The band-tailed pigeon inhabits mountainous terrain across its North American range making it difficult to obtain detailed life history information. During the late 1960’s through the 80’s, however, there was a great deal of effort invested by a small handful of biologists to describe the movement, demographics, and natural history of interior “Four Corners” populations of band-tailed pigeons through field and captive studies (Gutíerrez et al. 1975, Stabler et al. 1977, White and Braun 1978, Curtis and Braun 1983, Kautz and Braun 1983, White and Braun 1990, Keppie and Braun 2000 and references therein).  Much of the data gathered during this period represents the only data available on this population to inform biologists on the conservation and management of this migratory game bird species.

In the 20-30 years following, much of the research has primarily focused on the Pacific Coast population (Jarvis and Passmore 1992, Keppie and Braun 2000, Sanders and Jarvis 2000, Sanders and Jarvis 2003, Cassaza et al. 2005) and discoveries of frequently visited mineral sites and increased banding programs have led to improved estimates of population status and comparisons with harvest data (Jarvis and Passmore 1992, Sanders and Jarvis 2000, Cassaza 2005, Sanders 2012).  Coupled with banding programs and utilization of modern tracking techniques, our understanding of population dynamics and seasonal movement patterns have greatly improved for this population (Leonard 1998, Sanders 2012).  To better inform conservation/management decisions for the Four Corners population, renewed efforts describing current population status, distribution, demography, and seasonal movement patterns in relation to food availability are needed to balance our knowledge of this species across its range (Braun 1994).

To guide future work on this species, the Migratory Shore and Upland Game Bird Support Task Force recently produced updated research priority needs for band-tailed pigeons (Case et al. 2011). Their recommendations focused on 1) providing reliable demographics and 2) understanding the association of food availability with abundance and distribution of band-tailed pigeons.   Recent research efforts to study band-tailed pigeons in Arizona and interest by new research/management personnel in New Mexico (proposal authors), has created a perfect opportunity to increase our current understanding of interior populations and inform resource managers by combining past and present knowledge.

To meet these research needs, we have secured three capture/banding sites across New Mexico where we propose to initiate a long-term banding and PIT tagging program to provide more reliable demographic estimates for band-tailed pigeons in New Mexico.  Acquiring accurate annual survival rate estimates are critical to developing and maintaining management strategies. Because harvest is a management tool and may represent a potential effect on population dynamics, estimates of recovery rates are important for assessing the effects of harvest on population dynamics (Nicolai et al. 2005).

Additionally, describing the relationship between food availability with abundance and distribution is difficult when no current data exists on the seasonal movement patterns of these birds.  So, in conjunction with our banding efforts, we propose to investigate the use of low cost geolocator units for describing seasonal movement patterns (Stutchbury 2009, Bridge et al. 2011).  Our long-term goal is to build upon the results of this study and use this data to initiate future studies looking at the relationship between movement and food availability, wintering ground distribution, and more detailed natural history for New Mexico band-tailed pigeons.

By pairing a long-term banding study with information on daily and seasonal movements, we believe results from our work will produce the following outcomes:

Primary

•Demographic analysis of band tailed pigeon populations in New Mexico using band and PIT tag data

•Increased understanding of band tailed pigeon daily and seasonal movement patterns across New Mexico

Secondary

•Increased knowledge of interior band-tailed pigeon nesting and wintering ecology

1. •Increased knowledge of movement patterns that could lead to the development of long-term monitoring sites in New Mexico
   

Season 1 & 2 Results

Literature Cited

Braun, CE.  1994.  Band-tailed pigeon.  Pages 60-74 in TC Tacha and CE Braun, eds. Migratory Shore and Upland Game Bird Management in North America. International Association of Fish and Wildlife Agencies, Washington, D.C.

Bridge, ES,  K Thorup, MS Bowlin, PB Chilson, RH Diehl, RW Fléron, P Hartl, R Kays, JF Kelly, WD Robinson, And M Wikelski. 2011. Technology on the Move: Recent and Forthcoming Innovations for Tracking Migratory Birds.  Bioscience 61:689-698.

Case, DJ and Associates.  2011.  Priority information needs for band-tailed pigeons, Zenaida doves, white-tipped doves, and scaly-naped pigeons.  A funding strategy.  Developed for the Association of Fish and Wildlife Agencies by the Migratory Shore and Upland Game Bird Support Task Force. 

Cassaza, ML, JL Yee, MR Miller, DL Orthmeyer, DR Yparraguirre, RL Jarvis, and CT Overton.  2005.  Evaluation of current population indices for band-tailed pigeons.  Wildlife Society Bulletin 33:606-615.

Curtis, PD and CE Braun. 1983. Radiotelemetry Location of Nesting Band-Tailed Pigeons in Colorado. The Wilson Bulletin 95: 464-466.

Kautz, E and CE Braun. 1981. Survival and recovery rates of band-tailed pigeons in Colorado.  The Journal of Wildlife Management 45:214-218.

Leonard, JP. 1998. Nesting and foraging ecology of band-tailed pigeons in western Oregon.  PhD Dissertation, Oregon State University, Corvallis, Oregon.

Nicolai, C.A., P.L. Flint, M.L. Wege. 2005. Annual survival and site fidelity of northern pintails banded on the Yukon-Kuskokwim delta, Alaska. Journal of Wildlife Management 69:1202-1210.

RJ Gutiérrez, CE Brain, and P Zapatka. 1975. Reproductive Biology of the Band-Tailed Pigeon in Colorado and New Mexico. The Auk, 92:665-677.

Sanders, TA. 2012. Band-tailed pigeon population status, 2012.  U.S. Department of the Interior, Fish and Wildlife Service, Division of Migratory Bird Management, Washington, D.C.

Sanders, TA and RL Jarvis. 2000. Do band-tailed pigeons seek a calcium supplement at mineral sites?. Condor 102:855-863.

Sanders, TA and RL Jarvis. 2003. Band-tailed pigeon distribution and habitat component availability in western Oregon. Northwest Science 77:183-193.

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Stabler, RM, NJ Kitzmiller, and CE Braun. 1977.  Blood parasites from band-tailed pigeons.  Journal of Wildlife Management 41:128-130.

Stutchbury BJM, Tarof SA, Done T, Gow E, Kramer PM, Tautin J, Fox JW, Afanasyev V. 2009b. Tracking long-distance songbird migration by using geolocators. Science 323: 896.

White, JA and CE Braun. 1978. Age and sex determination of juvenile band-tailed pigeons. Journal of Wildlife Management 42:564-569.

White, JA and CE Braun. 1990. Growth of Young Band-Tailed Pigeons. The Southwestern Naturalist 35:82-84.