Dedicated to the Preservation of Prairie Dogs and their Habitat
The vast majority of this creature’s diet consists of plants, making them herbivores. They eat mostly grasses, shrubs, roots, and seeds. Though the different species don’t specialize on a specific type of plant, they do each have different preferences.
https://defenders.org/wildlife/prairie-dog
Black-tailed prairie dogs mainly consume grasses, sedges, forbs (flowering plants), roots and seeds, though they are also known to eat insects.
Prairie dogs are herbivorous (i.e., they eat plants such as grasses and forbs [grass-like flowering plants]). Prairie dogs also occasionally insects that they find above ground. They do not drink because they get all of the water they need from the plants.
A review of studies on prairie dog food habits shows variable results. Prairie dogs frequently eat the same plant species as cattle and their activities may cause a decrease in grasses normally considered good livestock forage and an increase in forb cover. However, in some instances, prairie dogs may be beneficial to rangeland; plant species diversity and protein content of forage are often greater on prairie dog colonies than off.
Grasses : Wheatgrass; Sand Dropseed; Fescue; Blue Grama; Buffalograss; and, Needleleaf Sedge.
Forbs: Scarlet Globemallow (Sphaeralcea coccinea) and Threadleaf Sedge (Carex filifolia).
Suitable foods for Urban Prairie Dogs:
Green Leafy Vegetables Kale
Lettuce Spinach
Fruits:
Peaches (cut up) Grapes
Melons (cut up) Apples (cut up)
(quarters or eighths)
Peanuts in shells (not salted)
Grass Hay/Orchard Grass/Timothy Hay*
Corn on the Cob (no husk, cut up)
Fresh Cut Lawn Grass (no fertilizers or pesticides) Carrots (cut up)
* We do not use alfalfa hay
When it comes to diet, the prairie dog seems to be on the veg side of things. It practically has no business with flesh as one would assume. It believes in green food; perhaps because it offers more nutrients and is more readily available in its natural environment.
Prairie dogs feed on grass, plants, root, weed, and insects. So to say, they are obligate herbivores. When in captivity, however, humans can feed them with alternatives to grasses such as special feed and more. But most of the times, they are better of with plant shoots.
From Wikipedia:
“Prairie dogs are chiefly herbivorous, though they eat some insects. They feed primarily on grasses and small seeds. In the fall, they eat broadleaf forbs. In the winter, lactating and pregnant females supplement their diets with snow for extra water.[7] They also will eat roots, seeds, fruit, and buds. Grasses of various species are eaten. Black-tailed prairie dogs in South Dakota eat western bluegrass, blue grama, buffalo grass, six weeks fescue, and tumblegrass,[7] while Gunnison’s prairie dogs eat rabbit brush, tumbleweeds, dandelions, saltbush, and cacti in addition to buffalo grass and blue grama.”
If you want to read the primary literature, search for “prairie dog diet” on Google Scholar. For example, here is one result of that search:
https://www.jstor.org/stable/3898704?seq=1#page_scan_tab_contents
Prairie dogs are a rodent that belong to the ground squirrel family. They are native to the continent of North America and can be found in the United States, Canada and Mexico. There are five species of prairie dogs. They get their name from the fact that their warning call sounds similar to the bark of a dog. Prairie dogs are an important prey species for many larger animals. If you want to know what these creatures eat, keep reading to find out.
What do prairie dogs eat?
Prairie dogs are considered to be herbivores (plant eaters), but they are known to eat insects such as grasshoppers. Their diet consists mostly of a wide variety of grasses, but they often switch to flowering plants during fall. They also eat seeds, roots, weeds, buds and fruit. They are considered to be a pest in some agricultural situations where they may eat crops like alfalfa or corn. Interestingly, during winter a pregnant prairie dog will eat snow for the water content.
What do prairie dogs eat in captivity?
Prairie dogs are not often kept as pets because they are susceptible to diseases that can be transferred to humans. When in captivity prairie dogs are fed diets of specific grass and hay. They may also be fed fruits, vegetables or supplements to meet their nutritional needs.
When feeding a prairie dog, it seems as if there’s two considerations: can they feed themselves, and is what I have to feed them available on the prairie?
This means that, as a rule of thumb, they should not be eating fruit, and, as a ground squirrel (not a tree squirrel), they should not be eating nuts or seeds. They might eat sweet potatoes (without the skins), baby carrots, squashes, or other similar vegetables. Whether or not you feed them this depends on whether you want to. It’s optional. Keep reading.
The most important thing that your prairie dog can eat, at any age, is Timothy hay. As a pup, 80% of their diet should be this. As an adult, they should get as much as they can eat. One of the more important things that you can learn about this, is that, prairie dogs, who are “selectively herbivorous” in nature, will never eat all of the hay. In fact, they will only eat the parts of it that they detect to be of optimal nutrition, and will leave the rest. This means that the hay should be replaced with new hay -every day-. Extra hay in the cage doesn’t mean that they’re not starving. You also might be tempted to simply add new hay to the cage without removing the old stuff. While this might be fine for more mature dogs, be aware that old hay presents the risk of mold, which can be very toxic to pups.
Make sure that, whatever you give your dog (hay, or hay-like foods such as pellets), check that it is not based off of alfalfa (commonly found in many rabbit foods) which is too high in protein content. Prairie dogs thrive on “grass” types of hay. Alfalfa is -not- a grass hay but is a legume hay and far too rich (high protein levels) and, over time, will cause them harm. All pellets, cubes, vegetables, and such should be considered supplemental feed, while quality grass hay is considered their primary diet.
