why-animals-do-the-thing:

eruditionanimaladoration:

books-and-barns:

mango-pup:

h42el:

mango-pup:

themotherfuckingclickerkid:

tashahatesfun:

allbarksomebite:

themotherfuckingclickerkid:

As a contrast to the previous gifset, I wanted to make one with the classic video by Dr. Sophia Yin showing counter conditioning in action. This is a dog that had been displaying aggression severely enough to be up for euthanasia. The stimulus prompting aggression in this video is having his face blown on. While we don’t hear anything about the dog’s history, it’s pretty easy to assume that this is fear-related, as shoving your face at a dog’s face is pretty aggressive body language, a lot of smaller dogs have fear-related aggression due to their boundaries being ignored, and I don’t see any resource-guarding behavior.

You can’t draw a complete parallel, but there are a lot of similarities between this video of an aggressive dog and the video of the aggressive horse. This dog seems to be making a big aggressive display and then retreating, instead of continuing the attack with the intent of causing serious injury. The horse had its movement restricted to the round pen, and this dog has its movement restricted by a leash. Both are unhappy and dangerous animals.

Dr. Yin resolves the aggression by pairing the provocative stimulus (blowing on the dog’s face) with food. After only a few brief sessions and a bit of time, the dog no longer exhibits aggression when prompted. He doesn’t enjoy the stimulus (he still moves his head back and away, and there’s a bit of lip licking) but having his face blown on no longer provokes aggression. Instead you can see eagerness for the treatment and what looks like enjoyment of the exercise (tail wagging, what looks almost like a play bow or an attempt to get a reward with a behavior he was taught, ears forward, open relaxed mouth, looking up at her face). His emotional reaction and outward behavioral response are dramatically different.

I don’t present this as an example of why counter conditioning with food is a preferential miracle cure (dogs are a lot more likely to exhibit aggressive body language, so the horse probably had way more of a backlog of fear, whereas this guy’s fear could be worked around relatively quickly. I also wouldn’t ever recommend anyone tackle aggressive body language straight up with a leash restraining the dog, and definitely not by blowing into the dog’s face, where it’s so easy to get bit) BUT this shows a similar scenario, similar aggression, and a different protocol for resolving the problem that doesn’t involve the use of an aversive stimulus to work around aggression.

I remember watching this video in around 2010 and being amazed that this “counter-conditioning” was such a powerful technique. It was one of the videos that made me up my training game big time, and learning about CC was a massive help in socialising and rehabilitating Breeze. 

I did think she was totally mad and was about to lose her nose! Definitely not a dog or situation for novice trainers, but a really useful video about hugely helpful technique.

I’m definitely into this, but I do have a question- why does this work, as opposed to making him display his aggressive behavior more? It seems like this could also been seen as Dog displays aggression->give treat-> dog acts aggressive to receive treat. What would the difference be between this counter conditioning and training a dog to be more aggressive?

The difference there is the difference between operant and classical conditioning. Operant conditioning is training as we usually think of, which is controlling conscious behavior. Classical conditioning addresses involuntary reactions, like Pavlov’s drooling dogs.

In this situation, Dr. Yin isn’t trying to change the dog’s behavior, she’s trying to change the dog’s emotions. Once the emotional state has changed, the behavior goes away by itself.

I also get that this works, but I don’t understand your explanation of why you don’t just accidentally capture the aggressive behaviour? The dog doesn’t know your counter conditioning not operant conditioning.

This is something I struggle with teaching mango not to bark at the window, I definitely taught her to bark once and look at the human when trying to counter condition. We are doing better now by treating pre-bark and giving an alternative behaviour if she’s already barking, but it would be interesting to know more if you have the time?

Maybe another way to put it:

“Dog displays aggression->give treat-> dog acts aggressive to receive treat.”

So why doesn’t this teach the dog to be aggressive?

Because the dog is not thinking operant-like about the aggressive behavior. He’s not thinking “oohh I behaved aggressively and I get a reward!!” He’s feeling scared of something, but that something is always followed by a reward, so he learns it’s not scary. The aggressive response associated with his fear goes away too.

It’s the same reason why you can give your dog a reward at every thunderclap, and it doesn’t teach them to be scared of thunder- the fear response wasn’t operant. You’re not rewarding their fear, you’re associating the stimulus, thunder, with good things.

