Horse Info

Blog

  • Progeny

    Progeny is the collective term for the offspring of a horse. A sire or dam produces progeny over successive breeding seasons, and evaluating that progeny, their conformation, soundness, gaits, and competition results, is the primary method of assessing a horse’s genetic value as a breeding animal.

    In breed registries and auction catalogs, progeny records list a stallion’s foal crops alongside the performance of notable individual offspring. A stallion producing many high-performing progeny commands higher breeding fees; a mare with a strong progeny record is valued as a broodmare. The term applies to immediate offspring only, the offspring of progeny are grandprogeny or, more commonly, simply described by generation (F1, F2) in breed improvement programs.

    Progeny testing, measuring the traits of offspring to infer a parent’s breeding value, is more reliable than evaluating the parent animal alone, because phenotypic performance in a single horse may reflect environment or training rather than heritable genetics. Breed improvement through selection depends on accurate progeny records across a large enough sample from a given founding ancestor.

    Further Reading: Wikipedia’s article on progeny testing explains how measuring offspring traits produces a more reliable estimate of a parent’s breeding value than evaluating the parent alone, the core methodology behind stallion and broodmare performance records. The Wikipedia entry on selective breeding provides the broader population-genetics framework in which progeny evaluation is applied.

  • Jinhong Horse Breed

    The Jinhong horse is an indigenous breed from Fujian Province on China's south-eastern coast, with a documented breeding history stretching back approximately a thousand years. The name derives from the Jinhong administrative region, and the breed developed in the warm, humid coastal climate distinct from the cold steppe and mountain environments that shaped most other Chinese native breeds.

    Jinhong horses are light-framed, typically standing 12.3 to 13.3 hands (130–140 cm), and occur in bay, chestnut, and black bay, chestnut, and black coat colours typical of the breed. The breed shows good bone density for its size, with a refined head, a moderately long neck, and compact hooves suited to the moist lowland terrain of coastal Fujian. Traditional uses include light riding, pack work in rice-farming districts, and ceremonial transport. Like many Chinese indigenous breeds, Jinhong numbers fell sharply during twentieth-century mechanisation; the population is maintained today primarily by rural breeders in Fujian. Related southern Chinese breeds include the Jianchang and Jielin types, reflecting the broader tradition of regional strain interbreeding that preserved local characteristics within distinct regional strains to preserve local characteristics.

    Further Reading

  • East and Southeast Anadolu

    The East and Southeast Anadolu is an indigenous horse type from the Anatolian plateau of Turkey, developed through centuries of selective pressure in the harsh terrain of eastern and southeastern Anatolia. It is a small, compact riding horse, typically standing 13.2 to 14.2 hands, with a dense bone structure and hard feet adapted to rocky, semi-arid ground. The breed is considered one of several Anatolian horse types documented by Turkish agricultural authorities.

    The breed’s origins reflect the region’s position as a crossroads of equestrian cultures: Arab, Turkmen, and Mongolian blood entered Anatolia through successive waves of migration and trade, producing a horse that is smaller and lighter than European warmbloods but considerably more hardy and metabolically efficient. The East and Southeast Anadolu is well adapted to rough terrain, sparse grazing, and temperature extremes, traits that made it a practical choice for farmers, couriers, and local cavalry throughout Ottoman history.

    The gaits are smooth for its size, and the breed is known for sure-footedness on mountain paths where larger horses would be impractical. Today the type is rare and largely confined to eastern Turkey, where it is maintained by rural communities rather than formal breeding programs. No internationally recognized registry or closed studbook governs the breed, and the population is considered vulnerable to dilution from crossbreeding with larger imported types.

    See also sure-footedness across gaits for the movement quality that makes the East and Southeast Anadolu practical on rocky Anatolian mountain terrain, and coat color genetics in Oriental-influenced breeds to understand the bay, chestnut, and gray distribution that reflects this breed’s Arab and Turkmen ancestry.

    Further Reading: The broader group of Anatolian horse types, including the Anadolu pony from which the East and Southeast Anadolu derives, is documented on Wikipedia’s Anadolu pony article.

  • Dutch Tuigpaard

    The Dutch Tuigpaard, known in English as the Dutch Harness Horse, is a warmblood breed developed in the Netherlands primarily for carriage driving and show harness competition. The name means literally “Dutch carriage horse,” and the breed is defined by its extravagant, high-stepping trot, a gait that prioritizes animation and knee action over ground coverage.

    The breed was developed in the twentieth century, drawing on the Groningen and Gelderlander horses as a base and introducing Hackney blood to intensify the trot action. The Royal Warmblood Studbook of the Netherlands (KWPN) maintains the breed registry, accepting horses that pass a strict performance test focused on the showring trot and overall presence. Height typically ranges from 15.2 to 16.2 hands; the build is elegant rather than heavy, with a well-arched neck, powerful hindquarters, and clean, hard legs.

    Dutch Tuigpaards compete primarily in combined driving and singletree show harness classes, where judges evaluate the quality and elevation of the trot as the primary criterion. The breed is not typically used for ridden sport, though the athletic engine that produces elite trot action is trainable for other disciplines. The how the harness trot compares to other equine gaits places the harness horse trot in context.

