Are Riding Lesson Horses Really Worse Off?

Riding lesson horses have generally poorer welfare than other types of horses. 🐴 A survey was distributed to operators of Canadian riding lesson facilities to identify management trends that may influence the welfare of lesson horses, as well as to understand the demographics of the Canadian lesson herd and the people responsible for their care.

📋 The survey received 154 responses representing 13.2% (n = 1550) of the total estimated Canadian lesson herd. Tests determined relationships among quantitative responses and thematic content analysis analyzed qualitative responses. Responses suggested that Canadian lesson horses largely receive species-appropriate care with daily access to group turnout and regular attention from veterinarians and farriers.

🌱👩‍⚕️🦶 A high level of concern for the health and comfort of lesson horses was demonstrated through use of complementary and alternative veterinary medicine, dietary supplements, joint injections, and/or ulcer and pain-management medications.

💊🩺 Qualitative responses highlighted financial challenges and client expectations as significant obstacles to ensuring the welfare of lesson horses.

💰⚠️ This increased understanding of the landscape of the Canadian riding lesson industry provides new avenues for further research, suggesting that the reportedly poor welfare of lesson horses may not be related to management but other factors unique to the life of lesson horses.

🔍 This study is limited by typical survey biases—including self-selection, nonresponse, misinterpretation of questions, regional sampling imbalance, and low engagement from several provinces and territories—which may affect how representative the results are of the wider Canadian lesson industry. 📝⚠️

This is an open-access paper - you can read it here.

🔥 For the first time ever, AI has successfully decoded horse emotions from their faces.

Animal affective computing is an emerging new field, which has so far mainly focused on pain, while other emotional states remain uncharted territories, especially in horses. 🐴💭

This study is the first to develop AI models to automatically recognise horse emotional states from facial expressions using data collected in a controlled experiment.

🤖📹 They explore two types of pipelines: a deep learning one which takes as input video footage, and a machine learning one which takes as input EquiFACS annotations. The former outperforms the latter, with 76% accuracy in separating between four emotional states: baseline, positive anticipation, disappointment and frustration.

📊 Anticipation and frustration were difficult to separate, with only 61% accuracy. 😬

However, results should be interpreted cautiously given the study’s context-specific design, unmodelled individual factors (e.g., breed, age, sex), and limited generalisability beyond the experimental setup. There are also a limited number of EquiFACS Facial Action Units (FAU) that are needed to associate with a specific affective state, so the training of the AI system may have gaps or flaws. ⚠️🔍

This is an open-access paper - you can view it here.

Did you know rein type could almost double rein tension?

Rein tension can affect the comfort and performance of vaulting horses.

This study measured rein and lunge line tensions in 39 international-level horses cantering with different rein types permitted by FEI rules, including side reins with or without elastic, fully elastic reins, draw reins, and reins fixed to the noseband (see the paper for equipment classification). Rein type significantly influenced total tension, which ranged from 6.2–11.7 kg, with right-side tension consistently higher.

Greater tension was associated with increased mouth opening, a behavioural sign of discomfort.

Draw reins produced the lowest total tension and least mouth opening, though individual differences remained high.

These results highlight that rein type affects both tension and comfort, reinforcing the importance of appropriate rein selection for horse welfare.

However, as some horses were unfamiliar with certain rein types and surface conditions varied slightly, further research is needed to confirm these findings under standardised conditions.

This is an open access paper - you can view it here.

Stereotypic behaviours, such as crib-biting and weaving, can be seen in horses kept under restrictive management, but their physiological basis remains unclear. 🐴

This study investigated whether stress-related salivary biomarkers differ between Thoroughbreds with and without stereotypies.

🧪 Saliva was collected at rest from three groups: ten high-level competition horses without stereotypies, eleven high-level competition horses showing stereotypies, and five non-competing leisure horses with stereotypies. Cortisol concentrations were highest in competing non-stereotypic horses, suggesting that intense training may elevate stress hormone levels.

📈 In contrast, alpha-amylase (sAA) activity was significantly higher in non-competing stereotypic horses, indicating heightened sympathetic nervous system activation.

⚡ Butyrylcholinesterase (BChE) activity did not differ between groups. These findings suggest that both competition level and stereotypic behaviour influence physiological stress responses, supporting saliva biomarkers as valuable non-invasive welfare indicators in horses.

🧬 The small sample size and lack of repeated measures mean this finding should be interpreted cautiously. ⚠️

This is an open-access paper, you can view it here.

🐎 Equestrians offer a pivotal avenue of rehoming for Thoroughbred horses that retire from the racing industry.

However, behavioural attributes considered advantageous in racehorses may be inappropriate in equestrian mounts. Understanding the behaviour of off-the-track Thoroughbreds (OTTTBs) is critical to the welfare and safety of horses and handlers. 🧠💛

This study explored behavioural characteristics in OTTTBs compared with other ridden horses, using owner-observed information from the Equine Behaviour Assessment and Research Questionnaire (E-BARQ) database. Behaviours associated with boldness, compliance, rideability, trainability, and responsiveness to acceleration and deceleration signals were analysed. 📊

OTTTBs demonstrated more boldness, with lower compliance and responsiveness to deceleration signals, than other horse breeds in this study. ⚡🐴 These findings illustrate both the equestrian potential of OTTTBs and the behavioural challenges they can present. The study highlights the importance of further research into the relative influences of breed and life experiences on behaviour in OTTTBs, to enable training and management practices to be evidence-based for enhanced equine welfare. 🔍📚

Results should be interpreted cautiously given the potential for self-reporting and sampling biases, as well as the inability to infer causality between temperament, experience, and behaviour within the scope of this study. ⚠️

You can find this article here.

🐴 Feeding strategies must meet horses’ needs without compromising welfare, especially in group housing where limited hay can cause aggression and injury.

🌾 This study compared three feeding regimes in 18 mares: traditional (three 2-hour daytime meals), portioned (six 1-hour meals across 24 h), and ad libitum slow-feeding with hay nets.

🧠 Horses using slow-feeders showed activity time budgets resembling natural conditions, while portioned feeding appeared more frustrating, showing no reduction in agonistic behaviours and reduced lying time by approximately 11 min/day compared with other systems.

💚 Traditional and slow-feeding regimes supported calmer interactions.

⚖️ Portioning into smaller, frequent meals did not reduce stress, while slow-feeding emerged as a more suitable, welfare-friendly strategy that warrants further investigation.

📊 As the study was short-term and limited to mares in small groups, further research is needed to confirm these findings under varied conditions.

You can find this article here.

🐴 Horses can regulate their own exercise intensity, influenced by social and motivational factors.

🎥 This study tested whether seeing another horse trotting would increase effort.

🐎 Seven horses completed a 2×2 crossover trial after treadmill familiarisation, viewing either a trotting horse video or a racetrack image without horses.

❤️ When shown the trotting horse, heart rate, plasma lactate, and alert behaviours (ears forward, raised head angle) increased significantly compared to control conditions.

🧠 The visual stimulus was well tolerated and activated anaerobic lactic pathways, suggesting horses perceived and adapted to a social environment.

👀 These results indicate that social visual cues can safely encourage forward movement, offering a welfare-friendly alternative to whip use.

⚖️ However, because treadmill speed could not be freely regulated and researchers were not blinded to conditions, further studies are needed to confirm these findings and assess how horses self-regulate movement in social contexts.

You can find this article here.