Research Update: Hoof Wall Separation Syndrome in Connemara Ponies

A slide show of affected hooves from around the world; these hooves are all on Connemara ponies, although it is not known if this particular type of wall separation is limited to that breed.

Few hoof problems have been as compelling as the relatively-recent one known around the hoof world as "Connemara hoof wall separation syndrome". Owners of the affected horses would prefer that it be called "hoof wall separation syndrome".

Wall separations are commonly seen in the heel area of hooves, but this is different.

At first, it was easy to dismiss the communications as white line disease or just poor hoof maintenance. But they kept coming back. Soon they had amassed evidence of Connemara ponies with this problem from places as far afield as New Zealand, Finland, and Canada.

Robert Eustace of the Laminitis Clinic in England described the problems as "coconut matting hooves". I thought that was an apt description; in some cases, the inner, exposed hoof wall looked like steel wool fibers. Many cases of this type of dorsal hoof wall separation deteriorate to a diagnosis of laminitis.

According to the owners' group, hoof samples of affected Connemara ponies referred to Eustace for treatment were analyzed by the University of Edinburgh, where they found a malfunction of lipid metabolism in the extracellular matrix of the hoof wall between the tubular structures of the hoof wall.

In simple terms: there seems to be a lack of the 'waterproof glue' or 'cement' that holds the hoof wall tubules together, but the findings have not been documented. Nothing about the condition has been documented, other than by horse owners comparing notes.

This image from UC Davis shows a ruler used to measure the extent of a separation lesion on a foot from a cadaver.

Soon, the inevitable Facebook discussion group popped up. It became part of a web of information and communication that included a blog, press releases, and many promises that they would get to the root of the problem.

They may not have reached the root but they are cracking the case. If you have a pet problem in the hoof world and you are sure that there has to be an answer, let this group of dedicated horse owners give you a model to follow.

This hasn't been easy. On  November 11, 2011, I interviewed a regional president and another officer of the American Connemara Pony Society who assured me that they had never heard of the problem and it was surely just a misunderstanding. A veterinarian concurred.

In their defense, this problem is widespread geographically but still relatively uncommon. Since then, owners tell me, the Society has become aware of the problem. It is also possible that owners whose young stock exhibit this problem are not likely to bring them to shows or to comment much about the problem, in the interest of the value of their other horses.

The Connemara owners scattered around the world with lame young horses on their hands eventually found each other, thanks to the Internet. They also found someone who would listen to them. The unraveling of the horse genome has meant that equine disorders that seem to be breed-specific can be examined on the genetic level, so researchers at the Bannasch Laboratory at the University of California at Davis were able to tackle the problem from that angle. (See below for specifics of the genetic assay.)

When a case cropped up near the university and they saw the problem firsthand, they were even more interested.

Is this problem really limited to a single breed? I remember old farrier texts that complained about mice nibbling on the hooves of certain horses at night in the stable--that was a convenient explanation to owners for a problem that looked like the photos you see in the slide show.

A confounding aspect of the problem is that it occurs in radically different environments, without respect to wet or dry, hot or cold, and appears early in the pony's life.

One Connemara owner remarked, "I am seriously starting to think that this issue is probably quite widespread in the general horse population but appears so randomly that it is acknowledged just as 'bad feet with no known cause'. It is only when one has a small inbred population with the over use of certain bloodlines in an already contracted gene pool that the problem becomes more common and obvious.

"Once there is a commercial gene test available, it will be interesting to see whether there is the same or similar problem in other breeds."

Because the cases are farflung, documentation of treatment is sparse. In most cases, some combination or variation of supportive hoof orthotics, foot casts and glue-on shoes along the lines of laminitis treatment are used. Various topical treatments and nutritional supplements have been used. These efforts are under the heading of managing the condition; euthanasia is common.

An example of the type of hoof wall undermining labeled "Hoof Wall Separation Syndrome" by the University of California at Davis, where research is continuing into this problem.

Updated research summary provided by the University of California at Davis School of Veterinary Medicine

Researchers at the Bannasch Laboratory at UC Davis report:

Hoof Wall Separation Syndrome (HWSS) is an inherited condition seen in Connemara ponies and typified by the dorsal hoof wall splitting away from underlying structures.

