Malleegrove Arabians

Malleegrove Arabians breeding beautiful functional straight egyptian arabian horses

08/07/2023

Why do we need a horse to be something other than a horse to love them?

Anthropomorphism

It is the scourge of the horse world, and the single biggest road block I see to educating people.

Whether it be attaching human values to equine behavior with descriptions like:
Work ethic
Stubborn
Holding a grudge
Faking it
Trying to get out of work

And so on

Or, in the guise of being ethical training, we treat the horse as a human child.

A horse is a horse- not a human, not a dog. A horse will never be anything but a horse, never capable of thinking outside of the bounds of horse thinking.

To me, this doesn’t detract at all from the magic of being with horses. This does not mean they aren’t sentient animals capable of emotion.

We shouldn’t need to make them like a child or a dog or some mystical creature that doesn’t exist to fully appreciate them- they are amazing exactly as they are, and anthropomorphism, whether in positive description or negative description, is absolutely a disrespect to an incredible animal.

If you love horses, learn how they think, learn what they need, and watch how they behave- and drop the anthropomorphism like you’d drop a hot plate- because it does nothing but damage.

20/01/2023

Our DSLD study is accepting samples! Help spread the word so that we can better serve you and the entire equestrian community.

Team Etalon appreciates your support of our mission!

28/11/2022
26/11/2022
Its still so green out here with all the rain ... those of you in flood areas ... think8ng of you all stay safe xx
15/10/2022

Its still so green out here with all the rain ... those of you in flood areas ... think8ng of you all stay safe xx

29/09/2022

We’re really excited to be working on this fascinating horse burial. We are carefully excavating it and have come across several interesting finds including part of a bridle, a whetstone and a bird skull. There is also a suggestion that the horse may have been buried with a cloak around it as two bone pins were found at the back and iron clasps at the front. We’re currently examining the associated artefacts to date the feature.

20/09/2022

Calming the Clover Commotion.......

Our previous post certainly stirred up a lot of ‘discussion’ - which is a good thing!

Pastures for horses NEED to be different to pastures meant for other livestock. The following information actually applies to the horse’s entire diet.

One thing everybody would agree on is that horses should be fed ‘appropriately for the species’.

It really boils down to the C:N ratio of their forage where C is carbon from fibre (structural) carbohydrates: N refers to the protein content. Efforts to ‘improve’ pasture for horses are ONLY beneficial when they foster a high C:N ratio. (HIGH fibre LOW protein)

Horses are ‘Graminivores’ – herbivorous animals who feed primarily on GRASS, specifically "true" grasses, plants of the family Poaceae, also known as Graminae which includes tussocks, and sedges (along stream-sides). *“Equids select graminoids over other species when available and consume large quantities of low quality forage”

Over millions of years, equids evolved on the world’s grasslands and steppes – regions where it is TOO DRY FOR TREES.

This means both they and their microbiota (which is an ‘ecological community’ in itself), have evolved in LOW NITROGEN habitats. *****“Horses appear not only to be highly successful herbivores but also ones that select a diet with the highest fibre, lowest protein content within the grazing community”

The equine species survives in some of the harshest habitats on earth. Relatively recently, both with and without the help of humans, they occupy a wider range of habitats.

Wherever they thrive, it is invariably on forage that is high in fibre relative to protein. (Has a high C:N ratio)

Consequently horses have ‘thrifty genes’ – they have evolved to be metabolically efficient - an adaptive advantage needed for survival in harsh, NUTRIENT SPARSE environments – which turns out to be a DISADVANTAGE when you are in a domestic environment grazing comparatively nitrogen-rich pastures.

Clovers naturally have Crude Protein levels of 18-20%. When combined with other high production species like rye-grass or under certain environmental conditions, overall CP of the pasture can rise significantly up to 36%! (As CHH has found in multiple forage analyses of pasture that horses were consuming when they tipped over into laminitis, head-shaking and had multiple bouts of colic). Potassium is involved here too – another closely related story.

