Sustainable development requires the integration of scientific innovation with environmental stewardship to ensure long-term ecological balance and human well-being. In zoology, cutting-edge research has emerged as a powerful driver of sustainability through advancements in conservation biology, genomics, biotechnology, and digital ecology. Modern tools such as environmental DNA (e-DNA), whole-genome sequencing, remote sensing, artificial intelligence-based wildlife monitoring, and climate modeling have transformed traditional approaches to biodiversity assessment and species conservation. These innovations enable precise monitoring of endangered species, assessment of genetic diversity, prediction of climate change impacts, and development of adaptive management strategies. Furthermore, interdisciplinary approaches combining ecological science with community participation and citizen science initiatives enhance conservation effectiveness and policy implementation. Zoological innovations directly support global sustainability frameworks, including biodiversity conservation, ecosystem restoration, food security, and disease control. However, ethical considerations, technological accessibility, and equitable implementation remain significant challenges. This paper highlights the critical role of scientific innovation in zoology in achieving sustainable development goals and emphasizes the need for responsible, inclusive, and technology-driven conservation strategies to safeguard animal diversity and ecosystem resilience for future generations.
Thakar et al. (Mon,) studied this question.