This hoof defect develops in young foals between one to six months of age. The condition results in afflicted ponies having to support weight on the sole of the hoof instead of the dorsal hoof wall. 

Affected animals can become severely painful despite careful management; their quality of life can diminish and euthanasia may be necessary. Even if the condition is initially controllable, ponies may still develop laminitis over time.

HWSS is particularly troubling for the Connemara community because the parents of affected ponies are themselves completely unaffected. 

Although affected individuals do share common bloodlines, it is problematic to predict whether a particular breeding will produce a foal with unhealthy hooves. Investigation into the underlying genetic cause of HWSS has the potential to inform these breeding decisions, and could also provide insight into the disease pathophysiology.

To investigate the underlying genetic cause of HWSS, a genome-wide association study was performed and a strong association between disease status and polymorphisms in a two-megabase (Mb) region of the genome was observed. Sequencing of candidate genes within this region is currently underway, and any functionally relevant genetic differences identified will be validated using a larger sample set.

Consequently, we are still collecting DNA samples from both affected and unaffected Connemara ponies. If you are interested in submitting a sample, please contact Carly Stevens (cstevens@ucdavis.edu) or Kartika Jayashankar (kjayashankar@ucdavis.edu) for more information.

Funding for this research has been provided by the Morris Animal Foundation, UC Davis Center for Equine Health, and Merial.

Information for this research summary was provided by the Bannasch Laboratory at the University of California at Davis.

Thanks to all the heartbroken Connemara pony owners who faithfully documented their horses' problems and to all the vets and farriers who have tried to help them, even if they couldn't explain the problem. Maybe someday they will.

Click on the ad for more information about this anatomy chart that shows the zones and structures affected by HWSS.

To learn more:
Connemara pony research into hoof wall separation syndrome blog
California case seen by veterinarians at UC Davis 
Functional design of horse hoof keratin by Bertram and Gosline
Isolation, characterization and pressure response of equine hoof keratinocytes by Alanna Chaudhry

Click to download full details and ordering information.

© Fran Jurga and Hoofcare Publishing; Fran Jurga's Hoof Blog is a between-issues news service for subscribers to Hoofcare and Lameness Journal. Please, no use without permission. You only need to ask. This blog may be read online at the blog page, checked via RSS feed, or received via a digest-type email (requires signup in box at top right of blog page). To subscribe to Hoofcare and Lameness (the journal), please visit the main site, www.hoofcare.com, where many educational products and media related to equine lameness and hoof science can be found. Questions or problems with this blog? Send email to blog@hoofcare.com.  

Follow Hoofcare + Lameness on Twitter: @HoofcareJournal

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Disclosure of Material Connection: I have not received any direct compensation for writing this post. I have no material connection to the brands, products, or services that I have mentioned, other than Hoofcare Publishing. I am disclosing this in accordance with the Federal Trade Commission’s 16 CFR, Part 255: Guides Concerning the Use of Endorsements and Testimonials in Advertising.

Hallmarq Standing MRI and Chronic Equine Foot Lameness: What’s Going On Inside the Foot?

Sport horse lameness requires a diagnosis to pinpoint the injury site and a prognosis to predict when and if the horse might return to training. The veterinarian chooses from a set of alternative plans to gain recovery based on restricting the horse to stall rest, turning him out, or following a prescribed limited exercise program. The program is determined by the site of the injury and the clinician's knowledge of and experience in successfully treating that injury site. If the injury isn't properly or fully diagnosed, facets of the recovery plan--including medications and adjunctive hoofcare--might not be effective, time may be lost and the horse's chances at returning to his former level of performance are jeopardized.

The hoof capsule is the horse’s best friend: it’s a protective covering, a shield against rocks and bumps, and a tractable aid to locomotion. If the horse had to gallop on a soft digit, could he gallop at all?

The tough shell of his hoof wall is the horse’s best friend--until something goes wrong inside the foot. Then it takes sophisticated imaging equipment to see what’s going on inside that wall, and beneath that sole and frog. When we want to know what’s going on in there, it’s time for technology to take over.