The trouble is this CP is not the quality protein that horses need. While some of this Nitrogen is part of the make-up of true protein – the rest is what is known as NPN (Non-Protein Nitrogen) or free-floating Nitrogen which horses are not designed to handle.
Such plants have an inverted C:N ratio ie too much Nitrogen relative to fibre carbohydrate. This happens especially when grass is grazed short all the time and doesn’t get a chance to grow any structure.

If horses were meant to be consuming such forage they would have the RUMINANT STYLE digestive system rather than the MONO-GASTRIC STYLE.

Many people commented that ‘clover is good for the soil and good for the pasture growth’. There are other ways of achieving this.

CHH promotes Pasture Management that advocates waiting for grasses to mature (until they naturally have more fibre less CP) before allowing access and feeding grass AS HAY in the meantime.

We have found this to be one of the dietary principles which work best to resolve the vast array of ‘grass-affected’ issues in horses all over the world. A critical component is removing clovers from the diet as the correlation between the presence of clovers and all the issues listed in the previous post is very strong.

Most horse owners never meant to have clover in their pastures but ‘it just grows’ and tends to out-compete the grasses if not controlled in some way.

Next Post: How can you improve the C:N ratio of your horse’s diet?

Just some of the References:

Wild Equids – Ecology Management and Conservation - Jason I Ransom and Petra Kaczensky - Multiple observational studies have shown that grass species make up 83% -91% of the feral horse diet in all seasons, shrubs (about 8%) and herbaceous plants (1%) play a limited role, primarily in winter.

NRC Mineral Tolerance of Animals, Second revised edition 2005.

****The Evolutionary Strategy of the Equidae and theOrigins of Rumen and Caecal Digestion. Evolution 757:754 (Janis, c. 1976)

15/09/2022

CUSHINGS DISEASE or more correctly referred to as PPID (Pars Pituitary Intermedia Dysfunction) occurs in a high percentage of middle aged and geriatric horses and ponies.

PPID used to have a low survival rate, however with recent advances in equine medical care most cases of PPID can now be managed successfully, and recent study showed an average survival time of 9.8 years after diagnosis (it was once less than 12 months!).

Most patients in our practice are managed with Pergolide, presented in an oral tablet form which is stable and generally well tolerated.

However we have exciting news for those horses owners who struggle to medicate their horses daily, or the horses have other ideas and won’t eat it!

We now have a new long acting injection available which is shown to be very effective to manage PPID. A standard dose is just 1ml into the muscle once a week and this generally provides excellent control of the hormone levels in the patient.

If you think this might be a useful treatment for your PPID horse or pony, feel free to contact us at the clinic on 08 8391 9400 to discuss.

18/08/2022
17/08/2022
07/08/2022

Attention: People involved in foaling/in contact with wet mares.

Relatively high rates of C. Psittaci in South Australian samples.

Chlamydia psittaci (also known as C. Psittaci, Psittacosis or Ornithosis) is a bacteria common in birds, that has also been detected in HORSES (as well as dogs, cats, pigs, cattle, buffalo, goats, and sheep).

C. psittaci spreads from birds to horses. It can spread from horses to humans and other horses via aborted material, secretions and airborne materials. It can also be transmitted during foal resuscitation.

In humans, psittacosis can result in asymptomatic infection through mild flu-like illness to systemic illness with severe atypical pneumonia.

In horses, psittacosis can cause abortions and on rare occasions lung disease.

Researchers recently looked at samples from 600 aborted foals in Australia over a 25 years period (1994-2019), to determine the prevalence of C. psittaci.

They found 3.9% in samples from NSW, 7.6% from Victoria and 15.4% from South Australian samples.

That means that C. Psittaci in SA samples was about 4x higher than NSW and 2x higher than Vic.

Please use the highest levels of biosecurity (at least masks and gloves) when handling aborted materials (foal and placenta) to reduce the risk of spreading Chlamhydia psittaci to other mares or to people.

For more information about handling aborted materials, see:https://www.dpi.nsw.gov.au/__data/assets/pdf_file/0003/620076/Biosecurity-advice-when-handling-aborted-material-from-horses.pdf (from which the image is sourced).