Dogs don’t think “oh, I think I’ll experience some fear now” it’s not something they (or you for that matter) can /will/ themselves to feel.

Plus fear is so aversive you wouldn’t even if you could. Counter-conditioning does “risk” accidentally creating fake on-purpose behaviors. A la the story of the barking dog from Reaching the Animal Mind who was given treats for barking, but when he tried to bark on purpose, it was more of a uncertain high pitched yelp.
That said, those are easy to stop because the behavior is no longer fueled by the underlying emotion.

We humans have a profession that’s all about rewarding people for pretending to have all kinds of emotions: actors. And they still need to practice at it for years. Think about that- you can have a fight with your mom or a heated thanksgiving dinner debate and it’s genuine emotion- but a team of actors staging the same thing have to really work at making it seem real. And someone who’s portraying a criminal doesn’t then become one after the director says “cut!”…. Fake on-purpose behaviors are just not the same, for the same reason- you can’t will yourself to feel emotions on cue. Maybe method actors would disagree lol but that’s the gist of it.

OK, that makes sense, trying to train a dog when they’re over threshold gets you nowhere, and that’s what you would be doing if you were trying to capture aggressive behaviour . And we got rid of ‘bark look at human’ behaviour but just ignoring it, which was a lot easier than getting rid of barking (still working on that, but we make progress).

Thanks

The above explanation works for the layperson, but it doesn’t have a lot of scientific basis. The reality is that we’re only just coming to understand reactions and ‘feelings’ in animals, particularly because of the efforts of some incredible trainers and dogs who are letting us get a glimpse into the conscious mind of a dog via MRI machines. It’s what we THINK might be happening, but realistically all we have to go on is hormone interactions and other foundations in behavioural science.

This is, of course, one of the main challenges of training dogs and interacting with dog trainers. Most people owning a dog do not have any sort of training in applied ethology. Most dog trainers have no idea what applied ethology is. But it’s important, and it helps us to understand consistencies as well as inconsistencies.

To make an explanation with a bit more evidence behind it, we’re performing a chemical override using differing hormones that are released as a response to eating, over the stress hormone cortisol that is heightened when experiencing ‘fear-inducing’ stimuli. There’s also usually a motivation present for the dog to eat, so the dog may have been deprived a meal in the morning (not unusual, many trainers withhold regular meals and choose instead to feed them as rewards, but by doing so you create a motivation in the animal to perform consummatory behaviours, like eating. It’s a perk that motivation increases for the reward.) and is driven to perform a consummatory behaviour to satisfy that motivation.

It has also been shown that if you create a motivation in an animal, and don’t allow them to perform consummatory behaviours to decrease their state of motivation, the existing high state of motivation can actually cause stress. Performing consummatory behaviours to decrease motivation lowers stress. So realistically, there are many small factors coming into play here, many of them related to hormones within the body, that are contributing to associating certain stimuli with good things.

This is a multifaceted issue, but from a physiological and behavioural standpoint, these are just some of the many factors contributing to altering an animal’s perception.

You can indeed capture the wrong behaviour (this is because there are multiple factors working in tandem, you can choose to appeal to classical or operant conditioning while training, but it doesn’t mean you will completely turn the other off, we’ve learned dogs are making inferences in ways many young children are, they are constantly absorbing information.) which is why narrowing the criteria is important. You cease to reward for just anything other than, for instance, biting your face off. You shape a new behaviour as an alternative. Many trainers will just reward ‘not barking’, but you’ll also notice that people will instead reward not barking to start and then will start to reward when the dog lays down, when the dog goes to their crate or lays in their bed. They shape ‘not barking’ into a new behaviour, increasing the criteria from ‘don’t bark’ to ‘don’t bark and turn away from the window’ to ‘don’t bark and turn away from the window then walk to your bed’ and finally ‘don’t bark and turn away from the window and lay down in your bed’, versus leaving the dog to their own devices where they might pick a new behaviour that isn’t ideal. Especially if we’re talking motivation that was previously satisfied by the undesired behaviour, and they are now having to perform displacement behaviours to try to satisfy the motivational state.