The density of the outer hoof capsule protects the horse from many injuries. But when there is a problem inside the foot, the hoof capsule makes it difficult to diagnose the severity of injuries and make a definitive prognosis for recovery. (Nottingham Vet School photo)

A recent study at the Marion duPont Scott Equine Medical Center in Leesburg, Virginia delved into some details of cases of chronic, unresolved foot lameness. Might these cases have something in common, besides that the horses were all lame in one front foot? The researchers wondered, and compared the horses’ records.

The study's lead author is
Santiago Daniel Gutierrez-Nibeyro,
DVM, MS, DACVS, now a clinician
at the University of Illinois
College of Veterinary Medicine

While many studies have logged in data about test-case horses with specific acute injuries revealed only by MRI--deep digital flexor tendon lesions in sport horses are prime examples--this study looked at a larger population of horses that had been lame for some time (from three months to five years) and which had not received the benefit of an MRI before they were referred to the hospital for further testing.

Each of the horses had responded favorably to a palmar digital nerve block in the lame foot, so the clinician was confident that the horse’s pain source had been isolated. MRI was performed if clinical and radiological findings did not provide a definitive diagnosis and if the owners elected further examination.

Another thing the cases had in common is that, after referral, each of the horses had been scanned using the same MRI technology: the Hallmarq Veterinary Imaging “standing MRI” system installed at the hospital in Leesburg in 2007.

Horses with chronic forefoot lameness were selected for the study. A Hallmarq standing MRI scan was employed to look for damage to soft tissue structures in the coffin joint and navicular zone.

The veterinarians selected 79 horses that fulfilled the selection criteria for the study and began to compare their records. The biggest thing that the horses had in common was that the MRI scans revealed that almost all of them--74 out of 79--were actually showing more than one structure in the foot with an alteration.

In most (52) of the 74 horses with more than one change, the multiple abnormalities were not of equal severity.

What types of injuries did the MRI scans reveal on these chronically lame horses?

• 78 percent of the horses had a navicular bone lesion in the lame foot, along with another injury;

• 58 percent of the horses showed evidence of navicular bursitis (inflammation to the bursa, or fluid-lined sac between the navicular bone and the deep digital flexor tendon at the back of the coffin joint);

• 54 percent of the horses showed evidence of damage to the deep digital flexor tendon;

• 53 percent of horses demonstrated some degree of effusion (excess fluid) of the coffin joint; and

• 39 percent of the horses were suffering from collateral ligament desmopathy of the coffin joint.

Who were these horses? Breeds included Thoroughbreds (24), Warmbloods (36), Quarter Horses (9) and others (10). Occupations comprised jumping (37), eventing (12), dressage (17) and pleasure riding (13). The mean age was nine years old, but ranged from four to 24.

What’s the take-home message from this research?

In standing MRI, the horse
does not require anesthesia

If you’ve been reading the Hoof Blog for a while, you already know a good bit about Hallmarq’s standing MRI technology, which is now available in dozens of veterinary clinics around the world. MRI was the next level of diagnostic imaging for horses whose injuries were not revealed by other systems or, in the case of navicular changes visible on radiographs, would benefit from a more detailed evaluation.

Not so long ago, we would have labeled these horses as simply having a chronic foot pain condition or, more likely “navicular disease”. Farriers would try different shoeing techniques or trims, hoping to hit on a magic combination of support and comfort. Pain medication, coffin joint injection and perhaps even neurectomy would be on the menu. Some horses recovered sooner, some horses recovered later, some horses stayed lame.

Having access to MRI is much like calling in Sherlock Holmes when the police have failed to solve the crime. MRI results can often be surprising, as we see here, when the scan is expected to yield a given result and does, but also reveals more information than anticipated.