You can read the study here: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8131020/

For a discussion of related research, see: https://www.horsetalk.co.nz/2021/08/12/bird-pathogen-equine-abortions-multiple-reports/

29/07/2022

A recent decline in rendering availability for chemically-euthanized horses has owners seeking alternative carcass management practices. While not new, carcass composting represents an underutilized practice in the horse industry. Only 12% of horse owners have ever tried carcass composting and only 25% of veterinarians have ever recommended it to their clients. However, most horse owners (47%) and veterinarians (67%) indicated they would be more open to trying and recommending carcass composting if more scientific research were available. Therefore, the University of Minnesota aimed to evaluate horse carcass composting in the Upper Midwest during fall and spring months, document sodium pentobarbital concentrations throughout the process, and determine nutrient content of finished compost.

During each season, four horses were euthanized by intravenous administration of sodium pentobarbital for terminal medical conditions and composted individually. Carcasses were positioned at the center of a wood chip and shavings base and covered with a 2:1 mixture of horse stall waste and cattle feedlot waste. At turning (44 to 50 days) and trial conclusion (181 to 216 days), compost piles were sampled for sodium pentobarbital and nutrient composition.

Compost piles contained large bones after 6 months of composting. Sodium pentobarbital remained detectable at trial conclusion (

25/07/2022

5 Reasons why long grass is better than short grass for horses.

1. Generally the further up the stalk the horse eats, each cell of the plant has a higher fibre/sugar ratio.
2. Eating longer grass means the horse has to chew more, slowing the intake while increasing the essential flow of saliva. The saliva helps to buffer the stomach acid.
3. A healthy horse eats until they have a specific volume of fibre in their stomach before stopping. So eating short grass with a high-sugar and low fibre ratio means a horse consumes a lot of high-sugar grass before enough fibre is ingested to trigger that 'full enough' feeling and finish their grazing bout.
We should focus on increasing our pastures' fibre content, which will reduce the NSC intake.
4. Short grass is usually stressed grass, constantly trying to recover/grow. Therefore it will store/hang on to a lot of Non-Structural Carbohydrates (NSCs) (sugars/starches) in preparation for when growing conditions improve.
5. Long grass creates a longer root system, improving both the health of the grass, the soil biome and it follows the health of the horse.
Read the full article here. https://www.equiculture.net/blog/horses-short-grass-or-long-grass along with many other great articles.

23/07/2022

TOOL USE CONFIRMED IN HORSES

A new German study has confirmed that horses do use tools, however the researchers say this is a rare phenomenon.

Scientists once considered tool use one of the features that set humans apart from other animals and a sign of higher cognitive abilities. A ‘tool’ could be defined as any object manipulated by an animal in order to perform a specific task. Use of a tool can be very simple, for example manipulation of a stick to scratch the animal's back, or an animal waving a stick at another to chase them away.

Tool use has never been shown in horses, but research has found many animals use tools quite adeptly – including birds, elephants, primates, rodents and dolphins.

Equine behaviour scientist Konstanze Krueger and her colleagues have identified 13 unambiguous cases of tool use in equids by twelve horses and one mule. As this subject is difficult to research with conventional methods, the team used crowdsourcing to gather data.

From 635 reports, including 1014 actions, the team found 13 unambiguous cases of tool use. Tool use was associated with restricted management conditions in 12 of the 13 cases, and 8 of the 13 cases involved other equids or humans.

The most frequent tool use, with seven examples, was for foraging, for example, equids using sticks to scrape hay into reach. There were four cases of tool use for social purposes, such as horses using brushes to groom others, just one case of tool use for escape, in which a horse threw a halter when they wished to be turned out, and one case of tool use for comfort, in which a horse scratched his abdomen with a stick.

Krueger said it is important to be aware of possible biases in owner reporting when crowdsourcing. “Collecting data with crowdsourcing methods may introduce biases into the data set. We took care to exclude unreliable or biased reports.” The horses’ current or previous caretakers may have unintentionally reinforced behaviour which may not be obvious to those reporting. “Therefore, we take our findings at face value and provide interpretations that would be appropriate for an unbiased data set.

The team concluded “that horses have the potential to develop behaviour involving tool use, particularly to improve their situation when management conditions are restricted, for example for foraging and improving social contact; however, this remains a rare phenomenon.”

