Remote sensing applied to environmental sustainability and its relationship with the SDGs for solid waste management: a review
DOI:
https://doi.org/10.11606/eISSN.2236-2878.rdg.2024.217530Keywords:
Monitoring, Urban planning, ManagementAbstract
The understanding of human interaction with the territory is evidence by the potential impacts generated on the environment. This corroborates the modification of the urban layout, while at the same time waste and local pollution become evident. This article presents a systematic review of the subject, identifying the main trends in remote sensing (RS) with regard to urban solid waste (MSW) management and its influence on the Sustainable Development Goals (SDGs), exploring the main existing gaps and indicating directions for future studies. The methodology was based on a quantitative approach of an exploratory nature, based on the Theory of the Meta-Analytical Approach (TEMAC), comprising three distinct stages (preparation; presentation and interrelationship; and detailing/validation), thus guiding data collection and analysis. The study shows that RS can play a significant role in monitoring risks while making it possible to highlight environmental degradation, helping to draw up a spatial overview of these problems. This type of data, in turn, can be used to implement future solutions aimed at mitigating this damage. In addition, the relationship established between the RS and the SDGs is demonstrated in 25.96% of the indicators, emphasizing a huge field still to be explored through geoprocessing techniques. Thus, this article brings to light a vision of the importance of SR in the sustainable management of MSW, contributing to the development of solutions and strategies in line with the SDGs.
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