Frederick County Sheep Breeders

Frederick County Sheep Breeders We are a local organization dedicated to promoting sheep and lamb located in Frederick County, Maryl

We are a local organization dedicated to promoting sheep and lamb located in Frederick County, Maryland.

12/18/2024

Seasonal lambing employment opportunities are available at the U.S. Sheep Experiment Station near Dubois, Idaho. The lambing season runs March through May. Some experience in managing birthing livestock (sheep, cattle, goats) is required. Pay ranges from $15 to $17.50 per hour depending upon documented experience. If interested, please contact Laurie Small at [email protected] and request an application packet. Must be a U.S. citizen.

12/12/2024

An Update from the United States Meat Animal Research Center

https://www.ars.usda.gov/ARSUserFiles/30400500/Research%20Reports/USDA%20ARS%20Sheep%20Trails.pdf

12/08/2024

SHOULD WE WORRY ABOUT ABSCESSES?

by Susan Schoenian
Sheep & Goat Specialist Emeritus
University of Maryland Extension

It is not uncommon for sheep and goats to get abscesses. Some producers cull every animal that gets an abscess. Others disregard them. But what is the right thing to do?

An abscess is an accumulation of pus surrounded by fibrous tissue. They may occur anywhere in the body where pyogenic (pus-forming) bacteria can establish and multiply. Over time, pus is mostly replaced by fibrous tissue.

In sheep/goats, abscesses have different causes and can be the result of different bacteria; 23 different bacteria were identified in a 1980 study. An animal can get a hoof abscess when crud gets packed into a pocket in its hoof. Subcutaneous abscesses can occur at vaccination or injection sites. Abscesses in the cheek and jaw occur when the skin is penetrated by a thorn or other sharp object during feeding or rubbing. A few years ago, I had a ewe with an abscess in her throat.

The most serious abscesses are those caused by the bacteria Corynebacterium pseudotuberculosis. This is the disease called caseous lymphadenitis or just CL. It is also called “cheesy gland” because of the “cheese-like” appearance of the pus. CL abscesses can be internal or external. The external form is found more commonly in goats and presents as abscesses in the peripheral lymph nodes.

External abscesses are found mostly behind the ears, beneath the jaw or neck, on the shoulders, or in the rear flank region. The internal form of CL is more common in sheep. Wasting can occur when the internal abscesses interfere with normal organ function. CL has been associated with “thin ewe syndrome.”

Animals infected with CL are infected for life. There is no cure. Antibiotics have no effect on the bacteria that causes CL. With that said, abscesses should be treated to prevent ruptures and further contamination of other animals and the environment. They can be surgically removed or drained, with the latter being more common. After draining, abscesses should be washed with hydrogen peroxide and flushed with iodine.

An animal with an abscess should be quarantined until the abscess has completely healed and the causative organism has been determined. Not all abscess are CL. In our buck test (2006-2016), only about half of the abscesses we tested were CL. Every abscess I have ever tested on my own farm has been non-CL.

To keep CL out of your flock/herd, you should avoid purchasing animals with any signs of abscesses. Quarantine all new animals prior to joining them with other animals on your farm. There is a CL vaccine for sheep. It is recommended that it not be used on goats. Nor should it be used in naïve flocks.

CL can be eradicated by culling all animals with abscesses (or testing the abscess material to make sure it is not CL; cull if it is) and removing any animal from the flock/herd that blood tests positive for CL antibodies. Alternatively, infected and uninfected animals can be separated.

There’s no reason to take a chance with CL and to be a reason for its continued presence in the sheep/goat industry.

Published May 2023 in the Delmarva Farmer.

11/28/2024

Across the West, lands are scarred with reminders of overuse and undermanagement. A century of fire suppression has resulted in unhealthy and overstocked forests.

11/27/2024

The high cost of scrapie.

