Species distribution models predict potential habitat for the endangered New Mexico jumping mouse

The New Mexico jumping mouse (Zapus luteus) is a federally endangered species that relies on riparian sites of the southwestern United States. Only isolated populations occur throughout its range and detecting potential suitable environments and identifying new populations are important for long‐term conservation of genetic diversity and habitat restoration by management agencies. We used a presence‐only data approach compiled from multiple surveys since 2000 in Arizona, Colorado, and New Mexico with bioclimatic and vegetation variables to generate species distribution models for the species. Our models predicted environmentally suitable areas outside the current species management units that could be prioritized in surveys. Our models also highlighted opportunities for collaboration among federal, state, tribal, and private landowners and managers to secure habitat and connectivity for the species and its long‐term survival. The New Mexico jumping mouse (Zapus luteus) is a federally endangered species that relies on riparian sites of the southwestern United States. Using a presence‐only data approach compiled from multiple surveys since 2000, we predict environmentally suitable areas outside the current species management areas that could be prioritized in surveys. Our models highlight opportunities for collaboration among federal, state, tribal, and private landowners and managers to secure and protect habitat.