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Patagonia Whales Breath it Out with Ocean Alliance

Image Selected for Google Maps and Google Earth -Argentina -Right Whale Breathing it out in Patagonia
Coming September in Patagonia Argentina a Team of researchers of Ocean Alliance working with a small drone built by Engineers from Oberlin College will try to gather biological samples of whales without even touching them. 

Researchers of Ocean Alliance have focused on Whale´s blowholes activity. Blowholes are used in vital living activities from breathing to diving and probable connected to other cycles such as echolocation and communication as well as toxin exertion and health balance.  

The team and its small “bot” stirred a commotion on the internet through their Kickstarter campaign which was supported by Actor Patrick Stewart know in the scientific community for his documentary broadcasts and internationally recognized for roles such as Professor X in the X-Men. But when it comes down to real science it good thing to separate myth from reality, science from science fiction and basically going as simple as one can go without stumbling upon a mixture of obstacles. 

Care 2 Care reported on August 23 that the small, flying-airborne and waterproof drone can hover over the surface right directly above a whale’s blowhole and is so precise that it can collect samples of the blow. The blow of whales -contrary to common believes is not water expelled but rather air condensed. It contain stress hormone levels, viruses, bacteria, DNA, environmental toxins and other important information.

“The maiden voyage of the Snot Bot is set for September in South America’s Peninsula Valdez Patagonia. Samples will be collected from the southern right whale, which is one of the world’s most endangered great whales,” the organization spoke about the coming expedition in a land which now takes the protection of  Right Whales very seriously under national and international Whale laws.

Whale science, raw whale science, is fascinating due to the many mysteries which Whales still conceal today. Their environment is mostly deep waters and coastal surface waters. Their mobility speed is so incredible that if one were in the water with a Whale and it decided to flap its tail that would be the last thing one would see before it vanishes into inaccessible environments. Fortunately for the guys of Ocean Alliance Whales -as cretaceous need to come back to surface to breathe and blow it all out. The study of whale´s blowhole samples has never been reported and its findings could be revealing. 

Only a person with little understanding and knowledge of the advances made in ocean science by ROVs, drones and new technology would underestimate their contribution to the field. New drones, ROVs and new other technology has already revealed many ocean mysteries. Drones are being built in this new era under the “simple-low-cost-efficiency” concept by new generation of scientists. 

As the campaign of Ocean Alliance and Oberlin College continues in hopes of gaining required permits to conduct scientific research in US waters and US air areas the team of researchers has already approved permits to operate in Patagonia; Argentina waters.  Whale sanctuaries which call for the participation of scientific studies in the US have doubled recently in hands of NOAA in California at the Cordell Bank and Gulf of the Farallones, now known as the Great Farallones.   

Just 24 hours before the Ocean Alliance Kickstarter Campaign ended they had reached over 1.4 thousand sponsors obtaining 189,305 USD of their set goal of 225 thousand USD. By the time it was over they obtained a total of 1.729 sponsors and a total funding which exceeded their initial goal of 229.819 USD. 

Coming September Ocean Alliance is set to fly to Patagonia. Patagonia due to the characteristics of the environment and how Whales make use of the basin is an ideal location to test the technology. Its waters are usually calm, the wind rarely blows hard and Whales are at eye sight. 

“Having a lung lining sample is crucial. With it we can see virus and bacteria loads, analyze DNA, and look for environmental toxins that have been absorbed into the whale’s system. Perhaps most importantly, we can test for levels of hormones, which gives us information on the reproductive cycles and stress levels of these creatures as they are increasingly impacted by human activity in their natural habitats,” the team explained.