You’ll see the idea of teaching an alternative behaviour or task a lot, and you can probably think of a couple you’ve taught your own dog even accidentally. My dog had an issue jumping up, so I realized I was teaching him a replacement behaviour as I continuously asked him to get toys for the visitor instead, as when he retrieves a toy and comes to offer it he keeps all four feet on the ground. I often remind him, but without intensive training or focus on it, he has started to go looking for a toy after being told not to jump up. He is making the connection himself, even without training, that if he has all of this pent up excitement…to use it productively.

@why-animals-do-the-thing

This is an incredible breakdown.

For laypeople who follow this blog – I highly do not suggest trying to recondition aggressive behavior by yourself. Yin was an amazing and skilled professional (rest in peace) and you’re way better off getting someone with training to help you than trying to work with aggression yourself. It’s not worth the risk.

Dogs are omnivores (sorry to burst your bubble)

justnoodlefishthings:

Nope. Dogs are opportunistic carnivores, not omnivores.

In the fifteen thousand years it’s now believed dogs have lived beside humans, they’ve evolved. So, too, have humans. We’ve shifted from that Paleolithic, hunter-gatherer diet to one that reflects an agrarian condition.

In the case of dogs, we’ve found a few genes that reflect this adaptation. So, too, have we found genes that indicate a neurologic adaptation to cohabitation with humans. But just a few genes’ difference is regarded as an adaptive shift to a condition. These alone can’t possibly alter the entire digestive evolution of a species.

Indeed, dogs still have plenty of traits that are 100 percent carnivorous:

  • Dogs’ teeth are adapted to a carnivorous diet (for tearing muscle and crunching bone to extract marrow).
  • Many of their innate behaviors are carnivorous in nature. Consider digging, for example. Like wolves, dogsdig to hide parts of meals for future ingestion.
  • Dogs, like many large mammalian carnivores, are metabolically able to survive for long periods of time between meals.
  • Dogs have a lot of flexibility in metabolic pathways to help make up for a feast-or-famine lifestyle and a wide range of possible prey.

The result of these findings, argues Dr. Hendriks, is that the dog is undeniably a true carnivore. The dog just happens to have an adaptive metabolism as a result of living with humans for millennia.

(source)

Knowing that dogs are optimized for eating meat can make it easier to recognize better dog foods.

Even though dogs do demonstrate a notable omnivorous capacity, we believe it’s important to give preference to meat-based products. That’s because…

Whether you believe they’re carnivores or omnivores, dog’s possess an undeniable carnivorous bias

Meat-based dog foods are closer to a dog’s natural ancestral diet. They’re more like the real thing.

(source)

Dogs ARE very adaptable, but just because they can survive on an omnivorous diet does not mean it is the best diet for them. The assumption that dogs are natural omnivores remains to be proven, whereas the truth about dogs being natural carnivores is very well-supported by the evidence available to us.

(source)

why-animals-do-the-thing:

Please remember that you are your dog’s only advocate at the vet or in other care scenarios, such as grooming. If your pup is dog reactive and needs an appointment first thing to avoid other animals, tell them every time. If your pup is aggressive towards men and needs only female techs, tell them every time. If your pup has a high prey drive and clinic cats need to be put away before your arrival, tell them every time.

If your pet has issues that need to be worked around, you are solely responsible for communicating that. Don’t expect staff to see it in the animal’s file, remind them when you schedule. Don’t expect them to guess what they need to do because of your specific breed of dog. Remind them when you schedule, call ahead before your appointment, come inside before you bring your animal in to confirm the set up is correct.

And please, god, be polite to the people who are accommodating you. Pet care professionals will often go to a lot of effort to help your animal, so don’t take your mistakes out on them. Advocate for your pet and accept the responsibility.

Munchkin cats don’t actually have any issues coming from their short legs. Amazingly, they can run and jump like any other cat. They just have shorter legs.

why-animals-do-the-thing:

beyondthetemples-ooc:

Welp. Looks like it’s time for another (educational?) RHS Essay-Post on Animals.

“Don’t have any issues” is inaccurate, or at least unproven. The statistical majority is healthy thanks to carefully selective breeding. HOWEVER: This doesn’t mean that the whole breed is healthy.

