EMPOWERMENT EFFORTS OF POOR PEOPLE AND ETHNIC MINORITIES IN SOUTHWEST MOUNTAINOUS AREAS IN RECENT YEAR
Lin Bai, Kun Yao
College of Resource and Environment, Xichang University, Xichang 615000, Sichuan, China
Weishi Yang
Development Research Center for Natural Resource and Real Estate Assessment, Shenzhen 518040,Guangdong,China
Hong Liu
Green Development Strategy Research Institute, Guizhou University of Finance and Economics,Guiyang 550025,Guizhou,China
Abstract:
Protection International has assigned the Mountains of Southwest China as a biodiversity area of interest, which remembers a few mild coniferous timberlands for southwestern China, which lie in stream valleys on the southeastern corner of the Tibetan level, between the Tibetan Plateau's high scrublands and steppes and the calm broadleaf and blended and subtropical sodden broadleaf woods of focal and southeastern China and northern Myanmar. Yunnan Province, China's southern wilderness is the subject of this exploration. Profoundly. Mountains, levels, and high countries make up the region's scene, which represents 94% of the whole land region. Yunnan has the most ethnic minority bunches in China, with 33.37 percent of the area's absolute populace being ethnic minorities. The clinical comfort levels of ethnic minority networks in bumpy settings are researched in this review. The review focuses on the clinical and medical services condition since it best reflects how well individuals' vocations are safeguarded. The objective of this examination is to show clinical comfort in uneven puts in view of street network weakness. As a contextual investigation region, we use Dehong Autonomous Prefecture in Yunnan Province, China. This model can be utilized in other bumpy spots where there is weakness in the street organization. This model, then again, can be utilized to ascertain clinical accommodation from settlements to clinics, yet additionally instructive comfort from settlements to school. We likewise accept that the clinical comfort assessment study doesn't need this model in non-bumpy regions