Tiny, remote-controlled helicopters hovering above the blowholes of whales have collected snot samples that could help scientists learn which bacteria
lurk in seemingly healthy cetaceans in the wild.
"Up until now, all the information we have from whales comes from captive animals or animals that are dead or stranded, and that's hardly
representative of the normal population," said Karina Acevedo-Whitehouse of the Zoological Society of London.
The research is focused primarily on blue whales and gray whales, with some tests on sperm whales. Early results show that blue whales and gray whales
harbor fairly distinctive communities of bacteria.
Acevedo-Whitehouse wanted to figure out a baseline of bacteria and other micro-organisms held by whales. Then, by continuing to monitor the
individuals, she and other scientists would be able to spot a sick whale, one with blowhole samples containing anomalous bacteria.
Her new technique involves using a 3.5-foot (about a meter) remote-controlled helicopter with Petri dishes attached to the craft's bottom. When the
equipment is ready, Acevedo-Whitehouse and her colleagues work aboard a small boat, scanning the ocean for the whales' blows, which appear as a
sprinkler mist shooting from the ocean surface. The mist contains the whale's exhalation of air, water vapor and sometimes mucus.
Rarely seen creatures
Once the whale is spotted, an operator directs the helicopter directly above and through the mist, which sprays up onto the Petri dishes. Back at the
lab, the researchers analyze DNA from the samples to identify particular micro-organisms.
Other tricky things about collecting whale snot: For one, unlike the gregarious gray whales, blue whales are much shyer and so the scientists need to
keep a distance in their small boat while deploying the helicopter. A video camera onboard the helicopter gave the operator and other scientists a
view of what the aircraft was seeing to help in maneuvering.
In 2006, the researchers obtained their first blue-whale samples. "That was fantastic when we were able to actually position the helicopter right on
top of the whale and collect the sample," Acevedo-Whitehouse told LiveScience. "For me, it's one of the most memorable experiences."
She said her research would not have been possible without the assistance of colleagues at CICIMAR (a research institution that is part of the
National Polytechnic University of Mexico), who have at least 20 years of natural history and other ecological information on the whales.
"If you collect information on disease for whales or animals you don't know anything about, it's difficult to infer more population-type processes,"
Acevedo-Whitehouse.woody with a view - 10-3-2010 at 07:46 AM
where else would one collect snot from?Cypress - 10-3-2010 at 07:56 AM
Wonder how much that little stunt cost? Those guys must be hard up to find something to do. The Japanese could give 'em buckets of whale snot.DENNIS - 10-3-2010 at 08:59 AM
What could make matters worse would be that they find Whale Snot to be hallucinogenic.....something all the BOLA-Rats have known since the sixties.
Iflyfish - 10-3-2010 at 06:52 PM
S not nice Dennis.
Iflyfishhandkerchiefinhanddurrelllrobert - 10-4-2010 at 09:15 AM
Quote:
Originally posted by BajaNews
Tiny, remote-controlled helicopters hovering above the blowholes of Al Quda have collected snot samples that could help scientists learn which
bacteria lurk in seemingly healthy Muslims in the wild.
Sounds just like what we are doing in Iraq/ PakistanMartyman - 10-4-2010 at 09:27 AM
Quote:
Originally posted by DENNIS
What could make matters worse would be that they find Whale Snot to be hallucinogenic.....something all the BOLA-Rats have known since the sixties.
HEY! keep it on the down low, pal!DENNIS - 10-4-2010 at 09:48 AM
