Abstract

This paper explores the principles of autecology to understand habitat preferences and resource utilization of individual species. By examining specific case studies across diverse ecosystems, we highlight how intrinsic factors, such as physiological traits and behavioral adaptations, influence species distribution and resource allocation. The interplay between biotic and abiotic environmental variables is analyzed to reveal patterns in habitat selection and resource use. Our findings suggest that a comprehensive understanding of autecological principles is crucial for effective conservation strategies, as it provides insights into the ecological needs of species in a changing environment. Ultimately, this research underscores the importance of tailoring habitat management practices to accommodate the specific requirements of individual species, thereby promoting biodiversity and ecosystem resilience.