The not-so-simple life



To those dreaming of escaping the daily grind, running a croft or small-holding is probably their idea of the simple life.


But, let’s face it, working the land is far from simple: it involves long hours come rain or shine. The outside world never really goes away: government red tape, the demands of the bank manager and the vagaries of the British weather are just some of the issues we have to contend with – just like everybody else.


And, while many people take the abundant supply of food for granted, as small-holders we see at firsthand how freely the ravening hoards of greenfly, caterpillars, foxes, crows, pigeons, rabbits and badgers help themselves to our lovingly grown produce or how disease can wreak havoc amongst livestock. Small-holders need to be extremely resourceful – the proverbial jack of all trades – administering medication to animals, servicing a tractor, shearing and dipping sheep, digging drainage ditches or putting in fence posts, to mention just a few of the things we get up to.


But we wouldn’t have it any other way. Running a small-holding will never make you rich – in cash terms at least – but for most people it’s a lifestyle choice and we find our riches in other ways. The outdoor life helps keep us fit and counteracts some of the stresses and strains of the modern world.


Raising our own livestock and growing our own vegetables means we know exactly what goes into the food we eat. Our food is fresher – you’ll never find a just-picked bean or a genuinely new-laid egg on a supermarket shelf; we can raise rare breeds of cattle, sheep and pigs for extra flavour, and the same goes for our veg; and it’s local, and so cuts down food miles, which has got to be good for the environment.




Many of us also have the privilege of living in some of the most picturesque parts of the United Kingdom – the Highlands of Scotland, Wales or where I’m based in the East Devon Area of Outstanding Natural Beauty, immediately across the valley from professional good-lifer Hugh Fearnley-Whittingstall. We’re extremely fortunate to live where we do, surrounded by wildlife and beautiful countryside; however, without the benefit of our own TV series to help pay the bills , I suspect that we’d all be grateful for a little extra cash!


So here are five ideas for ways in which crofters and small-holders can boost their income….


Find your niche market – small-holders, by definition, can’t expand to compete with the big boys on price and exploit economies of scale. So the trick is to produce something that’s in demand for its scarcity or novelty value, and preferably a premium product. For some, this means producing artisan cheeses or supplying local restaurants with rare-breed beef and pork.
Over in the next valley to us, one small farm has switched from milking cows to sheep. Why? Because there is a huge demand for sheep milk to produce organic yoghurt. The milk can be frozen successfully and collected periodically rather than everyday like cow’s milk, which makes the logistics easier as well.


Keep up with current trends – there’s a huge interest in all things to do with the countryside these days, as we become more aware of where our food comes from. One of the great success stories of recent years has been the massive expansion in people keeping their own poultry. Yet, there is still a market for very fresh free-range eggs. We sell our colourful traditional-breed eggs to the largest farm shop in the area. Because they’re so fresh and genuinely free-range, they command a premium: we receive a very good price in an area that has no shortage of egg-producers, while the shop is able to sell all the eggs we can bring them with a sensible margin on top.
Of course, if you’re right out in the wild you may not have a farm shop near you. But you can still make a return if you think outside the box. We’re finding that the current massive demand for rare-breed hens from urban good-lifers and backyard poultry-keepers has generated a healthy market for the more attractive or unusual birds and those laying coloured eggs. You can sell poultry online, at auction, through specialist magazines or to friends: you’ll find that, if you sell the right breeds at the optimum time of year, it’ll probably be worthwhile. You can also sell hatching eggs.


Think laterally – you almost certainly have valuable expertise available. Can you offer courses on aspects of running a small-holding, host artists on painting courses or wildlife tours? Do you have another skill you can combine with your small-holding duties like plumbing, electrics or web design? Could you provide a safe pair of hands to look after other people’s livestock if they want to go away on holiday?
Explore entirely new markets. Fans of BBC’s Countryfile will have seen how farmer Adam Henson supplies animals for film work. Friends of ours have even had their house used as a film set.
More realistically, perhaps, is the currently (no pun intended!) excellent opportunity for small-holders not only to save money on their energy bills but also to make a return from selling green electricity back to the grid. One of the things I will be doing for sure before long is exploring solar energy and wind power systems.


Get together with the community – here in our hidden-away area of east Devon, there is a thriving market in selling traditional-breed lamb, beef and pork to friends and neighbours with a freezer. There are also some more innovative schemes about, with local producers currently discussing how to club together to supply holiday cottages and nearby villages from a central point – a community farm shop, if you like. When the scheme is in place, visitors to the area and locals alike should be able to benefit from the freshest and tastiest of produce, and without having to buy in bulk.