All of this means nothing if the PD can not feed itself (if it is less than six to eight weeks old and hasn’t successfully transitioned to a solid diet). You will need to hand-feed it with a syringe. Timing and amounts per feeding will vary case by case, and you should seek independent consultation to make sure you have the proper instruction for your pup. Syringe feedings will consist primarily of goat’s milk, water, Gerber sweet potato baby food, powdered timothy hay pellets or finely minced hay (think pesto), and powdered non-sugared cheerios. It should be of the consistency to pass smoothly through the syringe and not clog. The more hay powder you can get in the mixture, the more beneficial it can be to helping the pup transition to a solid diet.
Dr. Seaberg recommends that any supplemental pellet you choose should contain timothy hay or another grass hay as its primary or first listed ingredient. If the first ingredient is not timothy hay or another grass based hay, I’d stay away. Read the ingredient list to be sure. The pellets also should not contain any dried corn whatsoever. Her preference and first choices are American Pet Diner’s Prairie Dog Natural (Dr. Seaberg served as nutritional consultant in the development of this pellet) or Oxbow Animal Health’s Essentials Adult Rabbit Food. Both companies also offer excellent grass hays.
As a footnote, the previous, primary source for our dogs’ food was Exotic Nutrition, until we learned that they’re simply relabeling a lot of their food as “prairie dog food”, and that their food is not specialized for the diet of a prairie dog. Stay away.
Much of the credit for this page goes to Dr. Seaberg.
What can I feed a prairie dog?
Similar to rabbits, prairie dogs require a diet high in fresh fiber. Feeding hay is essential, mainly timothy or other grass hay, avoiding large amounts of the richer alfalfa hay. Rabbit pellets may be offered in small amounts (about ¼ cup per pet,) decreasing or even eliminating this after 1 year of age.
Do prairie dogs eat apples?
Anyone can feed a prairie dog. They eat: Only lettuce and celery; leafy greens such as kale and spinach are not easily digested by prairie dogs. On occasion, an apple, grapes or melon.
Basic Prairie Dog Care.
Avoid seeds and nuts as treats as they are very high in fat, and prairie dogs already have a tendency towards obesity. Make fresh water available in a water bottle.
| Guavas | Orange |
| Beet greens | Cabbage |
| Cauliflower | Rutabaga |
| Kohlrabi | Raspberries |
| Strawberries | Spinach |
Can prairie dogs eat peanut butter?
Prairie dogs, especially the bigger ones, apparently like peanut butter. About 70 percent of wild prairie dogs successfully ingested peanut butter flavored baits containing an oral sylvatic plague vaccine that were distributed throughout their habitats, according to a new U.S. Geological Survey study.
Do prairie dogs eat carrots?
Fresh vegetables suggestions would be raw sweet potatoes & raw carrots. The Prairie dog eats a simple vegetarian diet of pellets, fresh hay, grasses, fresh fruits and vegetables, seeds and nuts, and fresh water.
DO PRAIRIE DOGS DRINK WATER? Not usually, but they will. In the wild, they get enough moisture from the native grasses and weeds that they normally eat. In Albuquerque during a drought, they will eat cactus to receive their needed moisture and to prevent starvation.
When kept as a pet, Prairie dogs should be fed a high fiber pellet diet along with Timothy Hay or Timothy Hay Cubes. Exotic Nutrition has formulated a diet high in fiber, made from all natural, locally grown grain products. Exotic Nutrition’s Prairie Dog Diet & Prairie Dog Pup Diet emulates the natural nutritional needs of Prairie dogs.
In the wild, grasses are the preferred food of the prairie dog, and generally makes up about three quarters of its diet.
In captivity, Prairie dogs should be offered a high fiber diet such as Exotic Nutrition’s Prairie Dog Diet. This food was formulated specifically for the nutritional requirements of captive Prairie dogs and is very high in fiber content.
You should also offer Whole Oats & dried Timothy Hay or Timothy Hay Cubes. Fresh vegetables suggestions would be raw sweet potatoes & raw carrots.
The Prairie dog eats a simple vegetarian diet of pellets, fresh hay, grasses, fresh fruits and vegetables, seeds and nuts, and fresh water.
How much to feed: The amount to feed depends on several factors, the age and sex of the Prairie dog, its activity level, its individual metabolic rate and its present health.
At all times watch the weight of your Prairie dog. It does not take a rocket scientist to figure out that (barring a metabolic disorder) if it is getting fat, cut back on the food, and if it is too thin, increase the food.
Water: In the wild, Prairie dogs very rarely drink water. The obtain all the moisture that they need from their foods. But, iin captivity Prairie dogs live in artificially heated and cooled environment that take water for the very air that they breathe. Many of the foods we feed are dried or processed and do not contain sufficient water to supply even their meager needs. A water bottle with a lick spout works fine for Prairie dogs that are familiar with one. However, some babies do not know what to do with the spout. We suggest that if a baby Prairie dog is supplies a water bottle, clip a small dish under the spout on the side of the cage. They will soon learn to associate that part of the cage with water and in the process they will bump the spout and water will be released. When you remove the dish, the Prairie dog will have been trained to use the water bottle.
https://vcahospitals.com/know-your-pet/prairie-dogs-feeding
By Rick Axelson, DVM
Care & Wellness, Nutrition, Pet Services
What do prairie dogs eat?