    The breed remains a Dutch specialty and is less prevalent internationally than the KWPN sport horse lines. The studbook entry and registered status distinction matters here: Dutch Tuigpaard crosses do not produce the registered breed, and studbook entry requires parentage verification. For those comparing carriage breeds, the Dutch Tuigpaard emphasizes spectacle while the breeding stallion selection process selection process under KWPN prioritizes both movement quality and sound conformation.

    Further Reading: The breed’s history, KWPN registration requirements, and harness trot characteristics are documented on Wikipedia’s Dutch Harness Horse article. The official studbook and performance test information are maintained by the Royal Warmblood Studbook of the Netherlands (KWPN).

  • Dongola

    The Dongola is a rare horse breed originating in West Africa, historically associated with the Dongola region of northern Sudan and the Cameroon highlands. It is considered one of the oldest sub-Saharan African breeds and has been used for centuries as a cavalry and transport horse across the Sahel belt.

    Dongola horses are tall for a West African breed, typically standing 15 to 16 hands, with a lean, angular frame, long legs, a narrow chest, and a slightly convex facial profile. The coat is commonly bay, chestnut, or gray. Despite their refined conformation they are well adapted to heat, sparse forage, and irregular watering, traits that made them prized by cavalry commanders across Central Africa and that distinguish them from the heavier draft types found further south.

    The breed is closely related to the Barb and likely shares ancestry with North African horses that moved south via trans-Saharan trade routes. The stallion of record of record is typically managed by village or regional authorities rather than a formal studbook, and no internationally recognized breed registry currently maintains a closed herd book. This means breed purity is variable and Dongola characteristics exist on a continuum with crossbred animals in the same region.

    The Dongola’s influence on neighboring breeds, including the Bornu and the Hausa horse, is documented in historical accounts of West African cavalry, particularly those of the Kanem-Bornu Empire. Today the breed is considered rare and its survival is linked to traditional equestrian culture in Cameroon and Chad rather than to sport or commercial breeding. Those researching bay and gray prevalence in Barb-influenced populations in African breeds will find the Dongola’s prevalence of gray and bay consistent with Barb-influenced populations.

    Further Reading

  • Arthritis

    Arthritis is chronic inflammation of a joint, resulting in the progressive degradation of articular cartilage and the underlying bone. In horses the condition most often affects high-load joints, the fetlock, the hock (where bone spavin forms), and the pastern articulations, where repetitive stress and concussive forces accelerate cartilage loss. Once cartilage thins, bone contacts bone, producing pain, heat, swelling, and reduced range of motion.

    The most clinically significant form in the horse is degenerative joint disease (DJD), which develops gradually through normal wear in aging horses or more rapidly following injury, poor conformation, or sustained overwork. The pastern joint is the site of ringbone, and the distal hock joints produce the arthritic syndrome known as bone spavin, both are recognized forms of DJD. A horse with low-grade arthritis may show only intermittent stiffness or shortened stride at first; as the joint space narrows, lameness becomes consistent and identifiable at a specific joint on flexion testing.

    Management centers on reducing inflammation and preserving joint function. NSAIDs such as phenylbutazone control pain. Intra-articular corticosteroid injections, hyaluronic acid, and newer biologics such as IRAP (interleukin-1 receptor antagonist protein) are used to slow cartilage breakdown and reduce synovial inflammation. Regular, appropriate exercise on good footing maintains joint fluid distribution and slows progression better than rest alone. A skilled farrier plays a direct role, corrective shoeing that reduces rotational forces on affected joints can extend a horse’s working life considerably. The condition is not cured; it is managed.

    Further reading: Arthritis on Wikipedia; Arthritis at Britannica.

  • Hepatitis in Horses

    Hepatitis in horses is inflammation of the liver, which can arise from multiple causes: ingestion of hepatotoxic plants such as ragwort (Senecio spp.) or pyrrolizidine alkaloid-containing forage, infection by viruses or bacteria, mycotoxins in moldy feed, drug toxicity, or chronic copper accumulation. The liver has a large functional reserve, meaning a horse can lose a substantial portion of hepatic tissue before signs of liver failure become apparent , this latency makes early-stage hepatitis difficult to detect without blood testing.

    Clinical signs of hepatic disease in horses range from subtle to severe. Early signs may include abdominal pain that mimics colic, weight loss, reduced appetite, and behavioral change. As liver function deteriorates, photosensitization (sunburn-like skin lesions in unpigmented areas), jaundice (icterus) visible in the sclera and mucous membranes, head pressing, circling, apparent blindness, and hepatic encephalopathy may develop. These neurological signs indicate advanced compromise. Serum liver enzyme elevations , notably gamma-glutamyltransferase (GGT), sorbitol dehydrogenase (SDH), and bilirubin , are the primary diagnostic indicators and should be part of the routine veterinary workup in horses with access to pasture containing unknown plants.

