Permalink: https://media.greenpeace.org/archive/Housing-along-Dao-Khanong-Canal-27MZIFIOKM0U.htmlConceptually similarDao Khanong CanalGP02BCOCompleted★★★★Dao Khanong CanalGP02BCRCompleted★★★★Traditional Housing on the CanalGP02BCICompleted★★★★Traditional Housing on the CanalGP02BCKCompleted★★★★Dao Khanong CanalGP02BCQCompleted★★★★Discharge Pipes in Dao KhanongGP02BFSCompleted★★★★Dao Khanong CanalGP02BCZCompleted★★★★Housing along Dao Khanong CanalGP02BCSCompleted★★★★Dao Khanong Canal in BangkokGP02BCNCompleted★★★★View AllGP02BCJHousing along Dao Khanong CanalHigh rise buildings for low incomes have been introduced during the past few decades. The high rise has replaced the traditional houses originally built along side of the canals. Dao Khanong Canal is connected to the lower reach of the Chao Phraya river and is one of the famous canals for tourist sightseeing because of the temples, local houses, restaurants, snake farm, and fruit farms.Locations:Bangkok-Chao Phraya River-Southeast Asia-ThailandDate:21 Aug, 2010Credit:© John Novis / GreenpeaceMaximum size:4896px X 3264pxKeywords:Canals-Chemical industry-Day-Houses-KWCI (GPI)-Multistorey buildings-Outdoors-River discharges-River dumping-River pollution-Rivers-Toxic waste-Toxics (campaign title)-Water pollutionShoot:Chao Phraya River DocumentationRiver and water use documentation of the Chao Phraya river. The Chao Phraya River basin is the largest in Thailand, draining approximately 30% of thecountry. Along its course this river passes through several cities, including Bangkok, andultimately flows into the Upper Gulf of Thailand. After passing through Bangkok, and before entering the Gulf, the Chao Phraya flows through Samut Prakan Province. A number of large canals connect to the Chao Phraya in this province, an area that houses a wide range of industrial facilities. A recent Greenpeace report reveals hazardous chemicals in the discharges from these factories, and high levels of toxic pollution in the canals. The study shows the presence of heavy metals, hormone disrupting chemicals, and human carcinogens in water and sediments.