents, to understand, access and apply CIS
CIS communications, knowledge products, tools, and resources for practical application to development processes.
reliability, functionality, utility and timeliness of underlying CIS delivery systems and data collection infrastructure.
scientific data, information and knowledge of past, present and future climate to facilitate innovated and resilient development.
Project
The Vanuatu Klaetmet Infomesen Blong Ready, Adapt mo Protekt (Van-KIRAP) Project is developing and delivering climate data, information,decision support tools and associated knowledge products in the form of climate inofrmation services to raise climate awareness and guide decision-making for a range of key stakeholders in Vanuatu.
The climate information services are relevent services are relevant across multiple time scales including current and future climate, and relate to five priority sectors: infrastructure, water, agriculture, fisheries, and tourism.
The product, specifically relevant over multi-decadal (climate change) timescale, are presented in multiple formats, including hard copy and digital, and are accessible via a new cloud-based portal hosted by the Vanuatu Meteorology and Geo-Harzards Department (VMGD).
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The Bislama summary of yesterday’s Climate & Oceans Outlook update from Vanuatu Meteorology Geo-hazards Department ( VMGD)
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The proposed project will provide solar photovoltaic-based electricity to around 4,860 rural households (12% of total rural households) in Vanuatu through solar mini-grid and solar home systems leveraging from the National Green Energy Fund (NGEF) investment program supported by the Government of Vanuatu (GoV), Solar for Small Medium Enterprises (SMEs) piloted through the Refrigeration for Vanuatu Rural Tourism Operators Project (SRVRTOP), and solar systems for off-grid primary schools.
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To reduce the vulnerability of rural communities in Tonga,Vanuatu and Samoa to the impacts of Climate chnage,the proposed project will enable the transition from conventional to climate-resilient, regenerative agricultural (CRRA) practices. Through these practices, the delivery of agricultural ecosystem services will be enhanced and dependence on external inputs reduced.
To support the adoption of CRRA, the proposed project will:
strengthen cross-sectoral partnerships
enhance market incentives for CRRA
Provide training and support for farmers and
implement robust monitoring and knowledge-sharing initiatives to support learning and adaptive implementation of CRRA
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http://www.bom.gov.au/cyclone/history/tracks/
The aim of the Pacific Tropical Cyclone Data Portal is to improve knowledge of past tropical cyclone activity in the Pacific Islands and East Timor. The Portal can be used to plot tracks of cyclones in the South Pacific between 1969 and 2010, allowing users to see the characteristics and paths of past tropical cyclone events. Meteorologists and stakeholders can use this tool to analyse the tracks of historical tropical cyclones and relate them to the impact on lives and infrastructure recorded on the ground
Tools
The Ministry for Climate Change Adaptation, Meteorology, Geo-Hazards, Environment, Energy and Disaster Management, Government of Vanuatu, contracted NIWA (The National Institute of Water & Atmospheric Research Ltd.) for the ‘Supply, delivery and installation of Automatic Weather Stations (AWS) in six different locations in Vanuatu’ (SC G02).
This work supports the Adaptation to Climate Change in the Coastal Zone in Vanuatu (V-CAP) project, funded by the Global Environment Facility, implemented by UNDP and the Vanuatu Ministry for Climate Change Adaptation, Meteorology, Geo-Hazards, Environment, Energy and Disaster Management.
The overall goal of the project was to enable the Government of Vanuatu to develop improved climate information and early warning services for the people of Vanuatu, particularly in vulnerable coastal areas of the country.
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The Government of Vanuatu recognises that effective institutions and the inter-relationships between them are at the heart of its ability to respond to growing climate and disaster risks. To this end, a comprehensive analysis of climate and disaster risk governance is undertaken.
A critical precursor is the development of a risk profile for Vanuatu that identifies the key risks and vulnerabilities that Vanuatu's risk governance institutions must address. Currently there is no single, up-to-date and easily accessible document that summarises the major studies of risk undertaken to date.
This “Profile of risks from climate change and geohazards in Vanuatu” report describes the activities and results of the risk profiling
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The El Niño/Southern Oscillation (ENSO) drives substantial variability in tropical cyclone (TC) activity around the world1–3 . However, it remains uncertain how the projected future changes in ENSO under greenhouse warming4–8 will aect TC activity, apart from an expectation that the overall frequency of TCs is likely to decrease for most ocean basins9–11. Here we show robust changes in ENSO-driven variability in TC occurrence by the late twenty-first century. In particular, we show that TCs become more frequent (∼20–40%) during future-climate El Niño events compared with present-climate El Niño events—and less frequent during future-climate La Niña events—around a group of small island nations (for example, Fiji, Vanuatu, Marshall Islands and Hawaii) in the Pacific. We examine TCs across 20 models from the Coupled Model Intercomparison Project phase 5 database12, forced under historical and greenhouse warming conditions. The 12 most realistic models identified show a strong consensus on El Niño-driven changes in future-climate large-scale environmental conditions that modulate development of TCs over the o-equatorial western Pacific and the central North Pacific regions. These results have important implications for climate change and adaptation pathways for the vulnerable Pacific island nations.
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The annual cyclone season for the Republic of Vanuatu commences in November and extends to the end of April the following year. While cyclones can develop outside of this period, their cyclical nature increases the predictability of such occurrences and thus enables pre-planned measures to be formulated beforehand and community preparedness programmes to be put in place and promulgated.
The aim of this plan is to detail the prevention, preparedness, response and recovery arrangements in the event of a cyclone impacting on the Republic of Vanuatu, in line with the requirements of the National Disaster Act. The Cyclone Support Plan provides for the mobilisation and co-ordination of the Country's resources, both public and private, to deal with an impending Tropical Cyclone emergency.
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This report uses these generic methods to provide recommendations for climate resilient development in the PICs in the following sectors: coastal protection, flood management, water resources management, protection of infrastructure against changes in temperature and precipitations, protection of buildings against cyclone winds, and adaptation in the agriculture sector.
A new World Bank report has highlighted the need for Pacific Island countries to better incorporate climate and disaster risk management into planning and development, while proposing priority investments and policies to boost resilience to the year 2040.
Launched in Fiji today at the Symposium on Climate Change Adaptation in the Pacific Region, Pacific Possible: Climate and Disaster Resilience considers the economic costs of climate adaptation, and proposes adaptation strategies for areas including infrastructure and buildings, coastal protection, water resources, flooding and agriculture, with special consideration given to the unique challenges of atoll islands.
“Climate change and extreme weather events have the potential to adversely affect coastal zones, water resources, health, infrastructure, agriculture and food security,” said Denis Jordy, Senior Environmental Specialist at the World Bank. “And if new investments are not properly planned, they risk exacerbating the impacts of natural hazards and climate change by increasing the vulnerability and exposure of those at risk.”
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