Significant economic losses from scrapie include sick animals, trade restrictions, carcass disposal issues, and related problems, totaling millions of dollars annually. Eradicating scrapie is crucial for improving the overall health of the national sheep flock and reducing scrapie-related economic losses.

Learn more about scrapie eradication efforts at: https://www.sheepusa.org/researcheducation-scrapie

11/26/2024

NEW RESOURCE FOR DAIRY GOATS

A collaborative website between Iowa State University (ISU) and the University of California-Davis (UC Davis) has been created to educate dairy goat producers and veterinarians about the science behind producing high-quality goat milk.

https://www.dairygoatextension.org/

11/26/2024

https://www.sheepandgoat.com/_files/ugd/aded98_17bfa0ff631145d5a36fe89e42200ea6.pdf

11/22/2024

THE OTHER WORMS

by Susan Schoenian
Sheep & Goat Specialist Emeritus
University of Maryland Extension

Small ruminants can be infected with many kinds of internal parasites, including different species of worms and protozoa. In fact, most small ruminants usually harbor mixed infections.

While most parasites are host-specific, sheep/goats get infected with the same ones (except for coccidia). In contrast, alpacas and llamas (often called camelids) can be infected with sheep/goat parasites, as well as those common to cattle.

By far, the most troublesome small ruminant parasites are the barber pole worm (Haemonchus contortus) and coccidia (Eimeria spp.). They are the most common, most pathogenic, and most costly. For this reason, they deserve the most attention. But, what about other internal parasites? How problematic are they?

Two other worms that are frequently part of mixed infections with the barber pole worm are the brown stomach worm (Teladorsagia circumcincta) and the black scour worm (Trichostrongylus spp.). While the barber pole worm causes blood and protein loss, these two mostly cause scours (diarrhea); production losses are more common than death. Unfortunately, it is not possible to differentiate the eggs of strongyle-type worms.

There are several other species of roundworms that may be identified in f***l samples from small ruminants. They include cooper’s worm (Cooperia spp.), hookworms (Bunostomum phlebotomum), nodule worms (Oesophagostomum), thread-necked roundworms (Nematodirus), threadworms (Strongyloides) and whipworms (Trichuris spp.). For the most part, they all have low pathogenicity and seldom cause problems.

Tapeworms (Moniezia expansa) are flatworms that usually cause much more concern than they should. It is because they are the only parasite that is visible outside the animal. While unsightly, tapeworms seldom cause problems. They don’t seem to affect nutrient absorption, and intestinal blockages are considered rare. Almost all research shows no benefit to treating lambs for tapeworms.

When animals cough or show labored breathing, some producers suspect lungworms. While possible, it’s not probable. The symptoms likely have other causes. Seldom do lungworms cause clinical disease in small ruminants. This is especially true with camelids and sheep. Lungworms tend to be more of a problem in wet, northern climates.

Symptoms of liver fluke are similar to the barber pole worm: anemia and bottle jaw. However, liver flukes are more common to cool wet climates, such as the Pacific Northwest and the Great Lake states.

One parasite that can be problematic on some farms is the meningeal worm (Parelaphostrongylus tenuis). Sheep, goats, and camelids are abnormal hosts for this parasite which naturally infects white tail deer. Small ruminants get infected when they ingest snails (or slugs) containing the larvae. Once the parasite crosses the blood-brain barrier, it causes various neurological symptoms.

If you think your animals are suffering from one or more of these other parasites, be sure to consult with your veterinarian. Diagnostic testing may be necessary. Not all of these parasites can be identified with traditional f***l exams. Sometimes, necropsies of deceased animals are necessary.

Published in the Delmarva Farmer, March 1, 2024

https://americanfarm.com/articles/delmarvafarmer/other-internal-parasites-shepherds-notebook/

11/21/2024

https://www.sheepandgoat.com/_files/ugd/aded98_facab052aca44808abf3b3d1d0aa4ca4.pdf

11/16/2024

Useful USDA publications pertaining to livestock guardian dogs.

