The Role of Stem In Environmental Conservation: Scientific Innovations For Biodiversity Preservation
Keywords:
Keywords: STEM, environmental conservation, scientific innovation, biodiversity, ecological technologyAbstract
The global environmental crisis characterized by habitat degradation, climate change, and declining biodiversity demands an innovative and sustainable interdisciplinary approach. The STEM (Science, Technology, Engineering, and Mathematics) approach plays a strategic role in strengthening environmental conservation efforts through the application of cutting-edge scientific and technological innovations. The aim of this review is to examine the contribution of STEM to biodiversity conservation by highlighting various innovations that have been implemented in a conservation context. Some of the technologies reviewed include remote sensing, drones, geographic information systems (GIS), ecological modeling, and the use of artificial intelligence in biodiversity data analysis. Case studies from various tropical regions demonstrate that the application of these technologies can improve the accuracy of ecosystem monitoring, the effectiveness of habitat restoration, and the efficiency of data-driven decision-making. Beyond technological aspects, STEM integration also encompasses the critical role of ecological engineering in designing technical solutions for species and ecosystem conservation. Stakeholder engagement, including local communities, researchers, and policymakers, is a crucial part of the collaborative approach offered by STEM. The findings of this article confirm that STEM is not only a technical support but also serves as a conceptual foundation for developing conservation strategies that are responsive to current challenges. By strengthening human resource capacity and expanding cross-sector collaboration, STEM can foster innovative, adaptive, and sustainable conservation solutions.References
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