I’m sure we’ve all seen horses that take brushes or feed bowls into their mouths and manipulate them, however for this behaviour to be considered tool use it would need to be used to perform a specific task, without the horse having been trained to do this. Is this something you have seen your horse do?

The study is free to access and very interesting, well worth a read: Krueger, K.; Trager, L.; Farmer, K.; Byrne, R. Tool Use in Horses. Animals 2022, 12, 1876. https://doi.org/10.3390/ani12151876

02/07/2022

Are Ground Poles Really Effective?? 💈🐎

STUDY DEMONSTRATES EFFECTIVENESS OF GROUND & RAISED POLES IN TRAINING & REHAB

Walking over poles is a commonly employed training and rehabilitation tool- but how effective are they really? Researchers set out to understand the effect of ground poles on equine locomotion, particularly joint range of motion.

A recent study assessed the effect of ground poles and raised poles on limb kinematics and poll, wither, and pelvic range of motion at the walk. Researchers hypothesized that walking over poles would increase joint range of motion but have no effect on poll, wither and pelvic range of motion compared to no poles.

41 horses were walked in-hand over no poles, ground poles and raised poles in a crossover design. Limb kinematics were determined via motion capture (240Hz). Poll, wither, and other aspects of range of motion range of motion were determined by inertial motion units.

The study determined that walking over both ground poles and raised poles increased limb-joint range of motion and increased poll range of motion, through increased swing flexion, compared to no poles.

In summary, walking poles appear to be effective at increasing joint range of motion via an increase in mid swing flexion, without vertical excursion of the trunk, compared to normal locomotion.

Given that this is a key early rehabilitation and training goal for many horses it supports the use of poles for these purposes.

Reference: V.A. Walker, C.A. Tranquillle, R. MacKechnie-Guire, J Spear, R. Newton, R.C. Murray,
Effect of ground and raised poles on kinematics of the walk,
Journal of Equine Veterinary Science, 2022.

13/06/2022

Equine muscle diseases can appear as tying-up (pictured), muscle atrophy, lameness, muscle twitching, and other muscle-related problems. They can be painful for the horse and can be difficult for owners to manage.

That's why we need your help! Our equine muscle disease study is still accepting participants now and throughout 2022. Participation will help us understand management factors that help with muscle diseases and their genetic interactions with one another.

See how you can help today on our participation requirements page: http://bit.ly/participationrequirements.

Photo from publication: https://www.sciencedirect.com/science/article/pii/S0888754308000414

13/06/2022

**NEW POLE WORK EXERCISE RESEARCH**

Great to work with an exciting group of researchers looking at the effect that pole work exercise has on equine locomotion.

Here is a new paper published in Journal of Equine Veterinary Science, titled “Effect of ground and raised poles on kinematics of the walk”, authors: Vicki A. Walker*, Carolyne A. Tranquillle, Russell MacKechnie-Guire, Jo Spear, Richard Newton & Rachel C.Murray*

For a limited time, this paper is available as Open Access using the link below. Massive thank you to the Petplan Charitable Trust who funded this research.

*lead authors

https://authors.elsevier.com/c/1fD~12dbxqfIqR

Welcome to Malleegrove ....Bluedawn Omneyah
11/06/2022

Welcome to Malleegrove ....Bluedawn Omneyah

23/05/2022

GOING IN CIRCLES

When horses roamed the plains, they did exactly that: they roamed. They drifted along, grazing and mostly walking in straight lines. When horses worked for a living, they continued to walk those straight lines, pulling a plow from one end of the field to the other, pulling a milk wagon from one end of town to the other, or pushing cattle from one end of Texas to the other. As they transitioned from work animals to recreation vehicles, they generally continued walking, jogging, or cantering in reasonably straight lines, going from one end of a trail to the other.

Of course, not all work or recreation involved strict, straight line movement. They were asked to cut cattle, which often required them to work laterally, with sudden starts and stops and jolts and jerks. They were asked to perform military/dressage maneuvers, with significant lateral movement and transitions. They were asked to foxhunt, which required them to work over fences and around obstacles. They were asked to participate in sport, such as polo, which again required stops, starts, bursts of speed and lateral work. And, of course, they were asked to race, which required speed, but generally on straight line tracks or long ovals.