The deep digital flexor tendon (arrows) is a common site of injury in sport horses. While some injuries or abnormalities of the navicular bone can be seen on radiographs, lesions to the tendon require imaging that reveals the soft tissues of the inner foot.
(Troytown Equine Hospital image)

The identification of multiple injury sites in the foot is critical if the lameness is to respond and recover. In 2003, papers by Dyson and Murray in Great Britain and by Schneider and Sampson in the United States used MRI to document that equine foot pain often can be traced to multiple structures. This important new consciousness has been a critical factor in the growing appreciation of using MRI as a diagnostic tool, and the Virginia study certainly confirmed those findings in a large number of horses.

A benefit of the standing MRI system for evaluating horse foot lameness is that the horse is not required to undergo anesthesia. The horse stands on all four feet throughout the procedure, which may be performed as an “out-patient” type of appointment at a vet clinic that is equipped with the Hallmarq system.

This research was part of a series of MRI-related studies on foot lameness conducted by Santiago Daniel Gutierrez-Nibeyro, DVM, MS, DACVS as a component of his Masters in Science degree. The entire set of research papers is a tremendous asset to anyone wishing to understand how MRI imaging fits into the bigger picture of equine foot lameness diagnosis and treatment.

To learn more:

Standing low-field magnetic resonance imaging in horses with chronic foot pain by Gutierrez-Nibeyro, Werpy and White published in March 2012 in the Australian Veterinary Journal

Outcomes of Medical Treatment for Pathologies of the Equine Foot Diagnosed with Magnetic Resonance Imaging by Santiago Daniel Gutierrez-Nibeyro, M.V.

To learn more about Hallmarq Veterinary Imaging and standing MRI technology for horses:

• Visit and "like" the Hallmarq Equine MRI Facebook page;
• Follow @HallmarqMRI on Twitter;
• Subscribe to the hallmarqvetimaging channel on YouTube.com;
• Watch for a growing equine distal limb Hallmarq MRI image gallery on Flickr.com;
• Visit the Hallmarq.net web site. (Plan to spend some time there!)

© Fran Jurga and Hoofcare Publishing

Follow Hoofcare + Lameness on Twitter: @HoofcareJournal

Read this blog's headlines on the Hoofcare + Lameness Facebook Page

 

Disclosure of Material Connection: This blog post is sponsored by Hallmarq Veterinary Imaging. I am disclosing this in accordance with the Federal Trade Commission’s 16 CFR, Part 255: Guides Concerning the Use of Endorsements and Testimonials in Advertising.

The Real Mustang Trim: AAEP Task Force Recommends Hoof Trimming for Captive Wild Horses in BLM Facilities

Wild horse warning sign on a highway in Arizona. Photo by Gary Minniss.

Self-help expert Dr. Wayne Dyer has a saying that seems so critical to me that it has made the place of honor in my life: it's stuck with a magnet on my refrigerator.

It's been there a while, and it's faded and curled but I know it by heart: "When you change the way you look at things, the things you're looking at change."

It's there to remind me about analyzing difficult situations, but a press release I received today made me chuckle. What about when a difficult situation is analyzed by people with completely fresh eyes? When you read an article about your hometown written by an out-of-state journalist, do you think, "Wow, is that really where I live?"

That's the power of a fresh set of eyes on something you know so well; it sounds completely different. Sometimes better, sometimes worse, but you stop and think about the way your little town looks to someone "from away", as they say in Maine.

So what would happen if one of the hot-button situations in the horse world was visited by a task force of veterinarians, most of whom live and work worlds away, either on another coast or in academic clinic settings? Would someone who may have little or no exposure to wild horses see them differently from someone who lives and works with them everyday? Is one vet's status quo another vet's no-no?

Dr. Ann Dwyer of New York

When a veterinarian like Dr. Ann Dwyer from upstate New York took a look behind and into the pens at the Bureau of Land Management's wild horse warehouse system in the United States western states, did she see things differently than the BLM's own staff veterinarians and stockmen?

Maybe she did, maybe she didn't, but today the American Association of Equine Practitioners' Bureau of Land Management Task Force released its evaluation--and some critical recommendations--designed to improve the care and handling of the nation's wild horses during gathers and captivity.

