Monday, February 16, 2026

The Coming AI Reckoning in Animal Welfare

Artificial intelligence tools have entered the pet industry at remarkable speed.

 

Shelters are experimenting with them. Trainers are asking them for behavior advice. Rescue organizations are using them to draft adoption profiles. Pet owners are consulting them before calling professionals.

 

On the surface, this looks like progress — faster answers, lower costs, wider access to information.

 

But there is a growing risk that few people in the animal welfare space are fully considering:

 

General-purpose AI systems were not designed for high-stakes animal decisions.

 

And at some point, an animal or a person is likely to be harmed as a result.

 


These Tools Are Persuasive — Not Reliable

 

Large language models can produce confident, detailed answers even when those answers are wrong.

 

Research in medical contexts shows that AI systems can fabricate information (“hallucinate”) or omit critical details in ways that could affect real-world outcomes. Even low error rates can be dangerous when decisions involve safety or health.

 

In human healthcare, this has already raised concerns about diagnostic errors and treatment guidance. The same risks apply — arguably more so — in animal welfare, where decision processes are less standardized and oversight is inconsistent.

 

Unlike professionals, these systems have no responsibility for consequences. Yet their outputs can appear authoritative enough to influence serious decisions.


Overreliance Happens Faster Than People Expect

 

Another documented risk is automation bias — the tendency to trust automated recommendations even when they are flawed.

 

Studies in healthcare show that people often defer to AI outputs, especially under time pressure or uncertainty. This can reduce critical thinking and lead to errors that would not have occurred otherwise.

 

In the pet arena, where many decisions are made under emotional stress — surrender situations, aggression concerns, medical uncertainty — the temptation to rely on a confident answer from an AI tool can be even stronger.

 

The danger is not just bad advice. It is misplaced trust.

 


Animal Decisions Are Public Safety Decisions

 

Animal welfare is not a low-stakes domain.

 

Placement decisions can affect:

  • Families with children
  • Multi-pet households
  • Neighborhood safety
  • Liability exposure
  • Staff and volunteer safety

 

Research on shelter behavior assessments already shows how difficult it is to predict outcomes reliably. High false-positive and false-negative rates have been documented even with structured evaluations conducted by trained professionals.

 

If trained systems struggle with accuracy, general AI tools trained on internet text are unlikely to perform better.

 

Misclassification in this context can have serious consequences — from unnecessary euthanasia to unsafe placements.

 


Liability Will Not Fall on the AI

 

If harm occurs, responsibility will not belong to the software.

 

It will fall on:

  • The organization
  • The professional
  • The adopter
  • The municipality

 

Legal analyses of AI decision support in medicine indicate that users remain accountable for outcomes, even when automation contributed to the decision.

In other words:

 

Using AI does not transfer responsibility. It may increase exposure.

 


The Public Response Could Be Severe

 

When tragedies involving animals occur, they rarely stay private.

 

Media attention can be intense. Public reaction can be emotional and polarized. Trust can erode quickly.

 

If an incident were linked to AI-influenced decisions — even indirectly — the backlash could include:

  • Lawsuits
  • Policy changes
  • Funding impacts
  • Public scrutiny of the entire sector
  • Calls for regulation

 

The reputational damage could extend beyond the individual organization to the broader animal welfare community.

 


This Is Not About Rejecting Technology

 

AI will likely play an important role in the future of animal welfare.

 

But tools that are powerful, persuasive, and widely accessible can also be misused — especially when adopted faster than understanding develops.

 

The pet industry has historically relied on experience, judgment, and accountability. Introducing systems that simulate expertise without possessing it changes the risk landscape in ways we are only beginning to understand.

 


A Question Worth Asking Now

 

Before these tools become embedded in everyday practice, the field should consider:

 

What happens if the advice is wrong?

 

Because eventually, somewhere, it will be.

 

And when that happens, the consequences will not be theoretical.

 

They will involve real animals, real people, and real communities.

 


If you work in animal welfare, veterinary medicine, training, rescue, or policy, this is a conversation worth having now — not after the first preventable tragedy forces it.

 

This article was written with the help of AI… 

 

I am actively working on the above issues and will have more to say on this topic as time goes by. I am seeing a lot of people posting advice about dogs and dog training on social media using AI… and the advice is often wrong. 

