This policy brief aims to highlight and analyze the impact of land cover changes to the socio-economic conditions of four villages in Bawlakhe District, Kayah State and its policy implications in Myanmar. The study area lies in the Thanlwin (Salween) River Basin, home to communities of various ethnic groups including the Kayah, Yintale and Shan, as well as being rich in biodiversity. These local communities heavily depend on this watershed area for most parts of their lives, including food, water, security, fuel and income. The main economy of the people in these areas depends on forest production, which is the major economy in Bawlakhe. Moreover, local people depend on subsistence farming, especially shifting cultivation which is practiced in these areas. Their livelihoods are still closely related to the environment and largely contribute to the local economy. This policy brief shares geographical research to describe the role of forest use in support of livelihoods for the communities in the study area.Declining fish stock and catches within the estuary and out at sea have had deep impacts on community livelihoods, ecology and socio-economics within last ten to forty years. Encouraging the reduction and management of the natural and anthropogenic threats might encourage specific ways to improve the fishery status of the estuary.Read More
The Thanlwin/Salween River originates in China, where it is known as the Nu (angry) River and flows south into Myanmar, then eventually Thailand. It meets with two rivers (namely the Gyine and Attran Rivers) at the point of Mawlamyine and together discharge into the sea (Gulf of Mottama) by two channels (namely the Mawlamyine and Dayebauk Rivers). These four Thanlwin tributaries are experiencing daily tidal intrusion and freshwater discharge, forming estuarine environments and habitats for varieties of fresh, brackish and marine creatures. The term estuary refers to a mixing body of fresh and sea waters. The Mon and Kayin ethnic groups are dominant around the estuary and the riparian communities largely depend on fisheries within the river tributaries as well as those out at sea for their livelihoods and survival.
Declining fish stock and catches within the estuary and out at sea have had deep impacts on community livelihoods, ecology and socio-economics within last ten to forty years. Encouraging the reduction and management of the natural and anthropogenic threats might encourage specific ways to improve the fishery status of the estuary.Read More
A comparative study on China’s and Myanmar’s approaches to environmental impact assessments (EIA) to hydropower projects shows that the Chinese EIA is weaker than the Myanmar EIA based on Myanmar’s EIA procedural rules of 2015 and other environmental laws and standards. These findings partially explain the not very successful Chinese investment in hydropower projects in Myanmar, which are argued to have important and often negative implications for both countries.Read More
Until recent times, due to a lack of transparency, accountability and community participation, large scale hydropower dams in resource rich, ethnic areas rarely benefited the local people, instead having negative impacts on their livelihoods and the environment. Existing studies have indicated that dam projects in ethnic areas are associated with human rights violations and increasing the risk of triggering conflict in such sensitive areas. In most cases, disadvantaged groups such as women and children are usually the ones mostly affected. Given the historical and traditional lack of women’s participation in public affairs, especially in ethnic areas, women’s voices are rarely heard and mostly excluded from the development process that directly affects their lives.Read More
Hakha cu Kawlram nitlak chaklei fing le tlang an tamnak Chin ramkulh khualipi a si. A liamcia kum tlawmpal ah Hakha khuachung khuasa an hung karh ciammam i dinti ah harnak a tong. Cu lio ah 2015 Chiapa thla dongh ah mincimhnak hun ton a si i minung a thong lengkai hmundang ah ṭhial hau in um. Hi kan dothlatnak nih a langhter mi cu zeitluk in dah ti harnak hi taksa nunnak le zatlang khuasaknak aa pehtlaih: Khuapi pakhat a si i, minung an hung karh tik ah zeitin in dah inn hmun an samh ti le khua an ser ning, tihram ngeih mi hna pawngkam vialte thinghau le thinghlam nak nih ti a chuak tawn mi le hman tawn mi a tlawmter, cun ti pekning le sersiam ning kong ah tangka hman awk pek lonak hna nih ti kong ah i zat lonak le harnak a chuahpi. Khuaram kan sersiam pah i ti kong biapi chiahnak nih ti harnak in i runven khawh a si, tiva horkuang sersiam ning, atu lio tawlrel cuahmah mi sipin ti peknak le hman ning kong ah laihlum khuasa hna le ti a hmang mi hna he i fonh in tiharnak in i runvennak timhtuahnak ngeihchih a herh. Cun, a biapi deuh rih mi cu ṭuanvo ngeitu le mizapi karlak ah i zumhnak, i bochannak le i ngamhtlaknak hna nih Hakha khuachung khuasa hna caah ti pek ning le ti hmuh ning ah hngatchan tlak le rinhchantlak a siter lai.Read More
Hakha town is the capital of Chin State, Myanmar, located in the mountainous Northwest of the country. In recent years, the town’s population has faced growing water insecurity. Meanwhile, a major landslide in June 2015 compounded these challenges, when thousands of people had to be resettled. In this policy brief, we present our research that reveals how water insecurity is the product of both physical and social processes that are often inter-related, including: rising water demand due to a growing population without systematic town planning; deforestation of the surrounding watershed which has reduced water supply; and underinvestment in water supply infrastructure. Water security can be improved through improved town planning, watershed management, and creative approaches to urban water governance that would combine existing community-led water supply practices with plans now underway for a municipal system. Also important is greater transparency on existing plans, and public participation within them, to ensure equitable and reliable water access for all of Hakha’s residents.Read More