In the wild, prairie dogs tend to eat grasses, plants, and leaves. As captive pets, it is essential to feed a diet that approximates what they eat in the wild in order to prevent dietary-related diseases such as obesity, malnutrition, and gastrointestinal disorders, which are among the more common health disorders in captive prairie dogs.
“Similar to rabbits, prairie dogs require a diet high in fiber.”
Similar to rabbits, prairie dogs require a diet high in fiber. Also like rabbits, prairie dogs are “hindgut fermenters”, which means that the digestion of their food occurs by bacterial fermentation in the lower intestines, and which also means that they require a large amount of dietary roughage. Obesity is a common problem in pet prairie dogs due to improper diet and lack of exercise. Feeding mainly timothy or other grass hay, is essential. Avoid feeding large amounts of the richer alfalfa hay, except in the young, growing animal Timothy rabbit pellets or rodent chow (1-2 blocks per week) may be offered in small amounts to the young prairie dog, decreasing or even eliminating this after 1 year of age. Fresh vegetables (especially a VARIETY of dark green leafy vegetables such as parsley, cilantro, kale, collard greens, bok choy, clover, dandelion, carrot tops) should be offered.
How often should I feed my prairie dog?
Food should be freely available all day and night.
Do I need to give my prairie dog any supplements?
Supplements have not been developed for prairie dogs specifically, and no general recommendation can be made regarding supplementing the diet of a normal, healthy prairie dog that is fed as directed above.
Can I offer my prairie dog treats?
Yes, but they should constitute no more than 5% of the daily food intake. Acceptable treats include a variety of fruits. SMALL amounts of various fruits can be offered occasionally. To avoid obesity, dental disease, and fatty liver disease AVOID dog and cat food, nuts, raisins, animal protein, additional carbohydrates, and table scraps.
What are the water requirements of prairie dogs?
Fresh water should be available at all times. Water containers must be cleaned thoroughly every day with soap and water. Most owners choose to offer water through a sipper bottle hung in the cage, as water bowls are easily soiled and are often spilled. Wash and rinse the bottle whenever you change the water (at least daily), and check to make sure the sipper tube has not become clogged with food.
Free PMC article
Background: Plague, a widely distributed zoonotic disease of mammalian hosts and flea vectors, poses a significant risk to ecosystems throughout much of Earth. Conservation biologists use insecticides for flea control and plague mitigation. Here, we evaluate the use of an insecticide grain bait, laced with 0.005% fipronil (FIP) by weight, with black-tailed prairie dogs (BTPDs, Cynomys ludovicianus). We consider safety measures, flea control, BTPD body condition, BTPD survival, efficacy of plague mitigation, and the speed of FIP grain application vs. infusing BTPD burrows with insecticide dusts. We also explore conservation implications for endangered black-footed ferrets (Mustela nigripes), which are specialized predators of Cynomys.
Principal findings: During 5- and 10-day laboratory trials in Colorado, USA, 2016-2017, FIP grain had no detectable acute toxic effect on 20 BTPDs that readily consumed the grain. During field experiments in South Dakota, USA, 2016-2020, FIP grain suppressed fleas on BTPDs for at least 12 months and up to 24 months in many cases; short-term flea control on a few sites was poor for unknown reasons. In an area of South Dakota where plague circulation appeared low or absent, FIP grain had no detectable effect, positive or negative, on BTPD survival. Experimental results suggest FIP grain may have improved BTPD body condition (mass:foot) and reproduction (juveniles:adults). During a 2019 plague epizootic in Colorado, BTPDs on 238 ha habitat were protected by FIP grain, whereas BTPDs were nearly eliminated on non-treated habitat. Applications of FIP grain were 2-4 times faster than dusting BTPD burrows.
Significance: Deltamethrin dust is the most commonly used insecticide for plague mitigation on Cynomys colonies. Fleas on BTPD colonies exhibit the ability to evolve resistance to deltamethrin after repeated annual treatments. Thus, more tools are needed. Accumulating data show orally-delivered FIP is safe and usually effective for flea control with BTPDs, though potential acute toxic effects cannot be ruled out. With continued study and refinement, FIP might be used in rotation with, or even replace deltamethrin, and serve an important role in Cynomys and black-footed ferret conservation. More broadly, our stepwise approach to research on FIP may function as a template or guide for evaluations of insecticides in the context of wildlife conservation.
The authors have declared that no competing interests exist.
Thanks to Kaitie Schneider, Program Coordinator, Rockies and Plains Program, Defenders of Wildlife who put together the following talking points regarding the Monkey Pox outbreak:
According to the CDC, in the summer of 2003, health officials and scientists investigated several reports of monkeypox among individuals who became ill after having contact with sick captive prairie dogs. Investigators determined that a shipment of animals from Ghana were imported to Texas in April 2003 and introduced monkeypox virus to captive prairie dogs in the United States. In total, 47 persons became ill with monkeypox during this time. The disease is caused by the monkeypox virus, which belongs to the orthopoxvirus group of viruses. The prairie dogs in the pet trade acquired the monkeypox virus following contact with these infected rodents that were imported as exotic pets. These prairie dogs were sold as pets before they developed signs of infection. This was the first time that human monkeypox cases were reported outside of Africa.
