Data underlying the publication: Spatial pattern recognition of local high temperature increases in mountain areas based on MODIS land surface temperature images

Finding out local high temperature increase (HTI) is&nbsp;significant for exploiting and conserving mountain climatic resources. &nbsp;We proposes&nbsp;an image pattern recognition method to identify&nbsp;the&nbsp;HTI zones&nbsp;by GIS and RS technologies, and used the method to produce HTI fileds, HTI strips and other auxiliary data of Yunnan Province, China. The research paper described the method and these data will be submit to the our objective SCI magazine.&nbsp; Therefore, this dataset contains all available data of our submission manuscript.</p

Data underlying the publication: Spatial pattern recognition of local high temperature increases in mountain areas based on MODIS land surface temperature images

Finding out local high temperature increase (HTI) is&nbsp;significant for exploiting and conserving mountain climatic resources. &nbsp;We proposes&nbsp;an image pattern recognition method to identify&nbsp;the&nbsp;HTI zones&nbsp;by GIS and RS technologies, and used the method to produce HTI fileds, HTI strips and other auxiliary data of Yunnan Province, China. The research paper described the method and these data will be submit to the our objective SCI magazine.&nbsp; Therefore, this dataset contains all available data of our submission manuscript.</p