As they transitioned into show and competition arenas, however, they shifted away from straight line activity. We changed the game and asked them to become focused athletes and runway models. In doing so, we put them into smaller and smaller spaces and asked them to perform more and more patterned behaviors. Basically, we put them into patterned, repetitive movements—mostly in circles... little, tight circles. And they started to fall apart, experiencing more and more issues with joint problems, soft tissue injuries, and general lameness concerns.

We blamed their failures and breakdowns on bad breeding practices and poor genetics; we blamed their failures on bad farriers and inadequate veterinarians; we blamed their breakdowns on poor training and conditioning, poor horse keeping practices, bad nutritional practices, and any number of other things. And, while none of these should be disallowed, the fact remains that we changed the game and put them into those little, tiny circles and repetitive activities. So, let’s look at equine anatomy, and specifically, let’s look at that in relation to athletic maneuvers and activities.

First and foremost, the horse is designed to be heavy on the forehand. We fight against that concept, asking them to engage their hindquarters, to “collect,” and to give us impulsion. And they’re capable of doing so… but they’re not designed or “programmed” to sustain such activity for any length of time. When they do this in “natural” settings and situations, they’re playing, they’re being startled or frightened, or they’re showing off. None of these are sustained activities.

Likewise, when they do engage, they’re generally bolting forward, jumping sideways, or leaping upwards. And they're typically doing that with a burst of speed and energy, not in slow motion. Ultimately, their design is simply not conducive to circular work. Each joint, from the shoulder to the ground is designed for flexion and extension—for forward motion, not lateral motion. In fact, these joints are designed to minimize and restrict lateral or side-to-side movement.

17/05/2022

A 2020 study by Hibb et al examined crooked tail carriage (CTC) in horses.
⁣⁣
𝐌𝐚𝐢𝐧 𝐩𝐨𝐢𝐧𝐭𝐬:⁣⁣
⁣⁣
- CTC occurred more frequently in lame (32.5%) compared with nonlame horses (5.3%)⁣⁣
- The direction of CTC was not related to the side of the lame limb (ie a horse with a lame left limb did not necessarily hold their tail to the left)⁣⁣
- CTC was associated with sacroliliac joint region pain and increased thoracolumbar muscle tension, but not thoracolumbar pain, thoracolumbar reduced range of motion or saddle slip⁣⁣
- CTC increased in circles to the direction of the crooked tail⁣⁣
- CTC was slightly more common in hindlimb lameness (35.7%) than forelimb lameness (21%)⁣⁣
- Of 169 lame horses with CTC, 103 held their tail to the left⁣⁣
- The use of diagnostic anaesthesia to abolish lameness and SIJR pain resulted in resolution of CTC in only 12.2% of horses. This suggests that CTC may not be a direct response to perception of pain in many horses, nor the result of a compensatory mechanism in response to lameness.⁣⁣
- CTC was present in a small proportion of nonlame control horses, implying that there are variables other than lameness influencing tail carriage⁣⁣
⁣⁣
𝘛𝘩𝘦 𝘴𝘵𝘶𝘥𝘺 𝘸𝘢𝘴 𝘯𝘰𝘵 𝘥𝘦𝘴𝘪𝘨𝘯𝘦𝘥 𝘵𝘰 𝘦𝘷𝘢𝘭𝘶𝘢𝘵𝘦 𝘵𝘩𝘦 𝘱𝘳𝘦𝘥𝘪𝘤𝘵𝘪𝘷𝘦 𝘷𝘢𝘭𝘶𝘦 𝘰𝘧 𝘊𝘛𝘊 𝘢𝘴 𝘢𝘯 𝘪𝘯𝘥𝘪𝘤𝘢𝘵𝘰𝘳 𝘰𝘧 𝘭𝘢𝘮𝘦𝘯𝘦𝘴𝘴 𝘰𝘳 𝘰𝘵𝘩𝘦𝘳 𝘮𝘶𝘴𝘤𝘶𝘭𝘰𝘴𝘬𝘦𝘭𝘦𝘵𝘢𝘭 𝘤𝘰𝘯𝘥𝘪𝘵𝘪𝘰𝘯𝘴, 𝘩𝘰𝘸𝘦𝘷𝘦𝘳 𝘵𝘩𝘦 𝘩𝘪𝘨𝘩 𝘰𝘥𝘥𝘴 𝘳𝘢𝘵𝘪𝘰 𝘧𝘰𝘳 𝘊𝘛𝘊 𝘪𝘯 𝘭𝘢𝘮𝘦 𝘩𝘰𝘳𝘴𝘦𝘴 𝘴𝘶𝘨𝘨𝘦𝘴𝘵𝘴 𝘵𝘩𝘢𝘵 𝘪𝘵 𝘮𝘢𝘺 𝘣𝘦 𝘢 𝘱𝘳𝘢𝘤𝘵𝘪𝘤𝘢𝘭 𝘪𝘯𝘥𝘪𝘤𝘢𝘵𝘰𝘳 𝘵𝘰 𝘢𝘭𝘦𝘳𝘵 𝘰𝘸𝘯𝘦𝘳𝘴 𝘰𝘳 𝘵𝘳𝘢𝘪𝘯𝘦𝘳𝘴 𝘵𝘰 𝘢𝘯 𝘶𝘯𝘥𝘦𝘳𝘭𝘺𝘪𝘯𝘨 𝘱𝘳𝘰𝘣𝘭𝘦𝘮.⁣⁣

