| Literature DB >> 24493782 |
Nancy Willard1, Bangorn Srirojn2, Nicholas Thomson3, Apinun Aramrattana2, Susan Sherman3, Noya Galai3, David D Celentano3, Jonathan M Ellen4.
Abstract
Despite two recent government-sponsored 'wars on drugs', methamphetamine use continues to be a pervasive problem in Thailand. Out of concern for reported human rights abuses, there has been a call from the international community to take a different approach from the government's 'zero tolerance'. This paper describes the adaptation of the Connect to Protect® coalition formation process from urban U.S. cities to three districts in northern Thailand's Chiang Mai province, aimed to reduce methamphetamine use by altering the risk environment. Project materials, including manuals and materials (e.g. key actor maps and research staff memos), were reviewed to describe partnering procedures and selection criteria. Potential community partners were identified from various government and community sectors with a focus on including representatives from health, police, district and sub-district government officials. Of the 64 potential partners approached, 59 agreed to join one of three district-level coalitions. Partner makeup included 25% from the health sector, 22% who were sub-district government officials and 10% were representatives from the police sector. Key partners necessary for endorsement of and commitment to the coalition work included district-level governors, police chiefs and hospital directors for each district. Initial coalition strategic planning has resulted in policies and programs to address school retention, youth development initiatives and establishment of a new drug treatment and rehabilitation clinic in addition to other developing interventions. Similarities in building coalitions, such as the need to strategically develop buy-in with key constituencies, as well as differences of whom and how partners were identified are explored.Entities:
Keywords: coalitions; community development; risk environment; structural change
Mesh:
Substances:
Year: 2014 PMID: 24493782 PMCID: PMC4542919 DOI: 10.1093/heapro/dau001
Source DB: PubMed Journal: Health Promot Int ISSN: 0957-4824 Impact factor: 2.483