Researchers at 黑料吃瓜网have scanned the skeleton of a young blue whale, giving them a trove of data on the endangered marine giant and creating a unique virtual 3D model of the largest animal on the planet.
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The team of scientists has successfully scanned almost all of the bones of the roughly 18-metre whale that washed ashore in Nova Scotia two years ago following a suspected ship strike.
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Chris Nelson, a senior instructor in the Department of Engineering at the Faculty of Agriculture, says the painstaking and innovative feat will allow them to build a virtual 3D replica of the young mammal that can be shared with other researchers.
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鈥淥nce you have that 3D data, the sky鈥檚 the limit on what you could do with it,鈥� says Nelson (pictured), who worked on the project together with Chris Harvey-Clark, university veterinarian, and Gordon Price, associate professor in the Department of Engineering.
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鈥淲ith those scans, we can modify whatever we want 鈥� or whatever anyone else wants to do with it. We could make a whole other blue whale model.鈥�
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The scans provide a digital blueprint of the skeleton that will help in the design of an exhibit of the whale that is slated to hang in the atrium of the Steele Ocean Sciences Building in 2021.
Replacing missing bones, developing new resources for researchers
Nelson says the 3D scanning also allows them to replace any missing bones by scanning ones they have, mirroring them and then printing them. For example, he says they will replicate one of the blue whale鈥檚 missing front fins.
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Notably, it creates a virtual museum of the whales they work with while also facilitating blue whale research that has been hampered in the past by the size and often inaccessible location of the little-known animals, which can be as long as three school buses.
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鈥淲e鈥檝e got a hell of a resource for people. To have that database of bones, you could do a volumetric study or look at bone density or biomechanics,鈥� Nelson says, adding it could lead to less reliance on estimates and yield a more precise understanding of the species.
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鈥淲e will be able to make a 3D model that you have on a table top and have a more closeup view of the whale in its entirety. Every bit of data will help.鈥�
Engaging the public 鈥� and students
Nelson says the team first had to clean the whale鈥檚 bones and remove all the tissue through a composting process before getting them to a stage where they could start putting them together to be scanned. The undertaking, which has rarely been done, is a great example of some of the exciting work being done under one of Dalhousie鈥檚 signature research clusters, Sustainable Ocean, in alignnment with the UN Sustainability Goals.
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The discovery of the whale carcass near Liverpool in 2017 inspired the university鈥檚 which will set a new industry standard in environmentally sustainable decomposition and enhance students鈥� understanding of marine mammal science.
Read also: Up close with the largest animal on Earth (Aug 2018)
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The public is also being given the chance to be part of the ambitious project in a new fundraising campaign. For donations ranging from $100 for a whale phalange to $15,000 for part of its jaw, people can name one of the 230 bones.
For more information, or to purchase a bone to name, .
(Chris Nelson photo by Mandi Wilson)