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Sound waste and pollution management is an urgent priority for our Pacific Island leaders – ours here at SPREP is just to “Make it Happen.”

This form is to be used by all stakeholders seeking support from PacWastePlus programme. They are required to provide detailed information using this form.

A guide to identify three core waste streams icons associated with the PacWastePlus programme

This guideline provides the visual identity of the PacWastePlus programme. It establishes the the basic design principles to be applied to the PacWastePlus range of communication products, including publication

This guideline provides a guide on using the PacWastePlus programme logo correctly. Contents of this document must be observed whenever PacWastePlus staff, external partners or stakeholders communicate on behalf of the programme or its related activities. It should be used in conjuction with the PacWastePlus Communciations and Visibility Plan, Communications Guideline for Countries & Partners, and the PacWastePlus Branding Guidelines.

PACC reports

Plastic production pellets collected from beaches of south west England contain variable concentrations of trace metals (Cr, Co, Ni, Cu, Zn, Cd and Pb) that, in some cases, exceed concentrations reported for local estuarine sediments. The rates and mechanisms by which metals associate with virgin and beached polyethylene pellets were studied by adding a cocktail of 5 mg L1 of trace metals to 10 g L1 pellet suspensions in filtered seawater. Kinetic profiles were modelled using a pseudo-first-order equation and yielded response times of less than about 100 h and equilibrium partition coefficients of up to about 225 ml g1 that were consistently higher for beached pellets than virgin pellets. Adsorption isotherms conformed to both the Langmuir and Freundlich equations and adsorption capacities were greater for beached pellets than for virgin pellets. Results suggest that plastics may represent an important vehicle for the transport of metals in the marine environment.