Read more at: Monkey Pox
In western North America, sylvatic plague (a flea-borne disease) poses a significant risk to endangered black-footed ferrets (Mustela nigripes) and their primary prey, prairie dogs (Cynomys spp.). Pulicides (flea-killing chemicals) can be used to suppress fleas and thereby manage plague. In South Dakota, USA, we tested edible “FipBit” pellets, each containing 0.84 mg fipronil, on free-living black-tailed prairie dogs (Cynomys ludivicianus). FipBits were applied along transects at 125 per ha and nearly eliminated fleas for 2 mo. From 9-14 mo post-treatment, we found only 10 fleas on FipBit sites versus 1,266 fleas on nontreated sites. This degree and duration of flea control should suppress plague transmission. FipBits are effective, inexpensive, and easily distributed but require federal approval for operational use.
SANTA FE – Just over a week after being sworn into office, state Land Commissioner Stephanie Garcia Richard has taken aim at coyote-killing contests on 9 million acres of New Mexico state trust land.
In an executive order that could prove difficult to enforce, the recently elected land commissioner described the organized killing contests as being inconsistent with sound land management and damaging to the natural order between predators and prey.
“These are not hunting contests – they are animal cruelty contests,” said Garcia Richard, who was joined by more than a dozen environmental and wildlife advocates at a Thursday news conference at the State Land Office.
Read more: Ban
PINEDALE, WYOMING —
The white-tailed prairie dog will not be declared an endangered or threatened species after the U.S. government deemed on Tuesday there was no da
nger despite declines in its population from human development and disease.
Read more at: Pinedale
This is an interesting article about a squirrel with malocclusion. Over the years we have captured prairie dogs with similar problems. Sometimes a simple clipping of the teeth sets them to right. Other times the malocclusion cannot be rectified and the animal cannot be released. In these cases the prairie dog and the person fostering it face a decision of removing the incisors or a lifetime of trimming. Jim T previously and is currently fostering such a prairie dog.
Here’s the original note that appeared on our Facebook page: Congrats to Mikey! As he was processing in today, doing the 2/4/20 (2 eyes, 4 teeth, 20 toes) he noted that the PD had ram’s horn teeth. The disorder is usually caused by dislocation of the teeth preventing them from meeting and keeping the upper and lower incisors in check. In this particular case the PD had been born without lower teeth, or had lost them at some point in its life. Eventually they would have grown through roof of the mouth and caused death by starvation or infection. YB and C Rex, trimmed the teeth but without lower teeth to keep the uppers in check, it is likely this this PD will not be released. While I don’t have a picture the upper teeth were about 1″ long and curved back into the mouth. The fact that this PD did not starve indicates that he was able to get enough nutrition using his molars.
It is reassuring that the treatment seems to work well for prairie dogs as well. Read More: Treatment of malocclusion in squirrel
It’s a great article, and the prairie dogs are fascinating (and adorable) little creatures, but with all due respect to Doctor Dolittle, the assertion that non-human animals have language is indeed nonsense.
Animals have no language, despite the occasional complexity of their communication. The error these scientists and journalists make in attributing language to animals is an easy error to make, but it is an error nonetheless. The error lies in the failure to distinguish between designators and signals.
Read More: Language
Use of an oral vaccine that protects prairie dogs from the plague will be expanded on the Charles M. Russell and UL Bend National Wildlife Refuges in Montana under a plan proposed by the U.S. Fish and Wildlife Service.
The new plan would allow for vaccine distribution on wilderness areas within the refuges and on nearby private lands when requested by landowners. The Service has completed an environmental assessment for the action and is seeking public comment on the proposal.
Read more: Vaccine
Grief and mourning are more widespread among nonhuman animals (animals) than previously thought (please also see). Today, while riding my bike north of Boulder, I observed an interaction between an adult Black-tailed prairie dog who looked to be a female and a youngster who had been killed by a car. It looked like the accident had happened a few minutes before I happened on the sorrowful scene. I was astounded by what I saw, so I stopped and dictated some notes into my phone that went as follows:
I just watched an adult prairie dog who I think is a female trying to retrieve the carcass of a smaller prairie dog off the road five times – she clearly was trying to remove the carcass from the road – I stopped and finally after the cars stopped she dragged the carcass off the road, walked about 10 feet away, looked at me and looked at the carcass, went back to the carcass and touched it lightly with her forepaws, and walked away emitting a very high-pitched vocalization.
I waited a few minutes to see if she would go back to the carcass and she began to move toward it, looked at me, and stopped — so I left because I didn’t want to disrupt her saying good-bye if that was what she was going to do — minutes later, when I finally caught up with another rider who was about 100 meters ahead of me, he told me he saw her try to remove the carcass from the road twice.
Read more: Mourn
There’s a place in the heart of Santa Fe, New Mexico, where a small colony of prairie dogs survives between railroad tracks and the busiest road in town. It’s a fragile existence, and some of the animals perish when they venture onto the pavement. But somehow, they survive in this small fragment of wildness.
This message contains search results from the National Center for Biotechnology Information (NCBI) at the U.S. National Library of Medicine (NLM). Do not reply directly to this message
Sent on: Sat Apr 22 08:14:51 2017
1 selected item: 26367482
| PubMed Results |
Item 1 of 1 (Display the citation in PubMed)
| 1. | Vector Borne Zoonotic Dis. 2015 Sep;15(9):556-64. doi: 10.1089/vbz.2015.1772. Epub 2015 Sep 14.
