Quantitative Evaluation of Science & Technology Tourism Resources Based on Geographic Information System

Wei Hong Wang; Yi Ping Tang; Feng Qiang Wu

doi:10.4028/www.scientific.net/AMR.955-959.3824

Paper Titles

Ecological Value Measure of Populus eeuphratica Forest in Southern Margin of the Tarim Basin of Xingjiang
p.3799

Forest Cover Types Classification Based on Online Machine Learning on Distributed Cloud Computing Platforms of Storm and SAMOA
p.3803

Study on the Changes of Seedling Biomass of Introduction Fast-Growing Poplar
p.3813

Evolvement and Comparative Analysis of Population Gravity Center and Economic Gravity Center in Qinhuangdao City Based on GIS
p.3819

Quantitative Evaluation of Science & Technology Tourism Resources Based on Geographic Information System
p.3824

Scale-Location Dependence of the Relationship between NDVI and Environmental Factors in Wuyi Mountain
p.3828

The Application of Big Geospatial Data in Smart Agriculture
p.3835

Mine Dynamic Monitoring and Integrated Management Based on RS and GIS
p.3840

VGFPS: An OpenSimulator-Based Virtual Geographic Environment for Geological Field Practice
p.3845

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Quantitative Evaluation of Science & Technology Tourism Resources Based on Geographic Information System

Abstract:

Mianyang, Sichuan is the so-called only City of Science and Technology in China, and it is also the first science & technology (industry) tourism demonstration base named by the National Tourism Administration. In this paper, the authors introduce the major science & technology tourism resources of this city, and evaluates them quantitatively using Geographic Information System technology.