Behold the Palomino Valley (NV) National Wild Horse and Burro Center, located north of Sparks, Nevada. The AAEP task force observed horses with active cases of strangles at this facility. Photo courtesey of Visit Reno Tahoe.

The AAEP report comes at the request of the Bureau of Land Management, which asked the AAEP in June 2010 to evaluate the handling, health care, and welfare of the horses and burros at BLM wild horse and burro gathers and holding facilities.  

Dr. John S. Mitchell of Florida

The AAEP agreed to lend its expertise and a task force was formed under John S. Mitchell DVM, AAEP president elect and Task Force chair, who is as removed from the west as Dwyer. Mitchell is a Standardbred racehorse specialist in Pompano Beach, Florida, and the task force he headed was a fascinating cross-section of the United States equine veterinary community. The report notes that one task force member "had visited a BLM facility previously" and another "is a member of a group practice that does contract work for a BLM short‐term facility."

Dr. William Moyer of Texas A&M

From the academic sector came Texas A&M's William Moyer (who is also currently AAEP president) and equine lameness specialist Professor Kent Carter. From the University of Georgia, Susan White, Professor of Large Animal Internal Medicine. From industry, the task force chose Rocky Bigbie, Senior Veterinarian at Pfizer Animal Health. In addition to private vets Dwyer and Mitchell, the task force included some veterinarians from western states: Jacy Cook, private vet in Bozeman, Montana; Roger Rees, owner to a large animal clinic in Utah; Stuart Shoemaker, a surgeon who left Louisiana State University to start a sports medicine practice in Idaho and Beau David Whitaker, an equine lameness specialist vet in Texas with a penchant for humor writing.

Surely all or most of these veterinarians could be considered excellent judges of western horses. In their practices, they probably see well-bred and valuable cutting and reining horses, or tend to the needs of wealthy ranchers. The horses they would see in their work for the task force would be the other end of the spectrum, America's ultimate "Unwanted Horses".

If you need any proof of that: The United States Government can't even give these horses away lately. Adoption statistics have plummeted in spite of higher visible of mustangs in the show ring. Yet these horses have powerful friends in high places, like a Congress charged with upholding a federal law, Public Law 92-195, the Wild Free-Roaming Horses and Burros Act of 1971, which was designed to protect the horses.

They also have a few million fans who are happy to hold the BLM's feet to the fire, so to speak, over the care that the horses receive in captivity, and to question even if captivity should be employed. Enter the AAEP with the mission to take a fresh look around.

"One stallion jumped out of the corral at the Pine Nuts gather, even though the fence was six feet high. The horse did not appear to suffer any injury when he jumped out, and was allowed to return to the range..." (AAEP report)

According to the AAEP's statistics quoted in the report, as of June 2011, the BLM had 39,948 horses housed in a wide variety of temporary and permanent facilities or with contracted long-term holding ranches.

AAEP task force veterinarians observed wild horse "gathers" and also inspected the temporary and permanent holding facilities for mustangs. Photo by Jeremy Hiebert.

How the Bureau of Land Management interprets the federal law is a hotly contested issue across the United States. Are government policies "protecting" the wild horses by keeping them in holding pens and farming them out for long-term warehousing? Was it the intent of the law to run these horses on ranches in the Midwest instead of the Western range? Are the gathers in western states that bring in thousands of wild horses each year in the best interest of the horses or of administrative policy? Are the gathers and gatherers guilty of cruel practices that threaten the health and welfare of the horses?

Task force members certainly must have known the issues before they agreed to serve. However, their marching orders clearly stated "It is not the charge of the Task Force to evaluate the BLM program with regard to moral, ethical or economic issues."

Selection of the task force members meant that a wide range of expertise and geographic perspectives were included. None of the veterinarians selected can be described specifically as an academic specialist in equine welfare or behavior or wild horse issues.

"Foot trimming schedules should be created and customized for each facility in accordance with environmental conditions and periodic inspections to reduce the likelihood of excessively long hooves." (AAEP report)

Beginning last fall, the task force visited multiple BLM sites during a six-month period to observe gathers and evaluate conditions at short-term holding and long-term pasture facilities. The task force's data collection was limited to the safety, health status, health management, care, handling and welfare of equids in the BLM program.

