Filed under: MONA-UK
MONA is working the director of Accra zoo in Ghana to transport Martha a young female chimpanzee from Ghana to South Africa. However we desperately need funds to cover the costs of transporting Martha to her new home at the Jane Goodall Institute’s Eden sanctuary in S. Africa. These costs will cover vet costs, road transport and flights.
Martha is approx. 13 years old and she had been living in the Accra zoo in Ghana for ten years. However she was recently moved with five other chimps to Kumasi zoo because the facilities in Accra zoo were outdated. She is currently living alone in a tiny cage away from the other chimps because there is not enough room for her. She hasn’t’ handled the move very well and has become depressed and listless so we desperately want to move her in August so we need to raise funds urgently.
The JGI Chimpanzee Eden sanctuary will be a wonderful new home for her. She will be able to meet chimps of a similar age and form the friendships that she desperately needs after living without contact with another chimp for so long. The Eden sanctuary is set on the 1000 hectare Umhloti Nature Reserve in Mpumalanga, in the heart of South Africa and the chimp enclosures are set in semi–wild surroundings.
Please help us today and help us give Martha the new life she deserves.
Please log on to www.justgiving.com/MONA-UK-Martha to visit her fundraising page where you can donate quickly and easily. You can also send a cheque made payable to MONA-UK and put “Martha” on the back so we know which campaign.
Thank you for your support.
Filed under: Chimpanzee Welfare
By Will Dunham
WASHINGTON (Reuters) – The U.S. National Institutes of Health, which
supports a variety of biomedical studies using animals, will stop breeding
government-owned chimpanzees for research — a step animal rights
advocates lauded on Thursday.
The NIH’s National Center for Research Resources cited financial reasons
for its decision this week to permanently cease breeding of
government-owned chimpanzees for research. A breeding moratorium on
NCRR-owned and supported chimpanzees had been in place since 1995.
The Humane Society of the United States said it suspects that ethical
reasons also were involved in the decision. The group, which opposes the
use of these apes as lab animals, said the decision on ending breeding
likely also means NIH no longer will be acquiring new chimpanzees through
other means.
Because chimpanzees are physiologically and genetically similar to people,
they have been used in medical research defended by many scientists but
scorned by animals rights advocates on ethical grounds.
“This decision is a huge step towards a day when chimpanzees are no longer
used in invasive biomedical research and testing,” Kathleen Conlee of the
Humane Society said in a statement.
‘MONUMENTAL DECISION’
“This will spare some chimpanzees a life of up to 60 years in a
laboratory. While it doesn’t help chimpanzees already living in
laboratories, it is a monumental decision,” Conlee added. “Our ultimate
goal is to put an end (to) the use of chimpanzees in research and retire
those chimpanzees to permanent and appropriate sanctuary.”
The Humane Society said the NCRR’s chimpanzee population includes about
500 in laboratories and 90 more in a federal sanctuary for those deemed no
longer needed for research.
In a statement on its Web site, NCRR said it acknowledges the continuing
importance of chimpanzees to biomedical research, but cited “fiduciary
responsibilities” to maintain the health and well-being of chimpanzees
already in its care.
The center said chimpanzees can live at least 50 years in captivity, and
that high-quality care for a single animal over its lifespan can cost up
to $500,000. It said it also must meet budget responsibilities to other
programs and resources.
“Therefore, after careful review of existing chimpanzee resources, NCRR
has determined that it does not have the financial resources to support
the breeding of chimpanzees that are owned or supported by NCRR,” the
center said.
“However, NCRR will continue to honor its commitments to the existing
chimpanzee facilities, including the federal sanctuary for chimpanzees
that are no longer needed in biomedical research,” the center added.
The advocacy group Project R&R: Release and Restitution for Chimpanzees in
U.S. Laboratories said about 1,300 chimpanzees are currently in U.S.
laboratories. It said some were caught in the wild as babies in Africa
while others were born in laboratories or sent from zoos, circuses and
animal trainers.
Theodora Capaldo, the group’s executive director, said that “not only U.S.
but also world sentiment is growing in support of the day when no
chimpanzees will be used in laboratory research.”
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Filed under: Uncategorized
Sean Markey and Victoria Jaggard
for National Geographic News
Bees do it. Monkeys do it. We do it. Cooperate, that is.
Why humans cooperate and why we select particular collaborators are questions scientists have puzzled over for years.
Now research into the behavior of chimpanzees—our closest confirmed genetic relations—is providing new insights into the ways kinship affects cooperation.
The work also offers some of the first evidence that humans are not the only species to develop complex cooperation with both relatives and nonrelatives.
Kevin Langergraber, a biological anthropologist at the University of Michigan, led the six-year study of chimps in Kibale National Park, Uganda.
By combining field observations with DNA analysis of fecal samples, his team found that male chimps prefer to work with their brothers by the same mother.
The chimps often teamed up with these siblings to perform one of six observed behaviors, such as grooming fur or forming a two-chimp alliance to beat up a third individual.
But the scientists also discovered that male chimps frequently cooperate with unrelated or distantly related males in their community to perform tasks such as group hunts for red colobus monkeys or patrolling territory boundaries for intruders.
Langergraber team’s results appear today in the early online edition of the Proceedings of the National Academy of Sciences.
Kin Selection
Why humans, chimps, or any other animal evolved cooperative behavior gets at the age-old question, What’s in it for me?
(Related news: “Monkeys Show Sense of Fairness, Study Says” [September 17, 2003].)
“Well, like everything in biology, we assume that it’s going to increase our reproductive success,” Langergraber said.
That success can be direct, like finding a mate and having offspring. Or it can be indirect, like helping out a relative and thus advancing the family bloodline.
The family-bloodline scenario is the basis of a theory called kin selection, which holds that animals should prefer to cooperate only with their relatives.
In so doing, they reap the indirect but substantial benefit of seeing their family genes passed on—by becoming an uncle or an aunt in addition to, or instead of, a parent.
“Most people had assumed that in animals it’s mainly … through kin selection that cooperative behavior can evolve,” Langergraber said.
“But here we’re suggesting that’s not entirely the case with chimpanzees, who are famous for being one of the most cooperative animals in the world.”
Emory University primatologist Frans de Waal said: “I think we have long known or suspected that chimpanzee males cooperate very well with nonrelatives.”
Nonetheless, some economists and anthropologists have “preferred to depict chimpanzee cooperation as mainly kin-based” to make the claim that human cooperation is unique, he noted.
“Now we finally have a study that includes not only [chimp] behavior but also genetics, giving us the ultimate proof that non-kin cooperation is extremely well-developed in wild chimpanzees,” de Waal wrote in an email.
“This study will put to rest once and for all that only humans know reciprocity-based cooperation. As such, it is highly significant.”