I think it’s also important to note that CTC doesn’t necessarily equal pain or dysfunction, pain is often much more complex! ⁣
⁣⁣
𝐒𝐭𝐮𝐝𝐲 𝐋𝐢𝐦𝐢𝐭𝐚𝐭𝐢𝐨𝐧𝐬 ⁣⁣
Nonlame horses were a convenience sample and lameness assessment, other clinical observations and determination of the presence of CTC were subjective, with potential for bias.⁣⁣

Please read down in the comments for a terrific summary by Thilo Pfau on further limitations of the study and why we must interpret the results carefully.
⁣⁣
What are your thoughts on this study and your experience of CTC? ⁣

14/05/2022

FRENCH GOVERNMENT ASK FOR AN OVERHAUL OF EQUINE WELFARE FOR OLYMPICS 2024

I'm a bit late with this news but wanted to share it in case you'd missed it. The French Parliament have produced a lengthy report asking the organising committee of the Olympic Games for a complete overhaul of the rules regarding equestrian sport (completely bypassing the FEI!). Their aim is to make Paris 2024 the Olympic Games of equine welfare.

The report has 46 recommendations to improve welfare across all disciplines. There is a section on the use of equipment, including banning the use of draw reins, the use of gag bits in the cross country and elevator bits being used together with martingales. They are asking for a review of nosebands (including cranks and grackles) and for noseband tightness to be checked using the ISES taper gauge. They would like a ban on riders using hyperflexion anywhere on the showground, referring to hyperflexion as 'any head and neck position where the nose is behind the vertical'.

The report also recommends a ban on use of the whip more than once per event and more than twice during the warm-up. They want to prohibit an overly constrained posture and authorise riding without spurs in dressage.

Are the recommended changes really enough to improve horse welfare in sport? Will this report change anything? If the recommendations are put in place, will the rules actually be enforced? This is a remarkable step for a country's government to take, but there were so many concerns about horse welfare at the Tokyo Olympics, I think this move was absolutely necessary if the public is to continue supporting equestrian sport.

The report has been translated by the brilliant team at Horses and People (thank you!) and is well worth reading. You can read the report here: https://horsesandpeople.com.au/french-parliament-calls-for-horse-welfare-overhaul-at-paris-2024

06/05/2022

If you suspect your horse’s hair whorls have something to do with his personality, you might be right.

05/05/2022

I DON’T KNOW YOUR HORSE…
…But I do know horses. Here are a few things I’ve learned that should help most horses, most of the time, with whatever problem you may be having.