"The task force concluded that the care, handling and management practices utilized by the BLM are appropriate for this population of horses and generally support the safety, health status and welfare of the animals," said William Moyer, DVM, AAEP president and a member of the task force, in a press release provided by the AAEP. "However, the task force did see areas that can be improved."

In addition to key recommendations about helicopter herding, anesthesia, biosecurity and other concerns, the veterinarians made suggestions to solidify the footing in the pens at the short-term holding facilities, so that the horses would be able to lie down. 'The overcrowded and wet muddy conditions throughout the pens at Salt Lake Regional Wild Horse and Burro Center in Herriman, Utah, were unacceptable, according to the report. "The conditions posed a health risk for the horses, and did not meet the standard for horse welfare at the time of the task force team visit," the report noted.

An interesting note from the report is that the task force veterinarians thought that the horses in captivity were, in anything, too well fed. "...some horses were fed to excess as evidenced by body condition scores that reflected a substantial amount of body fat," the report explained.

"The BLM staff explained that (hoof) trimming is done on a rotation and that all horses that have long feet are on a waiting list for the trimmer." (AAEP report)

Of particular interest to Hoofcare and Lameness readers is the task force's recommendation that the horses have their hooves trimmed. "Foot trimming schedules should be created and customized for each facility in accordance with environmental conditions and periodic inspections to reduce the likelihood of excessively long hooves," the white paper report informs us.

"A few horses had long feet in need of trimming," the report tells us. "The BLM staff explained that trimming is done on a rotation and that all horses that have long feet are on a waiting list for the trimmer."

The AAEP task force recommended that the BLM focus on population control. The US Government currently warehouses approximately 40,000 wild horses, according to the report. Photo by Scott Schrantz.

All the veterinarians would be able to pick out a horse whose hooves needed to be trimmed. Dr. Moyer in particular is experienced in hoofcare and would have been looking at the hooves with an experienced eye. The fine line between "long" and "too long" would be obvious to Dr. Moyer.

"The observed horses appeared healthy without evidence of chronic injuries, disease or congenital defects other than a small number with a unilateral club foot (about 1% noted at Adobe Town/Salt Wells Complex). Overall hoof condition of the captured horses was judged good."
(AAEP report)

How do you trim the hooves of a wild horse that has never been touched by human hands, much less had to stand on three legs while its feet are picked up? The report explains:

"The task force teams were told that the average length of stay at the short‐term holding facilities often exceeds 200 days, with a range of 90 to 300 days. Over this confinement period horses do not move enough to wear their feet to a healthy condition as they do on the range.

"Most horses undergo foot trimming during their stay in short‐term holding. The AAEP teams did not observe any hoof trimming but made close inspection of several padded hydraulic squeeze chutes that were used for this purpose.

"When a trim is scheduled, the horse is herded through an alleyway or chute into the squeeze chute. The entry door, sides, floor and exit door of the squeeze chute are hydraulically controlled. Once the horse is enclosed in and restrained with the padded squeeze panels, the chute is rotated 90 degrees onto its side with a separate hydraulic system.

As part of the capture process, horses and burros are checked to see if any privately-branded horses are mixed in with the wild horses. All newcomers receive the BLM's freeze brand on the neck. Photo by Jean.

"The foot trimmer accesses the feet through the floor which opens once the horse is in lateral recumbency. Foot trimming is reported to be a quick procedure, accomplished either with hand tools or a special hoof trimming disc on a hand grinder. The squeeze chutes the task force examined were well designed and appeared safe for restraint.

"The foot condition of most horses was good. Less than 5% of the horses at Broken Arrow had long feet in need of trimming. The staff at the sites acknowledged this, saying these individuals were slated for the trimming process soon. The feet were not deemed to be an immediate health risk to the horses."

Dr. Mitchell concluded, "The AAEP will gladly continue if needed as a resource for equine medical expertise to the BLM Wild Horse and Burro program."

The complete AAEP BLM Task Force report is available for download here. For more information, contact Sally Baker, AAEP director of marketing and public relations, at (859) 233-0147 or sbaker@aaep.org.

