Northern AZ Merriam's (Mogollon Rim & Kaibab)
Arizona's spring Merriam's season typically runs late April into mid-May; the limited-permit Gould's season runs later, into May, in the southeastern sky islands.
Arizona Game and Fish DepartmentArizona is the only state with substantial huntable populations of two subspecies — Merriam's across the high country (Mogollon Rim, Kaibab Plateau) and the rare Gould's in the southeastern sky islands. Both peak later than typical due to elevation. Gould's hunts are limited-permit and competitive.
Phases are calendar approximations driven by photoperiod — year-to-year variation is small. Peak Breeding is the toughest phase for call-response hunting; Gobbling and Post-breed are the best.
Arizona's spring Merriam's season typically runs late April into mid-May; the limited-permit Gould's season runs later, into May, in the southeastern sky islands.
Arizona Game and Fish DepartmentLimited-quota Gould's hunts in the Chiricahua, Galiuro, and Pinaleño ranges run May into early June, timed to peak breeding and post-breed gobbling at elevation.
Arizona Game and Fish DepartmentMerriam's country runs across a wide latitude range, but elevation is the dominant variable. Lower-elevation valleys peak first in late April, with high-elevation timber not peaking until mid-to-late May. Plan zones for elevation, not just latitude.
Spring turkey breeding is triggered by photoperiod — increasing day length — which makes it remarkably consistent year to year within a given latitude band. Weather can shift gobbling intensity by a few days, but biological breeding timing barely moves. That's why a calendar built from photoperiod data is genuinely actionable for planning.
Data sourced from Arizona Game and Fish Department wild turkey program reports.
Always verify season dates and licensing requirements with the official agency before hunting. Season structures change year to year.
Statewide phases are a starting point. Bield: Hunt logs your own observations — toms heard, hens seen, locations, conditions — and turns multi-season data into patterns no generic calendar can match.