Add value – these days, it’s important to think in terms of ‘adding value’ and doing something different: don’t sell veg (unless its high-cost and exotic), sell chutney; don’t sell fruit, sell jam, curd, juice or cordials; don’t sell meat, sell ‘salami’, pâté, cured meats, pies or curries. Offer whatever there is a demand for locally and not widely available.
Finally, it is possible to think beyond cash. We hear a lot about bartering these days: it’s an excellent age-old system, not least because the ‘income’ is largely informal and kept within the local community. Thus, we receive a discount on our daughter’s weekly piano lesson in exchange for a box of eggs, while the gift of a home-cooked gourmet curry, dessert or jam to neighbours has been reciprocated with fresh pork and access to apples for making juice; we’ve exchanged free grazing for lamb chops, a glut of red currants for a few bottles of wine made from the fruit, or even copy-writing services for sausages, chicken-feed or small-holding products!


Words and photographs by Nick de Cent. For more information about Nick click here

The Art of Haymaking

Got any good hints or tips on making the best possible hay? Please let us know at info@croftingsupplies.com and we will post them here.

New Practices Needed to Beat Blowfly

British sheep farmers are being urged to treat their ewes against blowfly strike immediately after shearing them this year instead of later in the season to ensure protection and peace of mind through to season end.

“This is particularly important now because the changes in climate mean the blowfly season lasts longer, with the risk of blowfly strike beginning earlier and extending well into the autumn,” warns Novartis Animal Health Brand Manager, James Crawford.

“Ewes should be treated immediately after shearing as part of the same handling process,” said Mr Crawford. “Not only does this reduce stress on the ewe, removing the need for further handling and treatment at a later date, but it also gives immediate protection from the devastating effects of blowfly strike”.

It is more common for sheep farmers in Australia and New Zealand to treat their ewes post shearing to protect their flocks against blowfly strike and Mr Crawford believes, as the seasons get longer here, off-shears use of IgRs will become common practice in the UK.

Mr Crawford pointed out that Novartis Animal Health’s insect growth regulator (IgR) CLiK, which is the longest acting blowfly treatment on the market, offered farmers 16 weeks of protection and was ideal to use off shears to protect ewes and tups against any late blowfly challenge.

CLiK has a unique Fleecebind™ technology that binds its active ingredient tightly to the grease in the wool – even the shorter wool, staple of freshly shorn sheep, gets fully coated to offer protection.

“It makes sense to be proactive – and sheep that have been treated with CLiK can be turned out protected against strike all through the season, however unpredictable, or lengthy it might be.”

“Not only does this provide farmers with peace of mind all summer and into the autumn months, it will also save them time and money, because they won’t have to re-gather their sheep and bring them in again at a later date,” said Mr Crawford.

http://www.farminguk.com/news/New-practices-needed-to-beat-blowflies18404.asp

Animal Health Warns Sheep Owners to Stop Short-Tail Docking

Animal Health Warns Sheep Owners to Stop Short-Tail Docking

Animal Health is warning sheep owners in England, Scotland and Wales that docking animals’ tails to an excessively short length could result in prosecution – and the withholding of a significant portion of any direct payments they are due under the Single Payment Scheme (SPS).

The warning has been issued after Animal Health noticed a rising trend in the numbers of sheep, particularly pedigree breeds, which have undergone short-docking – despite the practice being illegal and liable to create welfare problems in docked animals.

With the new lambing season well underway livestock owners are being urged to make themselves aware of the legislation concerning tail docking, and the code of recommendations for the welfare of sheep.

Amongst other things, the code explains that docking should be carried out in strict accordance with the law – and only then if failure to do so would lead to subsequent welfare problems. The code also recommends that tail docking only be performed by a competent, trained operator.

Paul Honeyman, Animal Health’s Veterinary Services Manager for Welfare, said: “At present it seems to be fashionable among some sheep owners to short-dock lambs – particularly pedigree lambs. This is illegal, and sheep keepers in England, Scotland and Wales can be prosecuted if they are found to have short-docked their animals.

“The practise can damage the nerves and muscles of sheep, leading to serious welfare issues that can cause considerable suffering in later life and result in hefty veterinary bills for owners.
“Owners must also be aware that they stand to lose considerably financially if they are found to have short-docked their animals.”
Depending on the severity of the regulations breach, sheep owners who short dock their animals can have their payments under SPS reduced by between 1% and 100% of the overall payment due.
The code of recommendations for the welfare of sheep can be obtained through Animal Health offices. Livestock owners can find their nearest office by visiting the Animal Health website, www.defra.gov.uk/animalhealth

Lambing

With lambing time well and truly upon us even the BBC are involved with Lambing Live starting tonight on BBC2 at 8pm, I thought a post on lambing would be opportune.

I have attached some lambing guides and links I discovered on-line which I hope will be of interest.

Improving Lamb Survival – A really useful guide from DEFRA.

www.smallholderseries.co.uk – A great site with some fantastic expertly written articles.