 TO LEARN MORE

Wild horse hoof research links:

Where's My Brumby Now: Chris Pollitt Offers Donors a Chance to Ride Along for Hoof Research...by Satellite!

Pollitt Hoof Studies Group Hot on the Trail of Australian Wild Horses

Aboriginal Brumby Walkabout: Pollitt and Hampson Back from the Outback

The Environmental Hoof: Will Wild Horse Feet Adapt to a Sudden Change in Climate and Terrain? Australian Researchers Switch Brumbies, Observe Hooves

Australian Wild Horses at Risk for Laminitis After Floods Turn Scrubland to Pasture

Hoof Research Road Show Premieres This Weekend: Pollitt-Hampson Laminitis and Wild Horse Hooves Headline in Australia

 

 Learn all about it! 3-D anatomy of the hoof and lower limb in animated format for client education, academic studies, self-improvement, professional continuing education. Click for PayPal ordering!

 

© Fran Jurga and Hoofcare Publishing; Fran Jurga's Hoof Blog is a between-issues news service for subscribers to Hoofcare and Lameness Journal. Please, no use without permission. You only need to ask. This blog may be read online at the blog page, checked via RSS feed, or received via a digest-type email (requires signup in box at top right of blog page). To subscribe to Hoofcare and Lameness (the journal), please visit the main site, www.hoofcare.com, where many educational products and media related to equine lameness and hoof science can be found. Questions or problems with this blog? Send email to blog@hoofcare.com.  

Follow Hoofcare + Lameness on Twitter: @HoofcareJournal

Read this blog in your Facebook feed when you "like" the Hoofcare + Lameness Facebook Page

 

Disclosure of Material Connection: I have not received any direct compensation for writing this post. I have no material connection to the brands, products, or services that I have mentioned, other than Hoofcare Publishing. I am disclosing this in accordance with the Federal Trade Commission’s 16 CFR, Part 255: Guides Concerning the Use of Endorsements and Testimonials in Advertising.

Cult or Clown? April Fool's Artistry on British Hillside Landmark Just in Time for Breeding Season

View Larger Map

Can you find the white horse on the Google Map? This is an image of the little town in Wiltshire, England where an ancient outline of a white horse is carved in the hillside; it was captured before the enhancement described in this story. If you are new to Google Maps: Use the directional buttons on the map to move around; use the plus/minus symbols to enlarge/reduce your view. Hint: the white horse is just above the edge of the bordered tilled fields, at the upper center of the photo. If you put the mouse arrow over that spec and hit the "plus" symbol, the horse should come into view. Keep trying, you'll get the hang of it! You should also be able to navigate around the image by holding down your mouse button and dragging across the image. The little "pins" in the map indicate Google advertisers. They're everywhere.

Have you always wanted to visit Stonehenge? Think crop circles are more interesting than "American Idol"? Fancy you'd look great in a hooded cape? Then you probably know all about the white horses that dot the remote countryside hillsides of southern England.

Some of the "chalk horses" trace their origins to prehistoric times.

But one has been in the news lately. The hillside horse above Alton Barnes in Wiltshire was enhanced recently when a creative landscape artist added an anatomical detail to the horse.

Motorists on the motorway glanced up and said, "I've been driving down this road for years and never noticed it was a stallion before."

Well, it wasn't a stallion before.

So far, apparently, no one has climbed up there (this is a steep hillside) to find out if the change is merely artistic or if the ground has been excavated down to the chalk. Apparently once in the past, it was temporarily turned into a zebra. And (I would love to see this) on the summer solstice, the entire horse is outlined by candles--placed there by chanting Druids, no doubt.

Here's a Scrabble word for you. The art and science of carving horses into hillsides is known as "leucippotomy". I guess that means that Alton Barnes has a lewd leucippotomist...on the loose.

Thanks to Horse and Hound, the BBC, and a lot of rather strange but helpful cultish web sites for assistance in assembling this post. I found out that Alton Barnes has crop circles, too, and that the chalk horse there is one of the newest; it was carved in 1812.