Woodland Park Zoo- PRESS RELEASE
| March 20, 2008 Elderly red ruffed lemur euthanized at Woodland Park Zoo Contact: |
Seattle
- A 20-year-old male, red ruffed lemur at Woodland Park
Zoo was euthanized two days ago following a clinical illness attributed
to age-related kidney failure. The lemur, named Tromi, arrived at
the zoo in 1999 from Duke University Primate Center and lived in
the zoo’s award-winning Tropical Rain Forest. Five lemurs remain,
including three offspring of the deceased male. According to Dr. Kelly Helmick, Woodland Park Zoo’s interim director of Animal Health, the postmortem exam confirmed conditions suggestive of a geriatric lemur such as a mottled liver, small dark kidneys and a thickened heart. A final cause for the clinical illness will be determined from results of tissue histology, which takes several weeks to perform. “It is always sad for us to lose an animal at the zoo, but the quality of the lemur’s life was compromised, so we made the humane decision to euthanize him,” explained Helmick. All lemur
species are native to the African island nation of Madagascar. Red-ruffed
lemurs live in deciduous tropical forests
of the Masoala
Peninsula in northeastern Madagascar at elevations of up to 3,300
feet. Habitat destruction, hunting, and live captures for the
pet or animal trades have placed severe pressures on lemur populations.
Scientists estimate that only 1,000 to 10,000 red-ruffed lemurs
remain in the wild. Accredited by the Association of Zoos & Aquariums (AZA), award-winning Woodland Park Zoo is famed for pioneering naturalistic exhibits and setting international standards for zoos all over the world. Conservation, education and excellent animal care are at the core of the zoo’s mission. The zoo is helping to save animals and their habitats in Washington state and around the world including tree kangaroos, snow leopards, red-crowned cranes, African wild dogs, western pond turtles and Oregon silverspot butterflies. By inspiring people to care and act, Woodland Park Zoo is making a difference in our planet’s future.
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