Author information: 11 Department of Biological Sciences and Raptor Research Center, Boise State University , Boise, Idaho.22 Department of Biology, Utah State University , Logan, Utah.33 Idaho Bureau of Laboratories , Boise, Idaho.44 US Fish and Wildlife Service, Mid-Columbia River National Wildlife Refuge Complex , Burbank, Washington.55 Idaho Cooperative Fish and Wildlife Research Unit, University of Idaho, Moscow, Idaho and Global Owl Project , Alexandria, Virginia.66 Idaho Bureau of Laboratories and Idaho State University , Boise, Idaho.77 Department of Biological Sciences, Boise State University , Boise, Idaho. AbstractWestern Burrowing Owls (Athene cunicularia hypugaea) are small, ground-dwelling owls of western North America that frequent prairie dog (Cynomys spp.) towns and other grasslands. Because they rely on rodent prey and occupy burrows once or concurrently inhabited by fossorial mammals, the owls often harbor fleas. We examined the potential role of fleas found on burrowing owls in plague dynamics by evaluating prevalence of Yersinia pestis in fleas collected from burrowing owls and in owl blood. During 2012-2013, fleas and blood were collected from burrowing owls in portions of five states with endemic plague-Idaho, Oregon, Washington, Colorado, and South Dakota. Fleas were enumerated, taxonomically identified, pooled by nest, and assayed for Y. pestis using culturing and molecular (PCR) approaches. Owl blood underwent serological analysis for plague antibodies and nested PCR for detection of Y. pestis. Of more than 4750 fleas collected from owls, Pulex irritans, a known plague vector in portions of its range, comprised more than 99.4%. However, diagnostic tests for Y. pestis of flea pools (culturing and PCR) and owl blood (PCR and serology) were negative. Thus, even though fleas were prevalent on burrowing owls and the potential for a relationship with burrowing owls as a phoretic host of infected fleas exists, we found no evidence of Y. pestis in sampled fleas or in owls that harbored them. We suggest that studies similar to those reported here during plague epizootics will be especially useful for confirming these results. |
| PMID: 26367482 [Indexed for MEDLINE] | |
 |
Read more: Cyanide
KUSA – Larimer County Commissioners voted to euthanize around 250 prairie dogs on Tuesday as they prepare to break ground on a new county building.
Voters were promised a new county office building in 2013 to replace an “undersized” one built in the ’60s. It’s slated to sit in the heart of Loveland at First Street and Denver Avenue.
Before breaking ground, commissioners made the decision about the prairie dogs after months of discussion.
“Larimer County is going to humanely trap and euthanize [them],” Larimer County Commissioner Tom Donnelly said.
Read more: Larimer
In this study, we evaluated the pharmacokinetic profiles of meloxicam and sustained-release (SR) buprenorphine in prairiedogs. The 4 treatment groups were: low-dose meloxicam (0.2 mg/kg SC), high-dose meloxicam (4 mg/kg SC), low-dosebuprenorphine SR (0.9 mg/kg SC), and high-dose buprenorphine SR (1.2 mg/kg SC). The highest plasma concentrationsoccurred within 4 h of administration for both meloxicam treatment groups. The therapeutic range of meloxicam in prairiedogs is currently unknown. However, as compared with the therapeutic range documented in other species (0.39 – 0.91 μg/mL),the mean plasma concentration of meloxicam fell below the minimal therapeutic range prior to 24 h in the low-dose groupbut remained above therapeutic levels for more than 72 h in the high-dose group. These findings suggest that the currentmeloxicam dosing guidelines may be subtherapeutic for prairie dogs. The highest mean plasma concentration for buprenorphineSR occurred at the 24-h time point (0.0098 μg/mL) in the low-dose group and at the 8-h time point (0.015 μg/mL) forthe high-dose group. Both dosages of buprenorphine SR maintained likely plasma therapeutic levels (0.001 μg/mL, basedon previous rodent studies) beyond 72 h. Given the small scale of the study and sample size, statistical analysis was not performed. The only adverse reactions in this study were mild erythematous reactions at injection sites for buprenorphine SR.
Word to the wise: don’t tell Ray Durkee what he can or can’t do. You might end up harboring an exotic rodent.
The provenance of perky little Aime, pure prairie dog, named after the 1973 Pure Prairie League hit, is rooted in defiance. Here’s how it went down. Durkee, a West Ashley hair stylist and animal lover, had been browsing the Craigslist pet section when he happened upon an ad for prairie dogs.
Read More: Boss
Nebraska’s longest-serving lawmaker is once again trying to repeal a law that could allow county officials to kill black-tailed prairie dogs on private property if a neighbor complains.
Read more:Nebraska
Nothing says love like a black-tailed prairie dog — at least the folks at the St. Louis Zoo think so. (And so do the prairie dogs, we presume, who seem like a fuzzy, loving bunch.) For $45, you can “adopt” a prairie dog, with proceeds going to the care and feeding of the animals. You’ll get a 12-inch plush likeness of one of the critters, your name on the zoo parents donor wall and zoo website for a year, and an invite to the Zoo Parents Picnic. Other adoption packages are also available.
Read More: Adopt
Prairie dogs have scored a victory in Fort Collins, or at least their advocates have.
The City Council on Tuesday gave initial approval to a set of changes to the city’s Land Use Code aimed at giving prairie dogs more protection from development than they have enjoyed during the last 20 years.
Read More: Fort Collins
OLYMPUS DIGITAL CAMERA
|
|
In my many years of being a subscriber to this newspaper, I have never responded to a comment which appeared in the R-H Line. In this case, however, I feel compelled to do so .
