Assessing the level of vulnerability due to climate change to natural resources and environment in difficult coastal communes of Quang Binh province, Vietnam including the contents of introduction, research methods, results and discuss, conclusion. | Assessing the level of vulnerability due to climate change to natural resources and environment in difficult coastal communes of Quang Binh province Vietnam Nguyen Hoang Son1 Dao Dinh Cham2 3 Le Van Tin1 Le Phuc Chi Lang1 Nguyen Trong Quan1 Le Anh Toai1 1 University of Education Hue University 34 Le Loi street Hue City ThuaThien Hue Province Vietnam 2 Institute of Geography Vietnam Academy of Science and Technology 18 Hoang Quoc Viet street Nghia Do Ward Cau Giay District Hanoi City Vietnam 3 Graduate University of Science and Technology Vietnam Academy of Science and Technology 18 Hoang Quoc Viet street Nghia Do Ward Cau Giay District Hanoi City Vietnam ABSTRACT According to the annual assessment of the countries most severely affected by extreme weather events from 1997- 2016 Vietnam ranked 5th on the Global Climate Risk Index 2018 and 8th Long-term climate risk index CRI . 2017 is considered to be a record year of natural disasters in Vietnam with more than 16 typhoons and historic floods. Especially the average temperature in the North and North Central Vietnam is C higher than the average temperature of the past 30 years. In particular the natural resources and environment of coastal communes in general and Quang Binh in particular are facing the risk of being strongly affected by changes in temperature rainfall and sea level and extreme weather phenomena. Through the application of GIS and remote sensing technology to assess the level of vulnerability caused by climate change to natural resources and the coastal environment. The paper has identified a set of evaluation indicators including Sensitivity traffic accessibility index impacts of residential areas effects of industrial zones a degree of dependence of the community Exposure index sea-level rise until 2100 temperature change to 2100 Adaptive capacity index slope index morphology . From there sum up so the vulnerability index to the impacts of climate change on natural resources and the .