Poster
https://www.aphis.usda.gov/sites/default/files/post-livestock-protection-dog-public.pdf

Brochure
https://www.aphis.usda.gov/sites/default/files/bro-livestock-protection-dog-public.pdf

For quick reference.
11/09/2024

For quick reference.

11/08/2024

It's breeding season. A good time for review.

https://www.sheepandgoat.com/_files/ugd/aded98_7f2f977aca5d495681f330fcc003725c.pdf

Look at this real world example of what cover crops can do for you.
11/08/2024

Look at this real world example of what cover crops can do for you.

Fairwinds Farm & Stables, which sits on the highest point in Cecil County, features outdoor and indoor riding rings, cross-country jumping course, and 15 acres of woods with riding trails and six pastures.

Latest update.
11/07/2024

Latest update.

BIOWORMA® UPDATE

By Susan Schoenian
Sheep & Goat Specialist Emeritus
University of Maryland Extension

BioWorma® is a naturally occurring fungus (Duddingtonia flagrans) that you feed (usually daily) to grazing livestock to help control roundworms (parasites). The fungus doesn’t have any effect on the worms in the animal, but it traps and kills worm larvae in their manure (after the eggs hatch).

BioWorma® also doesn’t have any effect on the eggs and larvae already on the pasture. What BioWorma® does is reduce the reinfection of pasture with infective worm larvae. Over time, this should improve the health and productivity of your animals. BioWorma® is appealing because it offers a “biological” approach to managing parasites.

BioWorma® became available for purchase in 2019. It is available in two products: a feed additive (BioWorma®) and a feed supplement (Livamol® with BioWorma®). The additive contains 34.6% fungus. It can only be sold to veterinarians. Feed companies must be EPA-certified to mix BioWorma® into a feed.

The supplement contains 2.2% fungus. It is the product most producers use. You can mix it in feed or top-dress it. While there are claims that it is palatable, it may take time for some animals to get accustomed to consuming it. The dosage of Livamol® is 1.6 oz per animal (per day), so small flock dosing is possible. The dosage of BioWorma® is much less (only 0.1 oz per 100 lbs.); thus, it can’t be individually dosed.

The manufacturer recommends that you rid your animals of worms before feeding BioWorma®. The label also recommends you put your treated animals onto a low worm pasture (6 weeks or more rest from grazing) when you begin feeding BioWorma®. The label suggests feeding BioWorma® continuously when temperatures exceed 40 degrees F.

If you follow the label, you should be able to keep your low worm pastures relatively clean. If you don’t follow these recommendations, it may take years before you realize any benefits to feeding BioWorma®, especially economic ones.

The biggest downside to feeding BioWorma® besides having to feed it daily is cost. According to the Premier 1 Supplies web site, the cost of feeding Livamol® to a 100-lb. animal is $14.95 to $17.90 per month (excluding freight and labor). It would be less expensive to use the feed additive, but you’d need someone to mix it into a batch of feed.

I don’t like that BioWorma® became available to US producers before any research was done here. Aside from the manufacturer’s label (which reflects Australian conditions), there are few recommendations for using BioWorma® in the US. In fact, many of the recommendations on the BioWorma® label go against the recommendations of the American Consortium for Small Ruminant Parasite Control.

Fortunately, many BioWorma® research projects are now underway in the US. Several of the projects are aimed at trying to reduce the cost of feeding BioWorma®. For example, can BioWorma® be incorporated into a free choice mineral mix? Can the mineral mix also contain a coccidiostat?

At Delaware State University, a study is underway to determine if BioWorma® (Livamol®) can be fed less often (two weeks out of the month instead of four) and yield the same results. Some researchers have hypothesized that BioWorma® could be used to replace resistant strains of worms with susceptible ones.

Stay tuned.

Published in Delmarva Farmer, November 1, 2024

https://americanfarm.com/articles/delmarvafarmer/bioworma-update-shepherds-notebook/

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