Here’s the thing about breeds and health issues: Munchkin cats are so NEW to the world, as a breed, that they’re not old enough for health issues that DO crop up in them to be recognized as a common trait of the “breed” yet.

Scottish fold cats were considered a “safe” breed and hailed as precious, and ethical, and Not Prone to Health Issues– until we discovered how badly damaged they are by osteochrondroplasia. (That is: abnormal developement of bone and cartilage structures.) It’s genetic. It’s a health issue. And, we later found out, it’s the very REASON their ears fold that way– the cartilage in their ears isn’t properly formed. Nor is the cartilage in the rest of their body. Osteochondroplasia is a very painful disease that ALL Scottish Folds are afflicted with to some degree, and it leads to joint degeneration and weakened joints, arthritis, lameness, often crippling the cat for life.

You can’t call munchkin breeding “safe” yet. Sure, they can run and play. But so can dachshund puppies, declawed kittens, and baby white/white chinchillas (the latter of which is always fatal).

Senior dachshunds are prone to spinal degeneration.

When those declawed kittens grow up, there’s a 60% chance of them developing arthritis, particularly around the hips.

And those baby white/white chinchillas won’t live to see their third month.

It’s even known that you can’t breed two Munchkin cats together, because most of the babies won’t survive. When the dominant Munchkin gene– let’s call it by its scientific name, pseudochondroplasia– is homozygous, the same gene inherited from both parents: the gene is lethal, and the affected fetus is resorbed into the mother long before it can be born.

Heterozygous genetics for pseudochondroplasia GENERALLY don’t come with any dangers to hormonal, nutritional, physical, mental, anatomical developement (**As far as we know, in our still yet limited understanding of genetics).

But there are still some concerning appearances of structural deformities associated with Munchkin breeding. Most notably:

– Pectus (the spine is dipped deeper than normal between the shoulders, which leaves a lot less room in the chest cavity, which results in the heart and lungs being pressed in on and constantly stressed.)

– Lordosis (the muscles along the spine are too short, which means the spine doesn’t stay in place where it’s supposed to, sinks into the body, and a lot of cats can’t live more than a few months with this condition.)

Pectus and lordosis are not exclusive to the munchkin mutation, but they occur more often in munchkin kittens than in other breeds.

(It’s no wonder many cat breed organizations actually refuse to recognize Munchkin cats as their own breed, because the “traits” that make a cat a “munchkin” [not JUST short legs] are also symptoms of many, MANY health issues ranging from nutritional deficiencies to viral infections and genetic illnesses. And these associations consider breeding the munchkin cats unethical.

And as breeders reinforce this pseudochondroplasia gene, strengthen it, and change the way it manifests and interacts with other genes: they’re increasing the chance of these associated afflictions as well.

Any time an animal’s anatomy changes, you are changing the way they move, the way they bear weight, the way their body functions, propagating genes that nature considers deleterious, and a newly-discovered mutated gene can’t be considered “safe” until we’ve THOROUGHLY studied its interaction through far more generations than this mere 30 years we’ve had with breeding munchkins.

What’s more, cats HIDE their pain and coordination troubles. Do you have any idea how arthritic cats that are declawed become? Most people don’t notice it until they do a necropsy. Because declawing is thought to be so commonplace and so safe, that SURELY it doesn’t hurt the kitty and cause health problems! Except, it can cause everything from infection to

misplaced calcium growths to

arthritis to inability to use a litter box.

Statistics for munchkin cat health are still not a very big sample size, let alone anything conclusive.

Until genetics, study, and breeding of Munchkin cats develope much, much further, we can’t conclusively call them free of health issues.

And I, for one, cannot condone any animal that we know runs a steeper risk of health issues, and yet are continued to be bred For The Aesthetic.

(Oh, and p.s.: No, munchkin cats physically cannot jump as high as other cats. They struggle to jump straight up at all.)

Munchkins are less likely to quickly gain deleterious traits associated with the breeding for psuedochondroplasia, since the trait is fatal when homozygous – they’re constantly required to be outcrossing to maintain the desired trait (unlike white tigers, where the desired trait being homozygotic only leads to a tendency to promote inbreeding). This doesn’t mean they won’t have hereditary health issues accumulate in the breed, just that it’ll take longer to show up and definitely will be harder to identify.