DO LESS:
Whatever it is, just do less. Expect less. React less. Use less strength. Less contact. Less pressure down the rein/rope. Less pressure from the leg. Less driving from the seat. Less noise…

GIVE MORE:
More patience. More time. More benefit of the doubt. More rest breaks. More reward. More still. More quiet. More variety. More length to the neck…

DITCH YOUR EGO & LET STUFF SLIDE:
Your horse isn’t trying to get one over on you, (or if he is, ask yourself why he feels the need to). What you think is naughty behaviour is usually just an attempt to communicate something: Discomfort, distrust, uncertainty, anxiety, fear, none of which require ‘telling off’…

COUNT TO TEN:
Be in control of your own emotions before you try and control your horse’s emotions. Once you let your emotions change, the whole dialogue upon which your training is based, changes…

IT TAKES TWO TO ARGUE:
So rather than asking for something that goes against your horse, start by asking for things you’re already pretty sure the horse is going to give, and go from there. (This one takes a little figuring out but is totally worth it!) N.B.: Common sense required!…

EVERYTHING IS MADE UP OF THE BASICS:
More advanced work is simply an arrangement of the basics taken care of simultaneously…

NEVER DISCOUNT PAIN:
You can never truly ‘rule out pain’ as a cause of unwanted behaviour. No matter how much money you spend, or how good your vet is…

REST DAYS ARE AS IMPORTANT AS TRAINING DAYS: Overtraining can be just as damaging as under preparing. Horses only have so many jumps/steps in them - use them sparingly…

BREAK IT DOWN:
Most issues can be solved by taking a step back, breaking the issue down into smaller chunks, and taking care of those chunks one by one…

TAKE YOUR TIME:
You’ll get there much quicker if you do. Cutting a corner will only come back to bite you in the ass sooner or later…

ONE FINAL THING…
Horse training is subject to the same laws of physics as everything else. You can’t argue with either anatomy or physics, no matter how many medals you’ve won. Train with this in mind, because there isn’t a single instance where an unyielding or strong rein contact will benefit your training, or your horse…

02/05/2022

Emotional Burdens in horse ownership:

As horse owners, we carry a lot of weights – financial, time, responsibilities, emotional – the list is endless, but after speaking to a friend of mine last night, who was in the actual depths of depression because her horse was injured and she blamed herself – it got me to thinking…
As a horse’s primary owner/carer – we of course have responsibilities to them. We do owe it to them – as in any animal in our care – to be fed properly, have an environment they feel safe and comfortable in and provide the best and happiest life that we possibly can. But for our peace of mind – we also have to remember that they are at the end of the day, still a living independent creature and accidents/illness will happen – and when it does – we have to stop tearing ourselves up about how we could have prevented it. Because 9 times out of 10 – we couldn’t have.
I think everyone, myself included, has sat and cried because our horse is sick – thinking how we could have prevented it – if only we’d done this – or how did we not see that. Was it something I fed? Something I didn’t feed? Should I have stabled instead of turning out? What if I’d taken a different approach to a fence? The fact of the matter is- that no matter what the ailment is – colic/lameness/getting cast/kicked/falling at a fence – no matter what you would have done differently, still wouldn’t have prevented it from happening. So instead of driving yourself mad on those damn what ifs – think about what you ARE doing…. Paying that vet bill, sitting with your horse for hours overnight, the never ending poulticing, temperature checks and everything else.
As horse owners – we can only do so much. And we need to realise that. Nothing In the world that you do will stop your horse being a stupid t**t out In the field and falling when he looses his footing. Colic can happen to any horse at any time. It’s not your fault that your horse got a stone bruise on a hack. Injuries are part of equestrian life. So if you are currently sitting there with this burden of emotional guilt – stop! It happens to the best of us.
What counts, is what you are doing there now – helping your horse recover or in the event your horse didn’t make it –death in any animal can mostly not have been prevented and it is important that you realise that. Focus on knowing that you gave him the best life and your horse knew that.
We can’t change the inevitable – so stop trying… and when it happens – push the emotional blackmail that you put on yourself to the side and know that there are hundreds if not thousands of other equestrians going through the exact same thing with their horse!

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