 

Sunday, February 15, 2026

SAM THE DOG TRAINER'S THOUGHT FOR THE DAY

Some dogs weren’t broken.

They were never built.


- Sam Basso

Saturday, February 14, 2026

Large Breed Dog Food Studies

Supporting Healthy Skeletal Development in Large and Giant Breed Puppies: Key Insights from Veterinary Nutrition Research

 

As a professional dog trainer with years of experience working with owners and their companions, I often emphasize the importance of a solid foundation for long-term well-being. Physical comfort and mobility play a significant role in a dog's ability to engage positively with their environment, respond to training cues, and participate in enrichment activities. While my expertise lies in behavioral assessment and structured training pathways, I frequently encounter questions about how early life factors, including nutrition, influence a puppy's development. I also must mention that I had a large breed dog that developed osteochondrosis by 5 months of age and had to be put down at 7 months of age, so this topic is still raw to me even after over 30 years. I don’t know if I caused it by supplementing the dog or feeding him incorrectly, or if this would have happened either way.

 

This article summarizes key findings from established veterinary research on nutrition and skeletal growth in large and giant breed puppies. It focuses on landmark studies and ongoing scholarly consensus regarding developmental orthopedic conditions—issues that can affect joint health and overall mobility. Please note: This is not veterinary or medical advice. I am reporting on published research only. Dietary decisions for your puppy should always be made in consultation with a qualified veterinarian, who can provide personalized guidance based on your dog's specific needs. For complex cases involving health concerns or significant behavioral challenges, owners are encouraged to consult their veterinarian.

 

Landmark Research from the University of Utrecht

 

Much of our current understanding of nutrition's role in skeletal development comes from controlled studies conducted at the University of Utrecht's Faculty of Veterinary Medicine in the Netherlands. Led by researcher Herman A. W. Hazewinkel and colleagues, these experiments used Great Dane puppies as a model for large and giant breeds due to their rapid growth rates and susceptibility to orthopedic issues.

 

Key studies from the 1980s to 2000s examined how varying levels of calcium, phosphorus, energy intake, and feeding methods (e.g., free-choice/ad libitum versus portion-controlled) affect bone and joint development. Findings consistently showed that:

 

  • Excess calcium intake, particularly without balanced phosphorus, disrupts calcium homeostasis, leading to disturbances in bone mineralization and increased risk of conditions like osteochondrosis (a precursor to cartilage defects and joint issues).
  • High energy intake and ad libitum feeding promote rapid growth, which can exacerbate skeletal remodeling challenges in fast-growing breeds, resulting in higher rates of developmental orthopedic diseases (DOD), including hypertrophic osteodystrophy (HOD) and osteochondrotic lesions.

 

 

For example, in one study, puppies fed high-calcium diets without proportional phosphorus developed hypercalcemia, hypophosphatemia, and rickets-like changes that partially resolved after diet normalization, though some osteochondrotic lesions persisted (Schoenmakers et al., 2000). Another found that restricted feeding on balanced diets reduced DOD incidence compared to ad libitum access, even on nutritionally appropriate food (Hazewinkel et al., 1991).These controlled experiments highlighted that overnutrition and mineral imbalances can interfere with endochondral ossification—the process by which cartilage turns into bone—during critical growth phases.

 

Enduring Consensus in Contemporary Research

 

The Utrecht findings remain foundational and continue to be cited extensively in veterinary literature without major refutation. Recent reviews and guidelines (2020 onward) affirm the core principles: controlled growth through balanced, portion-fed diets supports healthier skeletal outcomes in large and giant breeds.

 

Modern recommendations typically include:

 

  • Diets formulated specifically for large/giant breed puppies, with calcium levels around 0.8–1.2% (dry matter basis), balanced calcium-to-phosphorus ratios (approximately 1:1 to 1.5:1), and moderate energy density.
  • Avoidance of unrestricted feeding and unnecessary supplementation (e.g., extra calcium or vitamin D), as these can tip the balance toward rapid growth and orthopedic risks.