The Process of Lambing

If you have any hints, tips, suggestions or information you think could be useful to others at lambing time please post them here. And don’t forget some pictures to.

Sheep & Lambing Products from Crofting Supplies

Sheep Pens

Outdoor Sheep Pens

Scanners

100% Organic mineral licks

Sheep Feed

Urolithiasis – Urinary Calculi

Uroliths in cattle, sheep, and goats are common. Although uroliths can be found anywhere within the urinary tract, urethroliths are responsible for most clinical problems. Obstruction induced by urethroliths causes urine retention and leads to bladder distention, abdominal pain, and eventual urethral perforation or bladder rupture, with death from uremia or septicemia. It is an important disease of feeder animals but is also seen in mature breeding animals. Urolithiasis is seen most often during winter in steers and wethers on full feed, or on range during severe weather conditions with limited water intake, especially when the water has a high mineral content. Urolithiasis has no specific geographic distribution, and the different urolith types reflect the mineral distribution of the feed. Uroliths occur in either sex, but obstructive urolithiasis develops primarily in males because of anatomic differences.

Etiology and Pathogenesis:
Ruminant urolithiasis is considered primarily a nutritional disease. The prevalence of urolithiasis in the USA is highest in calves, lambs, and kids castrated at an early age and fed high-grain diets with roughly a 1:1 calcium to phosphorus ratio or a diet high in magnesium. Ruminants fed high-grain diets with a low calcium to phosphorus ratio are at increased risk of developing struvite uroliths, while ruminants grazing on silica-rich soil are predisposed to form silica uroliths. Diets high in calcium (eg, subterranean clover) may result in calcium carbonate uroliths, while plants such as halogeton or tops from the common sugar beet may be a factor in calcium oxalate formation. The mineral composition of water, in concert with dietary mineral imbalances, probably contributes more to initiating urolith formation than does the lack of water itself. A definitive diagnosis of urolithiasis in a single animal suggests that all males in the population are at risk for the disease.
The distal aspect of the sigmoid flexure of cattle and the sigmoid flexure and urethral process of sheep and goats are the most common sites for uroliths to lodge. Irritation at the site of lodging causes inflammation and swelling that contributes to urethral occlusion. Castration of young males also predisposes to urolith-induced urethral obstruction by removing hormonal influences necessary for mature development of the penis and urethra.

Clinical Findings:
Clinical signs may be associated with partial or complete urethral occlusion. Animals with partial obstruction dribble blood-tinged urine after prolonged, painful (stranguria) attempts at urination; before complete occlusion occurs, urine may dry on the preputial hairs and leave detectable mineral deposits. Animals with complete urethral obstruction exhibit tenesmus, tail twitching, weight shifting, and signs consistent with colic. Inappetence, bloat, depression, and rectal prolapse may also be seen. Affected steers may elevate the tail and show urethral pulsations just ventral to the rectum. Goats may vocalize.
Common sequelae of complete urethral obstruction include urethral perforation or urinary bladder rupture. Bladder rupture often results in death from uremia. The disease course may be 5-7 days. Although urethral perforation may also cause uremia and death, it is not uncommon for the ventral abdominal skin to necrose and slough, allowing the development of a pseudourethra.

Diagnosis:
Diagnosis based on the history, clinical signs, and physical examination is usually straightforward. Hypersensitivity in the region of the sigmoid flexure may be evident. Palpation may identify abnormal pulsations of the urethra and tissue swelling associated with the obstruction. Rectal palpation may reveal an enlarged, distended bladder, or the bladder may be nonpalpable, consistent with bladder rupture. Examination of the urethral process in sheep and goats may reveal the occluding urolith. If early clinical signs of obstructive uropathy are missed, the animal may show only inappetence, depression, subcutaneous swelling along the penis, or uroperitoneum; abdominal distention due to uroperitoneum must be differentiated from ruminal tympany, peritonitis, peritoneal tumors, and GI tract obstructions. Ballottement allows detection of the fluid, and when viewing the animal from behind, the abdomen appears symmetrically enlarged and pear-shaped. Ultrasound examination of the abdomen reveals a large amount of hypoechoic fluid. Confirmation is obtained by examining fluid collected by abdominocentesis and finding that the creatinine in peritoneal fluid is 2 times or more that in plasma. Subcutaneous swellings along the prepuce and ventral abdomen due to a perforated urethra must be differentiated from traumatic injury, subcutaneous abscesses, and umbilical or ventral hernias. In breeding animals, preputial lacerations with prolapse and sheath infection, and hematoma of the penis must also be differentiated. In animals with clinical signs of acute colic, other causes of abdominal pain must be eliminated; these diseases include indigestion, stasis or obstruction of the GI tract, primary enteritis, abomasal ulcers, and coccidiosis.

