Constructive Interpretation and Spatiotemporal Feature Analysis of Carbon Mapping Data Platform for Low-carbon Countryside and Rural Areas Based on UAVS+BIM
In the context of the"Carbon Peaking and Carbon Neutrality"initiative,rural revitalization and low-carbon construction have become important topics in rural planning and development.Taking a certain area in the Beijing-Tianjin-Hebei Development Pilot Zone as an example,this study monitors the spatial-temporal distribution characteristics of carbon emissions during rural development,which is of great significance for achieving low-carbon rural construction.This research proposes a method for constructing a carbon spectrum specifically for rural areas using unmanned aerial vehicle thermal imaging technology combined with BIM modeling technology.It successfully constructs a low-carbon rural carbon spectrum based on thermal imaging data from drones and establishes a set of methods for analyzing the spatiotemporal characteristics of low-carbon villages by integrating BIM modeling technology.This provides a new approach to achieve low-carbon rural construction.In order to adapt drone technology innovation to meet the needs of low-altitude economic applications in rural areas,efforts should be made to integrate resources and expand the production-industry-education integration community through a large-scale data platform for carbon spectra.
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