In the current scenario, there are several problems in managing biodiversity and wildlife resources. This is due to the unsustainable use of the natural resources available on Earth. Human intervention and excess utilization of resources led to the dangerous consequences for wildlife ecology and for humans themselves. Therefore, an approach is needed focusing on habitat rather single species conservation to overcome these problems. Without improving geospatial technology, this is quite difficult. Therefore, refined databases and the development of new methods within economic constraints will help monitor wildlife ecology and biodiversity in the long term. Thus, remote sensing and Geographic Information System (GIS) tools with better resolutions, a wide range of databases, and information maps contributed to improving the management of available resources. Remote sensing is made possible by the use of sensors on aircraft, satellites, and planes to collect geospatial data, and GIS works in an integrated manner with remote sensing data by analyzing, storing, and presenting the same in the form of maps, thermal images, etc., to easily interpret the collected data. The current study addresses current methods and the role of remote sensing and GIS technology in studying and organizing the natural resources available on Earth, leading to a sustainable future.