Abstract: In order to improve energy conservation and emission reduction measures and reduce carbonemissions in Shaanxi Province,the temporal and spatial variation and spatial agglomeration characteris-tics of carbon emission and carbon emission intensity in Shaanxi province from 2000 to 2017 were ana-lyzed by ArcGIS technology,spatial statistical analysis and spatial autocorrelation methods based on theview of city scale. The study found that the overall carbon emission of Shaanxi Province showed an in-creasing trend,the carbon emission intensity decreased significantly,and the number of urban areas inlow carbon emission zones and high carbon emission intensity decreased significantly. Some cities be-came sub high carbon emission zones and high carbon emission zones. Yulin had the highest carbon e-mission and the fastest decline in carbon intensity. The carbon emission intensities of cities in ShaanxiProvince had strong spatial autocorrelation. The intensity decreased gradually from north to south andshowed a significant aggregation state,forming a trend of high aggregation in the northern urban areaand low aggregation in the southern urban area. Close-