# Using multiple criteria for redesigning habitat corridor plans for Giant Pandas

## TL;DR

This paper introduces a new framework to prioritize conservation actions for giant pandas by identifying key habitat corridors in China's Giant Panda National Park.

## Contribution

The study introduces a novel framework combining biophysical, biotic, and anthropogenic criteria to prioritize habitat corridors for giant pandas.

## Key findings

- 34,486 km² of suitable habitat was identified within the Giant Panda National Park.
- Six Priority Habitat Corridors were selected based on elevation, forest coverage, and anthropogenic factors.
- The framework integrates multiple criteria to support effective conservation planning under future conditions.

## Abstract

One key factor to long-term success in conservation planning is to allocate limited resources to the most critical locations and ensure the effectiveness of contemporary management plans under future conditions. Here, we proposed an innovative framework to quantitatively prioritize conservation actions for a vulnerable species, giant panda (Ailuropoda melanoleuca), and use it to identify Priority Habitat Corridors (PHCs) to address the threat of habitat fragmentation. We focused on the newly established Giant Panda National Park (GPNP), and combined field data with remotely-sensed landscape and anthropogenic metrics to evaluate the feasibility and effectiveness of potential habitat corridors. We first conducted habitat and corridor modeling and identified 72 candidate corridors. We then conducted gap analysis and applied multiple criteria to prioritize candidate habitat corridors. We identified 34,486 km2 of suitable habitat for giant pandas inside the GPNP and six PHCs that merit the highest priority because they were located at optimal elevation range with adequate forest coverage, had the capacity to connect multiple habitat patches, and were relatively feasible based on their conservation and anthropogenic interference status. Using an integrated modeling approach with biophysical, biotic, and anthropogenic criteria, our work provides a generic methodology to prioritize conservation actions which support future management for giant pandas and other wildlife species.