JICA Country Profile on Environment of Papua New Guinea (PNG) was carried out by the Planning and Evaluation Department Japan International Cooperation Agency in February 2002. This 37 paged report outlines PNG's fact sheets, organization structure, legislation, current environmental issues and international relations between PNG and overseas countries
A list of international and regional multilateral environmental agreements in which each of the Pacific Island country is a party/signatory of. This is useful for SPREP activities and planning
UN Sustainable Development Goal
Presentation on the Pacific's national environment data portals
This report stems from a simple observation: that since Independence in 1975, Papua New Guinea’s economic and social development outcomes have not matched people’s aspirations or government promises. Indeed, despite the abundance of its riches, PNG lags behind its Pacific neighbours on many important development indicators.
Pacific Island states are some of the most vulnerable nations in the world when it comes to the impact of climate
change. As yet, none of the Pacific Island States have any operational coal mines or coal-fired power stations. However, this could all soon change.
CEPA Environment Permit Application Form to Discharge Waste Schedule and Additional Information Schedule 2.
Papua New Guinea Final National Action Plan to the ten year (2008-2018) UNCCD Strategy.
Linkages of GEF Goals, PNG's Multilateral Environmental Agreements and Sustainable Development Goals which are within the administration of CEPA.
Linkages of GE Goals, PNG's Multilateral Environmental Agreements, Sustainable Development Goals and Aichi Targets
Wafi-Golpu Joint Venture (WGJV) Copper-Gold Project; Environment Impact Statement (EIS) submitted to PNG Conservation and Environment Protection Authority for Regulatory Approvals.
This dataset depicts Bumbu River flood warning dataset obtained at CIS, LAE, Morobe Province
A list of datasets identified in the training workshop
Dataset includes various regional-scale spatial data layers in geojson format.
This dataset hosts 31 individual environmental indicator assessments that are in the **State of Environment and Conservation in the Pacific Islands : 2020 Regional report.**
Regional indicators are used to understand the current status of conservation in the region and to establish a process for periodic reviews of the status of biodiversity and implementation of environmental management measures in the Pacific islands region.
Each Pacific regional indicator is assessed with regard to:
This publication ‘Strategic Environmental Assessment – Guidelines for Pacific Island Countries and
Territories’ has been prepared to provide guidance on the application of SEA as a tool to support
environmental planning, policy and informed decision making. It provides background on the use and
benefits of SEA as well as providing tips and guiding steps on the process, including case studies, toolkits
and checklists for conducting an SEA in the Appendices.
This dataset has all icons for Multilateral Environment Agreements such as SDGs and Aichi
Circular 21/150
Inform Plus proposed 5 pillars
- Component 1: Environmental Governance
- Component 2: Monitoring and field data collection for environmental standards and standardised environmental indicators
- Component 3: Data management utilising the Pacific Island Network Portal (PEP). Production of information products for decision makers based on existing data sets.
- Component 4: Enhance and expand GIS use for data collection, analysis and presentation to inform decision makers
State of Environment (SoE) reports provide in-country partners with a process to gather data on current environmental indicators, document their status, and formulate a plan for keeping these indicators on track or developing policies and programs as needed. This SoE Toolkit dataset contains resources that serve as guides to help create up-to-date State of Environment reports.
This paper points out that the exposure to climate hazards varies between states based both on geographical factors (such as the propensity to experience cyclones and droughts, island types and topography) and on such factors as population and infrastructure distribution, all of which provide a framework for considering regional vulnerability to climate change.