    Prognosis depends on the cause, extent of liver damage, and whether the toxic source has been removed. Pyrrolizidine alkaloid toxicity causes progressive and irreversible fibrosis; affected horses may survive months before decompensation. Serum heme breakdown products tracked in prognosis degradation markers and liver biopsy can guide prognosis. Management focuses on removing the toxic source, providing a low-protein diet to reduce hepatic load, and supporting the horse through the underlying condition if treatable. Pasture safety , identifying and removing hepatotoxic plants , is the primary prevention strategy.

    Further Reading

  • Ataxia

    Ataxia is a clinical sign, not a disease, defined as the loss of voluntary coordination of muscle movement. In horses it manifests as stumbling, swaying, crossing of limbs, dragging of toes, or difficulty maintaining balance, particularly on uneven ground or when turning. The severity is graded on a 0-to-5 scale: grade 0 is normal; grade 5 is recumbent and unable to rise.

    The underlying cause is always a lesion somewhere in the nervous system’s proprioceptive or motor pathway, the spinal cord, cerebellum, vestibular apparatus, or brainstem. In horses, the most common cause of progressive spinal ataxia is cervical vertebral myelopathy (wobbler syndrome), in which malformed or unstable cervical vertebrae compress the spinal cord. Other causes include equine protozoal myeloencephalitis (EPM), equine herpesvirus myeloencephalopathy (EHV-1), trauma, and toxin ingestion. Each has a distinct distribution of deficits, hindlimb-only ataxia suggests a thoracolumbar lesion; four-limb ataxia with head tremor implicates the cerebellum.

    Ataxia is a veterinary emergency when it appears suddenly or progresses rapidly. A horse that cannot coordinate its hindquarters is a danger to itself and to handlers. Diagnosis uses neurological examination, cervical radiographs, cerebrospinal fluid analysis, and Western blot testing for EPM. Management depends entirely on the underlying lesion, EPM is treated with antiprotozoal drugs; wobbler syndrome may require surgical stabilization in severe cases. The prognosis ranges from full recovery (mild EPM caught early) to euthanasia (severe cord compression). Equine anatomy: particularly the cervical skeletal structures: guides the clinician in localizing where in the nervous system the lesion is likely to sit.

    Further Reading: The Wikipedia article on ataxia covers the neurological basis of the condition across species; the Merck Veterinary Manual’s section on disorders of the spinal column and cord in horses covers wobbler syndrome and other causes of progressive equine ataxia in clinical detail.

  • Anemia

    Anemia is a reduction in the number of circulating red blood cells, the concentration of hemoglobin, or both, below established normal reference ranges for horses. Because red blood cells carry oxygen bound to hemoglobin, anemia impairs the blood’s capacity to deliver oxygen to working muscles and organs.

    Causes in horses fall into three categories: blood loss (acute hemorrhage from injury or surgery, or chronic loss from gastrointestinal parasitism), increased red cell destruction (hemolytic anemia, which can be caused by neonatal isoerythrolysis in foals, equine infectious anemia, or oxidative toxins), and decreased red cell production (iron deficiency, chronic inflammatory disease, or bone marrow suppression). Horses have a large splenic reserve of red cells that they release during exercise, which means early or mild anemia may not produce obvious signs at rest.

    Clinical signs when anemia becomes significant include pale or white mucous membranes, reduced exercise tolerance, elevated resting heart and respiratory rates, and rapid fatigue. Diagnosis requires a complete blood count (CBC) to measure packed cell volume (PCV), red cell count, and hemoglobin. Normal equine PCV is approximately 32–48%; values below 28% typically produce visible clinical signs. Treatment depends entirely on cause: parasitism-driven chronic anemia responds to a targeted deworming program, while hemolytic or production-failure anemia may require transfusion or specific therapy. Any horse showing pale membranes warrants prompt veterinary evaluation.

    Further Reading

  • Hematoma

    A hematoma is a localized collection of blood that accumulates within soft tissue following the rupture of blood vessels, typically caused by blunt trauma. In horses, hematomas most often appear beneath the skin as a firm, fluctuant swelling that develops within hours of an injury. Common locations include the neck and shoulder (from trailer loading collisions or fence impact), the flank, and the girth area. Internal hematomas , collections in deeper tissue planes or body cavities , are more serious and less immediately visible.

    The external presentation of a hematoma resembles an abscess or edematous swelling, but on palpation it is typically cool rather than warm, and aspirating the fluid yields blood rather than exudate. A fresh hematoma contains liquid or clotted blood; as the clot organizes over days to weeks, it becomes firmer and may calcify if large. The local blood supply to adjacent tissues can be compromised if the hematoma is large enough to create pressure.

    Small hematomas often resorb without treatment. Large hematomas may require veterinary management: drainage under aseptic conditions, compression bandaging to prevent refilling, and monitoring for secondary infection. Premature drainage of an organizing hematoma can disrupt clot formation and cause recurrent bleeding. A hematoma that persists, grows, or becomes warm and painful warrants prompt veterinary assessment to rule out infected pocket versus sterile blood collection formation or underlying vessel injury. Internal hematomas involving the spleen or liver, though rare, are surgical emergencies. Monitoring pulse and mucous membrane checks for internal bleeding and mucous membranes in a horse with suspected internal hemorrhage is standard first-response practice.

    Further Reading