Treatment and Control:
Treatment of obstructive urolithiasis generally involves establishing a patent urethra and correcting fluid and electrolyte imbalances. In many instances, surgical management of the obstruction is all that is necessary; however, severely uremic and depressed animals require rehydration and correction of acid-base and electrolyte abnormalities. If a rupture of the urinary tract has occurred, hyponatremia, hypochloremia, hyperphosphatemia, and metabolic alkalosis with variable potassium concentrations are found. Treatment with IV normal saline is indicated. The volume of fluid administered should be calculated to correct clinical dehydration. Once the animal is rehydrated, fluid therapy may be continued to encourage diuresis.
Animals with an intact urethra and bladder, with early clinical signs of obstructive urethral disease, may benefit from conservative therapy using antispasmodics and tranquilizers. This is believed to relax the retractor penis muscles with straightening of the sigmoid flexure. However, conservative therapy is only rarely beneficial in small ruminants, and is warranted only in cases of acute or partial obstruction without evidence of urethral or bladder damage; it should not be used in complicated or advanced cases. Uroliths trapped within the urethral process of sheep and goats may be removed by gentle manipulation or by amputation of the urethral process. Proper restraint, tranquilization, and a regional anesthetic are necessary. The techniques may vary, but the typical procedure requires exteriorization of the penis. Although amputation may be effective, relief is typically temporary (<2 days) in most animals, in which obstruction recurs due to the presence of multiple=”multiple” uroliths.
Perineal urethrostomy has also been recommended as an effective surgical technique in castrated males. Short-term complications associated with perineal urethrostomy may include postoperative hemorrhage, surgical wound dehiscence, and subcutaneous urine accumulation. Urethral stricture is a common longterm complication. In addition, perineal urethrostomy is associated with loss of breeding ability in intact males. In more complicated cases, such as those with urethral perforation, amputation of the penis proximal to the sigmoid flexure or near the perineal area may be necessary as a salvage procedure. Animals that develop urethral perforation also require drainage of accumulated subcutaneous urine; this is accomplished by lancing the skin overlying the area of accumulated urine. Topical antiseptics and fly repellents may be applied to these ventral lacerations, and parenteral antibiotics are recommended to prevent infection.
Cystotomy followed by dietary management is believed to be a more effective longterm solution to urolithiasis in sheep and goats than is perineal urethrostomy. Cystotomy allows removal of multiple urocystoliths, permits bidirectional urethral flushing, and poses less risk for urethral stricture. Tube cystotomy is generally considered the treatment of choice, allowing time for the calculi to be expelled spontaneously.
If the bladder is ruptured, the ability to urinate must be restored and uremia corrected. In animals with substantial uroperitoneum, the peritoneal cavity should be slowly drained using a teat tube or trocar. Urine removal may also reduce the severity of peritonitis and make the animal more comfortable. Fluid, electrolyte, and acid-base homeostasis normally returns within 24 hr after restoration of a patent urinary system. Persistent uremia indicates the possibility of hydronephrosis or ascending pyelonephritis, or both. A urethrostomy should be performed to provide unobstructed passage of urine. Attempts to surgically repair the ruptured bladder have been largely unsuccessful due to the chronic distention prior to rupture. The bladder may heal spontaneously after urethrostomy and removal of abdominal fluid; however, these animals are best salvaged within 3-4 mo to avoid further complications. Despite treatment, some animals fail to pass urine effectively and the uroperitoneum recurs. These animals may be treated by performing tube cystotomy, followed by appropriate antibiotic and fluid therapy.
Several measures to prevent the formation of urethral calculi have been recommended. The most important is to provide a calcium:phosphorus ratio of 2:1 in the complete ration. Intensive concentrate feeding, such as in many finishing programs, frequently leads to urolith formation and urethral obstruction. Thus, any feeding program incorporating concentrate feeding must include appropriate calcium supplementation. Adjunct measures to minimize the formation of urethral calculi include adding sodium chloride up to 4% of the total ration. This promotes increased sodium and chloride concentration in the urine, water intake, and urine dilution, which increases the mineral solubility. Ammonium chloride can be used as a urinary acidifying agent (7-10 g/head/day for a 30-kg lamb or kid; 50-80 g/head/day for a 240-kg steer). Urine acidification antagonizes magnesium-ammonium-phosphate crystal formation and has been shown empirically to be a useful preventive measure. These adjunct measures should not be used in lieu of a properly balanced ration. In operations with a significant problem of urolith formation, evaluation of the ration is the most important measure that can be taken to reduce the incidence.

EID Tagging

How is everyone getting on with the new EID regulations and tagging? Is it one of those things we all object to initially but eventually find it to be something useful or just a another drain on the already stretched financial resources of farmers, crofters and smallholders. Would be great to hear your views.

Powered by eShop v.5