A report published by the Atoll Research Programme, University of the South Pacific 1997 for
Nauru Departments of: Island Development and Industry, Education and Health and Nauru Fisheries and Marine Resources of the Government of the Republic of NAURU
with financial support from UNESCO
via UNESCO Office for the Pacific States, W. Samoa.
Scientific article published in the Pacific Science (2008) vol. 62, no. 4: 499-507
pdf 1 pager. graph downloaded from BOM 2021
Project Concept Note
Legislation
raw data on ozone depleting substance consumption for Nauru. OurWorldInData.org
4-page summary from the United Nations Framework Convention on Climate Change
Graph from OurWorldInData
Report presented to the Fourth Pacific Meteorological Council Meeting held in Honiara from 14-18 August, 2017.
Report - 9 pages
Report - 49 pages. Porduced with support from the European Union and the German Government (GIZ).
Report - 26 pages. Second Draft
Presentation for the Pacific Climate Change Roundtable (July, 2013)
45 pages.
FSM 2022 Updated Nationally Determined Contribution
Quantifying hydrologic parameters such as precipitation, streamflow, evapotranspiration,
and aquifer response are fundamental to understanding a region’s hydrological budget, and
thus the availability of water resources. This is particularly important in small island
developing communities where critical water resources are limited. Climate and
streamflow measurements provide information on ground and surface water supply, while
measurement of aquifer parameters such as water level and salinity is imperative for
On Tutuila, the main island in the Territory of American Samoa, sustainable water
resources management is a high priority. Groundwater provides drinking water to over 90%
of the island’s residents. However the sustainability of this resource is threatened by overuse,
salinization of wells, and reduction of water quality—potentially due to prevalent non-point
pollution sources. Proposed solutions to these and other water issues on the island involve
exploration for new groundwater sources with lower contamination potential and