 

Purina Institute and VCA Animal Hospitals guidelines, among others, reinforce portion-controlled feeding to promote steady growth (Purina Institute, n.d.; VCA Hospitals, n.d.). Observational and clinical data support these approaches, with no large-scale studies overturning the Utrecht model's insights.

 

Additional Considerations: Homemade and Unbalanced Diets

 

Veterinary case reports and diet analyses provide supplemental evidence on the risks of unbalanced nutrition, particularly in homemade or raw feeding regimens that do not account for precise mineral and energy needs. Published evaluations of homemade recipes often reveal frequent imbalances in calcium, phosphorus, and other nutrients essential for growing puppies.

 

Clinical cases document severe outcomes in young large-breed dogs fed unsupplemented homemade or raw diets, including nutritional secondary hyperparathyroidism (leading to bone softening, fractures, and neurological issues), skeletal deformities, and generalized osteopenia (e.g., Kavkova et al., 2024; Krook et al., 2020). These real-world examples illustrate how deficiencies (e.g., low calcium relative to phosphorus in meat-heavy diets) or excesses can mirror or exceed the controlled imbalances studied in Utrecht research.

 

Veterinary organizations caution that self-formulated diets, without professional oversight, carry elevated risks during rapid growth periods. Board-certified veterinary nutritionists are often recommended for customizing any non-commercial diet.

 

Implications for Mobility, Behavior, and Training

 

From a behavioral perspective, healthy skeletal development supports a puppy's capacity for physical activity, which is integral to enrichment recommendations and structured management plans. Research indicates that discomfort from joint or mobility issues can influence activity levels, responsiveness, and overall engagement—factors that trainers consider in risk and readiness profiles.

 

A dog experiencing physical limitations may show reduced enthusiasm for exercise or play, potentially complicating owner implementation plans for positive reinforcement pathways. While nutrition itself is outside my scope, awareness of these research findings underscores the value of veterinary-guided feeding to foster a strong physical foundation for behavioral success.

 

In my experience applying ethological principles—drawing from observers like Konrad Lorenz and Raymond Coppinger—dogs thrive when their basic needs, including physical comfort, are met consistently. This aligns with a holistic view of canine well-being, where mobility enables natural behaviors and effective learning.

 

Final Thoughts

 

The body of research on large and giant breed puppy nutrition emphasizes balance, control, and professional guidance to support healthy development. Commercial foods designed for these breeds incorporate lessons from decades of study, offering a reliable option for many owners.

 

Always prioritize your veterinarian's expertise for dietary choices—they can tailor recommendations to your puppy's breed, age, and health profile.

 

“This article incorporates AI-assisted drafting based on established veterinary research and has been reviewed for accuracy, alignment with ethological principles where relevant, and adherence to professional parameters.”

 

References

  1. Hazewinkel, H. A. W., Tryfonidou, M. A., Krook, L., Brom, W. E., & Brom, M. (1991). Calcium metabolism in Great Dane dogs fed diets with various calcium and phosphorus levels. The Journal of Nutrition, 121(11 Suppl), S99–S106. https://doi.org/10.1093/jn/121.suppl_11.S99
  2. Kavkova, M., et al. (2024). A case series of four dogs presenting with neurological deficits due to nutritional secondary hyperparathyroidism from a boneless raw meat diet. Veterinary Record Case Reportshttps://doi.org/10.1002/vrc2.892
  3. Purina Institute. (n.d.). Feeding large and giant breed puppies. Retrieved February 14, 2026, from https://www.purinainstitute.com/centresquare/life-stage-nutrition/feeding-large-and-giant-breed-puppies
  4. Schoenmakers, I., Hazewinkel, H. A. W., Voorhout, G., Carlson, C. S., & Richardson, D. (2000). Effects of diets with different calcium and phosphorus contents on the skeletal development and blood chemistry of growing Great Danes. Veterinary Record, 147(23), 652–660. https://doi.org/10.1136/vr.147.23.652
  5. VCA Hospitals. (n.d.). Nutritional requirements of large and giant breed puppies. Retrieved February 14, 2026, from https://vcahospitals.com/know-your-pet/nutritional-requirements-of-large-and-giant-breed-puppies
  6. This article incorporates AI-assisted drafting based on established veterinary research and has been reviewed for accuracy, alignment with ethological principles where relevant, and adherence to professional parameters.