Habitat suitability assessment of rhinopithecus bieti based on remote sensing and GIS

Habitat quality and communication between species groups are crucial for species conservation. Based on remote sensing and GIS, this paper determines which habitats need to be restored to improve habitat quality and increase the number of r<i>hinopithecus bieti</i>, analyzes which areas can be easily and safely replanted first, and analyzes which artificial reserves can increase the number of <i>rhinopithecus bieti</i>. The possibility of doing so was investigated. The results indicate that vegetation reconstruction should be implemented in habitats G4, G5, and G15. Initial population substitution can be implemented in habitat G8, G9 and G10. <i>Rhinopithecus bieti </i>artificial reserves can be established in habitat G3 and G4. G10 is the most suitable habitat, with the highest habitat quality index of 30.14.