Abstract

Monitoring of individual animal health indices in wildlife populations can be a powerful tool for evaluation of population health, detecting changes, and informing management decisions. Standardized monitoring allows robust comparisons within and across populations, and over time and vast geographic regions. As an International Polar Year Initiative, the CircumArctic Rangifer Monitoring and Assessment network established field protocols for standardized monitoring of caribou and reindeer (Rangifer tarandus) health, which included body condition, contaminants, and pathogen exposure and abundance. To facilitate use of the protocols, training sessions were held, additional resources were developed, and language was translated where needed. From March 2007 to September 2010, at least 1206 animals from 16 circumpolar herds were sampled in the field using the protocols. Four main levels of sampling were done and ranged from basic to comprehensive sampling. Possible sources of sampling error were noted by network members early in the process and protocols were modified or supplemented with additional visual resources to improve clarity when needed. This is the first time that such broad and comprehensive circumpolar sampling of migratory caribou and wild reindeer, using standardized protocols covering both body condition and parasite disease status, has been done.

Highlights

  • Understanding and tracking the health status of individual animals provides valuable information for wildlife management (Jean & Lamontagne, 2004; PCMB, 2010; GNWT, 2011)

  • In this paper we provide an overview of the CircumArctic Rangifer Monitoring and Assessment (CARMA) protocols and the implementation of these protocols for CARMA-supported sampling of circumpolar caribou herds

  • Standardized protocol development Draft protocols were discussed with network members before and during International Polar Year (IPY) at the CARMA annual meetings as well as between meetings as needed

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Summary

Introduction

Understanding and tracking the health status of individual animals provides valuable information for wildlife management (Jean & Lamontagne, 2004; PCMB, 2010; GNWT, 2011). Examining interrelationships between various health indicators, as well as their trends over time and across herds and geographic regions, provides new insights into the ecology of a species and functioning of an ecosystem. Foundational to these activities, Rangifer, 33, Special Issu3e2N(o1.)2,12,0210213. Establishing baselines and maintaining monitoring programs for wildlife populations is not easy. A variety of Rangifer monitoring programs of di erent types have existed over time (Ko nas et al, 2002; Couturier et al, 2004; Gunn et al, 2005; Campbell, 2006; Campbell et al, 2010; Lyver & Nation, 2010)

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