This Kiribati V&A Assessment Methodology (KVAAM) is prepared as a tool to assess studies and assessment reports that have already been prepared. It will also assist in determining whether, from much of the information already available in reports on the vulnerability of Kiribati to climate change, additional information is needed.
to undertake more studies. I
The following review, prepared jointly by the Secretariat of the Pacific Regional Environmental Programme (SPREP) and the Environmental Defenders Office Ltd (EDO NSW), updates and builds on the reviews conducted in the early 2000s under the International Waters Project.
The State of the Environment Report of Kiribati, 2000 - 2002
Kiribati is one of 15 countries participating in PacWaste project, with activities taking place in the project domains of healthcare waste, e-waste and asbestos.
There is an increasing need for sand and gravel for building materials in Tarawa and on other atolls. However, supplies from overseas are expensive. Furthermore, the mining of local beaches contributes to coastal erosion and lacks sufficient quantities for the current and future requirements. An answer to these problems is to source supplies from the lagoon. A purpose-built vessel capable of dredging lagoon aggregates in Tarawa and further afield was available through a European Union grant. This EIA assesses the impacts such would do to the environment.
This base line study was launched to determine the problem on the amount of e-waste that has been generated with some self induced due to lack of quality control at point of entry. The objective of the report is to determine the existing status of electrical and electronic waste in Kiribati in identifying the source, the flow and the quantities of e-waste generated with a view to have a better insight understanding of this in the country.
This Pacific Country/Territory Profile in the solid waste and recycling sector was published in 2018 as part of a compendium of fifteen individual country profiles that seek to identify and quantify the opportunity to improve the resource recovery of fifteen common commodities1 present in the solid waste stream.
The Kiribati Chemical and Waste Management Advice and Banaba Reconnaissance consultancy was undertaken from 15–29 July 2008. The consultancy was necessary due to several hazardous waste management issues identified on Tarawa and Banaba since 2005.
An academic research (thesis submitted in partial fulfillment of the requirements for the Degree of Master of Science) that investigated metal contamination in marine sediments at an operational landfill in Kiribati as a case study.
The focus of this academic study is on the country’s two main urban areas: South Tarawa in the Gilbert
group and Kiritimati in the Line group. The study assesses the dependence of urban dwellers on their urban environment as well as examining their increasing vulnerability to climate change.
This plan is not focused on improving infrastructure (pipes, pumps, tanks), it is about people can do with the resources that they have. It is focused on building Island Level capacity to manage drought by improving communication and guiding the actions that can be taken before the worst effects of drought occur – this will help to improve the quality of life in Abaiang villages during drought. These measures need to be taken at a village and household level and this plan will help the villages decide what actions to take before and during drought.
Basel Convention, is an international treaty that was designed to reduce the movements of hazardous waste between nations, and specifically to prevent transfer of hazardous waste from developed to less developed countries (LDCs). It does not, however, address the movement of radioactive waste. This fact-sheet details the national reporting and implementation information for Kiribati as one of the parties to the convention.
The overall impact of the dredging on the general area is thought to be low due to the amount of aggregate required in terms of both daily activity and total annual extraction, while the specialized clamshell grab and side release spillover design is thought to limit the sediment plume.
The main recommendation in this report was to launch a pilot project similar to the successful “Kaoki Mange Project” to collect what so far being produced as e-waste and to evaluate the viability of the project in its long term approach.
This country profile indicates the current technologies, material flow, logistics, public policies, institutional framework, financial mechanisms, and initiatives that are being designed or have been implemented to strengthen recycling systems in Kiribati.
All work on this consultancy was undertaken together with MELAD staff to ensure staff received the maximum benefit of “on-the-job” training and capacity building, training was also provided to staff from several other departments, the details of which are included in the main body of the report.
This document is a summary given drought occurs in Abaiang after long periods of low rainfall. In some villages, this causes fresh well water to turn brackish and this impacts communities and individuals ability to access fresh water and maintain their health and livelihood. Drought occurs at different times in each village depending on their vulnerability to drought.