
Montana hunters saw a wave of mountain lion regulation changes in late February as the Montana Fish & Wildlife Commission enacted quota-driven closures in multiple Lion Management Units (LMUs). These closures are part of the state’s adaptive management approach designed to maintain stable lion populations while allowing sustainable harvest.
Effective one-half hour after sunset on February 21, 2026, LMU 121 closed to the harvest of all female mountain lions. That same evening, LMU 320 also shut down the take of females after reaching its quota.
Additional closures followed shortly thereafter. LMU 319 closed to the harvest of male mountain lions one-half hour after sunset on February 23, 2026, while LMU 680 closed to female lion harvest at the same time. Hunters are encouraged to check updated quota status before heading afield, as regulations can change quickly once thresholds are met.
How Montana’s Lion Season Works
Montana’s mountain lion seasons typically open December 1 in most districts and run through April 14, though exact dates vary by region. Harvest is regulated through sex-specific quotas within each LMU. Once a quota is met, hunting for that sex closes immediately to prevent overharvest.
This quota-based system means some districts close weeks or even months before the season’s scheduled end. Female quotas are often conservative to protect reproductive capacity, while male quotas can remain open longer in certain units depending on harvest pressure.
Early Closings Are Common in High-Pressure Units
Premature closures are not unusual, particularly in districts with good snow tracking conditions, strong lion densities, or easy access. Over the past decade, several western and central Montana LMUs have closed early after rapid quota fulfillment, especially during winters with favorable tracking snow.
In recent seasons, hunters have seen:
- Swift female quota closures in heavily hunted western districts
- Male quotas reached quickly where lion densities and hunter success rates are high
- Extended opportunities in more remote or lower-density regions