I am referring to the irresponsible comment which appeared Jan. 23, under the caption, “Prairie Dogs.”
Read More: Killing
to
411 State Capitol, Santa Fe, NM (map)
This is a chance for the environmental community to demonstrate broad-based support to elected officials and the public for protecting our climate, clean air, clean water, and conservation of wildlife and public lands in New Mexico. We’ll have Lobby Training for people at 10:30am and 2pm. Meet at the podium in the Roundhouse. Participating groups: Sierra Club Rio Grande Chapter, Defenders of Wildlife, Animal Protection Voters of NM, Audubon NM, Project Coyote, Wildlife Conservation Advocacy Southwest, Southwest Environmental Center, Sierra Club Northern Group, Trapfree NM, Rio Grande Restoration, Conservation Voters New Mexico, Amigos Bravos, Friends of Bosque del Apache NWR, Center for Biological Diversity, Environment NM, Gila Conservation Coalition, Gila River Information Project, Lobos of the Southwest, Friends of the Organ Mountains-Desert Peaks, The Santa Fe Raptor Center, The Wilderness Society, and Wild Earth Guardians
Passing stronger laws for animals takes ongoing dedication, planning, persistence, and plenty of voices from constituents like YOU! Join us for Animal Protection Lobby Day, and help make humane the new normal in 2017.
Our 2017 legislative priorities include banning traps and poisons on public lands and ending wildlife killing contests. We will continue to be vigilant in fighting against bills that are bad for animals, and supporting other pro-animal legislation.
9:00 AM- Registration & Refreshments (PERA Building)
10:00 AM- Citizen Lobbyist Training (PERA Building, Apodaca Hall)
11:30 AM- Lunch and Breakouts / Letter Writing Campaign (PERA Building)
1:00 PM- Group Photo on steps of PERA Building
1:30 PM- Deliver Letters to Your Legislators (Roundhouse)
2:30 PM- Press Conference / Guest Speakers (Roundhouse / Rotunda)
4:00 PM- Reception at APNM Santa Fe Office, 1111 Paseo de Peralta
An advocate called this morning (1/28) and reported seeing the first prairie dog emerge from hibernation at the NW Corner of Tramway and Lomas (Prairie Hills). This is a bit disturbing as the temperature this morning was 20F possibly warming to 40F later in the day. It is just TOO early. However, we do know that our gunnies can wake up for a snack and then go back into torpor if the weather is cold. We HOPE that’s the case, otherwise it will be a long spring season for our rescue crew. If any of our caregivers are of the mind to visit the lot, could you perhaps drop some carrots or grain down a few of the burrows? Also if you check the areas where you provide supplemental food for PD activity it would be appreciated. Thanks!
PS: The prairie dog pictured is a black tailed prairie dog in Colorado.
BISMARCK, N.D. (AP) – Hundreds of buffalo are under quarantine in North Dakota and South Dakota after an illegal poison was used to kill prairie dogs.
An Environmental Protection Agency investigation earlier found 40,000 pounds of Rozol poison had been distributed across 5,400 acres on the former Cannonball Ranch near the Standing Rock Sioux Reservation and the Wilder Ranch which straddles both states to the south.
Read More: Poison
Montana State Parks is moving ahead with a plan to reduce the population of prairie dogs at First People’s Buffalo Jump State Park, where burrowing by an expanding population is threatening to sink cultural resources.
Read More: Parks
As Larimer County officials work to start construction on the new county building at First Street and Denver Avenue in Loveland, some residents are advocating that the prairie dogs on site be relocated first.
For months, the Larimer County commissioners and the Loveland City Council members have been receiving emails from prairie dog advocates asking that the animals on site be located to another area, rather than poisoned and killed.
While prairie dogs are not considered a protected species, advocates argued that relocation provides many benefits.
Read More: Relocation
Health officials told ABC News that this the first report of a dog infecting a human with the plague in the U.S.
The dog, a 2-year-old American pit bull terrier, became sick last summer with a fever and jaw rigidity, among other symptoms. The dog’s health declined so quickly that it was euthanized the following day at a local vet’s office, health officials said.
Read more: Dogs
Passing stronger laws for animals takes ongoing dedication, planning, persistence, and plenty of voices from constituents like YOU! Join us for Animal Protection Lobby Day, and help make humane the new normal in 2017.
Our 2017 legislative priorities include banning traps and poisons on public lands and ending wildlife killing contests. We will continue to be vigilant in fighting against bills that are bad for animals, and supporting other pro-animal legislation.
9:00 AM- Registration & Refreshments (PERA Building)
10:00 AM- Citizen Lobbyist Training (PERA Building, Apodaca Hall)
11:30 AM- Lunch and Breakouts / Letter Writing Campaign (PERA Building)
1:00 PM- Group Photo on steps of PERA Building
1:30 PM- Deliver Letters to Your Legislators (Roundhouse)
2:30 PM- Press Conference / Guest Speakers (Roundhouse / Rotunda)
4:00 PM- Reception at APNM Santa Fe Office, 1111 Paseo de Peralta
Read more at: Lobby Day
We will begin our day at the P.E.R.A building, then make our way to the Roundhouse, finishing with a reception at the APV Santa Fe office.
A group of advocates in Texas is working to protect the prairie dogs in the Lubbock area. Read their updates: Project Prairie Dog
The U.S. National Park Service has been celebrating its 100th anniversary in 2016.
