Three-legged Clover graced The Bark's cover in July 2006.
Many three-legged dogs walk and run quite well, and people who build robots want to know how. They want to model robots on dogs who are missing limbs so that in the event of damage, these robots will still be capable of moving. It makes sense to be prepared for the unexpected, and studying the way dogs move may make it possible.
By comparing the gaits of dogs with three legs to those of the typical four-legged dogs, these researchers are analyzing the adjustments of dogs who are missing a limb. Interestingly, dogs who are missing a hind leg show very little change in the way they move each foreleg. In contrast, those individuals who lost a front leg showed quite a big change in how the remaining limbs moved. It seems that losing a forelimb requires much more compensation by the other legs to coordinate movement with each other.
I remember a client from many years ago who had several happy, active three-legged Rottweilers and only one with the normal number of legs. As he liked to say, “I’ve got four dogs, 13 legs, and a whole mess of trouble.” Have you known a three-legged dog that could still walk, run and play?
Karen B. London, PhD, is a Certified Applied Animal Behaviorist and Certified Professional Dog Trainer whose clinical work over the last 17 years has focused on the evaluation and treatment of serious behavioral problems in dogs, especially aggression. Karen has been writing the behavior column for The Bark since 2012 and wrote The Bark’s training column and various other articles for eight years before that. She is an adjunct professor in the Department of Biological Sciences at Northern Arizona University, and teaches a tropical field biology course in Costa Rica. Karen writes an animal column, The London Zoo, which appear in The Arizona Daily Sun and is the author of five books on canine training and behavior. She is working on her next book, which she expects to be published in 2017.