The global seafloor geomorphic features map has been created through collaboration between Geoscience Australia, GRID-Arendal and Conservation International.
A presentation on what's in and what's not; using the new global seafloor geomorphic map to examine the representatives of global marine protected areas
This dataset contains a guide for policy makers and legislative drafters in the context of plastic regulations
dataset with internet direct links and resources relating to the global seafloor geomorphic features that represents an important contribution towards the understanding of the distribution of blue habitats. Certain geomorphic feature are known to be good surrogates for biodiversity. For example, seamounts support a different suite of species to abyssal plains.
This guide introduces environmental indicators and provides an overview of SPREP’S core indicators for Pacific island countries. In 2012, the SPREP members approved the development of a set of standardised indicators for use by member countries at the SPREP meeting. Through the Inform project, SPREP programmes then developed a set of 34 indicators that was endorsed by members at the 2018 SPREP meeting. This document explains the development and use of environmental indicators in Part 1 and provides a summary of each of the 34 ‘core’ indicators in Part 2.
Pacific Science 1991: 45 (4): 400-404
Scientific article; https://ro.uow.edu.au/scipapers/1155
Interview transcript. Australia Radio
A thesis in partial fulfilment for a degree in Ecological Restoration at Victoria University of Wellington, New Zealand
Refer to dataset description for information. Please use this version for double-sided printing.
Please refer to dataset description for further information.
Ten composite soil samples (0-15 cm depth) were collected from abandoned phosphate-mined sites on Nauru Island (Central Pacific) and analyzed for % organic C and % N. The samples represent a temporal sequence (chronosequence) of soil development spanning < 55 yr. The increase of% C and % N was fairly rapid.
The environment of Nauru, a raised atoll located in the central Pacific Ocean (0° 32′ S, 166° 56′ W), was
devastated by mining of phosphate “rock” during the twentieth century. Some 100 million tonnes of
phosphate material has been removed, leaving more than 80% of the island as a dolomite
pinnacle–dominated karrenfeld. Based on fieldwork examining sites unmined at that time, laboratory
studies on undisturbed profiles, aerial photographs, and old mining maps, a picture of what the soil
Radio Interview:
Alex Feary is a NZ ecologist that undertook his Masters dissertation on field work in Nauru. The masters was for Victoria University, New Zealand. He particularly noted the abundance of invasive species and the need to manage them.
The restoration of Nauru’s mined areas is fundamental to the future wellbeing of the people and ecosystems of Nauru. Extensive open cast phosphate mining on Nauru over the last 100 years has led to soil losses and landscape degradation to the extent that over 70% of this South-Western Pacific island state is now uninhabitable and almost all productive land has been lost.
Government Report to UNCCD - prepared by the Dept. Economic Development and Environment. 2003
The environmental issue of greatest concern to the people of Nauru is the degradation of the mined phosphate lands. In all of the series of consultations that were carried out between the people of Nauru and the various teams of technical experts to ascertain the feasibility of rehabilitating the island, it was constantly emphasised that the total degradation of topside, including localized inland, water shortages and coastal erosions are problems that need to be addressed for sustainable development.
Map of the Nauru island landcover, with country-level summary of the different landcover classes and designation.
Map of the Nauru Island landuse, with country-level summary of the different landuse classes and designation.
The map shows areas of critical importance for the biodiversity and ecosystems of Nauru's terrestrial and marine environments.