Permalink: https://media.greenpeace.org/archive/Fisherfolk-Protesting-in-Songkla--Thailand-27MZIFUMF52.htmlConceptually similarFisherfolk protesting in Songkla, ThailandGP010ABCompleted★★★★★★Fisherfolk protest against overfishing in Songkla, and welcome Greenpeace. ThailandGP0P0RCompleted★★★★★Fisherfolk Protest against Overfishing in SongklaGP09DWCompleted★★★★CEC Oil Platform Protest near SongkhlaGP04MGXCompleted★★★★CEC Oil Platform Protest near SongkhlaGP04MH7Completed★★★★CEC Oil Platform Protest near SongkhlaGP04MHACompleted★★★★Fisherfolk File Complaints to Government Agency in BangkokGP0STP2E0Completed★★★★Fisherfolk File Complaints to Government Agency in BangkokGP0STP2DWCompleted★★★★Fisherfolk File Complaints to Government Agency in BangkokGP0STP2DZCompleted★★★★View AllGP0KM6Fisherfolk Protesting in Songkla, ThailandFisherfolk protesting in Songkla, ThailandLocations:Songkhla Province-Southeast Asia-ThailandDate:30 Jan, 2000Credit:© Greenpeace / Yvan CohenMaximum size:3239px X 2140pxKeywords:Banners-Fisheries-Greenpeace activists-KWCI (GPI)-Oceans (campaign title)-OutdoorsShoot:Asia Toxic Tour Rainbow Warrior in ThailandAsia Toxic Tour Action against incinerator in Phuket. Greenpeace released a scientific report which reveals serious contamination in ash dumped beside the facility To highlight the threats posed by the incinerator to the environment and local residents, activists posted warning signs around the plant and the adjacent ash pits. "The results clearly demonstrate that incineration does not solve the garbage problem but in fact transforms it into a chemical menace which is much more difficult to deal with. Instead of giving Phuket a clean image, this incinerator is polluting an island paradise heavily dependent on tourism," said Greenpeace toxics campaigner Tara Buakamsri. The scientific study showed elevated levels of toxic heavy metals like lead, cadmium and copper in the incinerator ash dumped in open pits close to mangrove areas. Lead and cadmium levels in the ash of the Phuket incinerator were found to be 30 to 100 times higher than background levels.