Woodrow Wilson, America’s 28th president, established the National Park Service in 1916 to “protect the wild and wonderful landscapes” in the United States.
But it is an earlier leader who is considered the father of the America’s national parks. In 1906, Theodore Roosevelt, America’s 26th president, signed the American Antiquities Act. The law permitted him – and future presidents – to take immediate action to protect important cultural or natural resources.
This is an extremely timely article as B. Obama just designated two areas in Utah as parks and there are those in the government that would seek to reverse this decision. In fact some would like to PRIVATIZE our public lands! In the words of Mark Twain: Buy land, they’re not making it anymore. And perhaps he wouldn’t mind if I changed that to PROTECT our lands, they’re not making anymore.
Anyway it is a very nice article with great pictures including, of course, prairie dogs. So check out the article at: PARKS
This article is obviously biased against prairie dogs, but does provide an insight into the mindset of farmers and ranchers. There are numerous studies documenting that prairie dogs do not compete with cattle for forage as there are numerous studies documenting the opposite. It is just a matter of who performed the study. I think the answer to this is that prairie dogs become an issue for farmers and ranchers AFTER farmers and ranchers have turned PRAIRIE into farms and ranches. Read the article at:Farms and Ranches
Read more at: HSUS
The Prairie Dog Coalition, a program of The Humane Society of the United States, will honor those who have helped protect prairie dogs at the 9th annual “Living on Burrowed Time IX” gala on Oct. 26. This year’s event will celebrate and honor special guest Con Slobodchikoff, Ph. D. as Prairie Dog Protector of the Year.
Slobodchikoff, Ph. D., professor emeritus at Northern Arizona University, director of the Animal Language Institute, and president and CEO of Animal Communications, Ltd. Slobodchikoff is a world-renowned animal behaviorist who has been studying prairie dog communication for more than 30 years. Last year, he was featured on BBC and NPR for his research on animal communication and published Chasing Dr. Doolittle: Learning the Language of Animals.
Read more at: PDC honors C. Slobodchikoff
Dave Pauli, senior director for wildlife response and special projects for The HSUS, has traveled throughout the world and the United States to help animals in need. Here he explains how he works with every type of creature:
I would like to share my experience with the subject of humane prairie dog control. *Last fall*, I took a half day seminar with the XXXXXX County to learn how to properly use and then obtain a substance called Fumitoxin Aluminm Phosphide Pesticide. Several of these small pellets are placed deep inside a prairie dog’s hole, then sealed off with stuffed newspaper. Upon absorbing the moist conditions of the earth, the pellet dissolves into a gas and the prairie dog goes to sleep…… permanently.
I was in a class with generally like-minded people who really didn’t
want to kill prairie dogs, but were at wits end with an over populated situation. My inner voice told me this was wrong, and I went against that and my obviously weak convictions. I received certification and used the material on a small field.
This Spring, there are prairie dogs around my house/yard, lethargic, spasmatic, confused, vulnerable, and sadly dying slowly. You can walk right up to them and they don’t know where to go…. if anything they walk into a strange place and sit there. They are a picnic for my hunter pets. My cats are sick and spend most of the time sleeping. My dogs are also carrying carcasses around, but don’t yet seem to be sick.
I intend to bring this information to the County. Will advise if learn any more from them. But my belief is that they should not be supporting this to the public as a “humane method of control.”
This is not our first experience with this compound. In 2004 the City suspended poisoning when it realized that it was a cruel way to dispose of the prairie dogs. It also represented a threat to companion animals and other wild animals that might feed on the dead prairie dogs, and might pose a risk to humans as well. Dick Fagerlund, the Bugman, had this to say to a property owner who chose to dispose of his prairie dogs using this ghastly method.
As for the method used to kill the prairie dogs, the pest control company used the most hideous product available. When Fumitoxin is used to kill animals, the results are extremely cruel. The active ingredient in Fumitoxin is aluminum phosphide, a deadly gas that releases phosphine gas into the burrows when it is exposed to air. Phosphine gas burns the skin and eyes of the prairie dogs as well as the mucous lining of their mouths as they scream and their lungs as they attempt to breathe. They are literally on “fire” internally and externally as they slowly die in excruciating pain. The mothers in the burrows try to save their babies but cannot escape the gas that is destroying them slowly but surely. These animals do not just go to sleep when the gas is introduced into their burrows. They literally burn in hell until God mercifully takes their little souls.
I realize that you were probably unaware of the mode of action of the gas used to kill the prairie dogs, but Jesus knew very well how it works. All I can say is that when the company decided to use the Fumitoxin on God’s little creatures, Jesus wept.
I hope the church reconsiders how they deal with perceived pest animals in the future.
And finally, in response to the continued poisoning at Kirtland, Yvonne Boudreaux, president of Prairie Dog Pals, had this to add:
I’m not sure where this thread started, but I just have to weigh in. How can “anyone” CONDONE killing these intelligent creatures?? with or without “the facts”, as if MORE disinformation makes poisoning palatable, reasonable??? Nothing, no one deserves to die by Fumitoxin! (aluminum phosphide) The known facts of this cheap poison is that it takes them several days to die, bleeding out from all their orifices, IF it is done “right”…. However, the truth is much worse… I rescued a juvenile female 2 years ago, three weeks after a documented poisoning. She was blind and emaciated, but I took her back to a treatment cage for further care with some hope. Unfortunately, she was found dead the next morning with maggots eating their way out of her lungs. THEY DO NOT “GO TO SLEEP”! Ardeth’s only error is that they have poisoned multiple colonies… many, many times… over DECADES!
Poisoning is a cruel way to dispose of unwanted animals. It usually is a protracted death during which the animal dies in agony. The “poison of choice” for prairie dogs is aluminum phosphide pellets. The pellets are placed in the burrows which are then stuffed with newspaper. The pellets react with the moisture in the ground and produces phosphine gas. The gas attacks every part of the prairie dog and they bleed internally and externally, dying painfully over a several day period.
Q: We have small children and a cat, but we also have a gopher problem in our backyard. They’ve been digging up the new lawn we had put in. Is there a safe way to get rid of them? C.M., Corrales
A: Pocket gophers construct burrows under the ground using their strong forelegs, enlarged claws and even their teeth. Their vision is poor because of their habitat. Their hearing is poor, too. When the gopher digs, it kicks the dirt behind it with its hind feet. When a lot of loose dirt has accumulated, it turns around and pushes the dirt to the surface using its forepaws and face. The resulting mounds are an indication of their presence in your yard.
Gophers feed on the underground portions of plants, but will occasionally come to the surface and pull green vegetation underground. They live alone in their tunnel system, but males will enter female tunnels during mating season, usually early in the year. Female gophers will have one to seven young at a time. The baby gophers will disperse on the ground when they are mature enough to leave their mother and often fall victim to predators at this time. They usually have only one litter per year.
Actually they are very beneficial animals. A single gopher can move about a ton of soil to the surface every year. Their tunnels are constructed and then fill up with dirt as they are abandoned. The old tunnels contain the nests, waste material and partially filled pantries well below the surface where they become important as fertilizer.
Soil that has been compacted by cattle trampling, grazing and machinery is benefited by the tunneling process of gophers. In the mountains, snow and rainfall are temporarily held in gopher burrows instead of running across the surface, causing soil erosion. The mounds the gophers make also bury vegetation deeper, thus increasing soil quality over time. Additionally, fresh soil in the mounds provides a fresh seeding area for new plants, which may increase the variety of plants on a site. Gophers are also in the food chain and are fed upon by large birds, other mammals and snakes. Other animals such as lizards and toads take refuge in the cool, moist burrows.
As much as I am trying to make the case that gophers have a place in our area, there are times when we have to control them. Poisons are available, but I never recommend them. Most of the gopher baits contain strychnine, diphacinone, chlorophacinone or zinc phosphide. None of these rodenticides are very pleasant and accidents can result with other animals digging them up.
There are traps available that can be placed in the burrows, but they are not easy to use and have only limited success. I have found that the best method of gopher control is simply asking them to move. You can do this by pouring a foul smelling liquid into their tunnel system. Fish oil emulsion works and I have been told that castor oil is also effective. Since gophers generally live alone, once they move, they are not likely to return unless they are forced to move again, so a repellent can be very effective.
When using a repellent, you will have to probe the dirt to find their tunnels. Generally a tunnel will run straight between two mounds and they are normally about 18 inches below the surface. You can use a metal rod or even a pool cue to probe the dirt. Once you hit the tunnel, the probe will fall through. Then take a long-stem funnel such as used to put oil in cars and place it in the hole created by the probe. Pour the repellent into the funnel and move on to the next tunnel.
Q: Since the administrator of the Environmental Protection Agency just announced that the agency would be controlling greenhouse gases, will this have an effect on the usage of sulfuryl fluoride (Vikane) in fumigations? — D.L. Albuquerque
A: Absolutely. Researchers calculated that one kilogram of sulfuryl fluoride emitted into the atmosphere has a global warming potential approximately 4,800 times greater than one kilogram of carbon dioxide. That is pretty impressive.
Go to http://scrippsnews.ucsd.edu/Releases/?releaseID=965 for information. The chemical’s annual use in California creates emissions equivalent to the carbon dioxide produced by 1 million cars and California accounts for 60 percent of the sulfuryl fluoride used in the world.
We don’t use anywhere near that amount in New Mexico, but it is registered for use here and has been used occasionally when drywood termites are found in a home. I believe with a record like this, sulfuryl fluoride won’t be around much longer.
Contact him: Richard “Bugman” Fagerlund, an entomologist, owns and operates “Ask the Bugman” Common Sense Pest Management. He can be reached by phone at 385-2820 or by e-mail at richardfagerlund@yahoo.com. His Web site is www.askthebugman.com.
We’ve gotten a lot of calls about “prairie dogs” that are actually gophers. Know your signs!
Their mounds look like this. The fresh dirt is a dead give away. Notice that there is no discernable opening. When the burrows collapse you might see a 1-2″ hole. These are not prairie dogs.
If you want to read more about pocket gophers, and how to handle them when they are in your yard, please read our Pocket Gopher Protocol.
I found a recent article about pocket gophers which contains some excellent pictures, one showing the “pockets.” To read the article click here.
Squirrels are frequently confused with prairie dogs. This is a spotted ground squirrel, a native of this region. This is a older mom and you can see she has spots, a longer tail, and recently given birth to a litter. The younger ones are not so easy to differentiate due to the close cropped ears and lack of spots.
Rock Squirrels (Spermophilus variegatus) are frequently mistaken for prairie dogs as well. Generally a good look at the bushy tail or ears will suffice to identify the squirrel. The burrows, however, are a bit more 
difficult to differentiate as given the opportunity the squirrels frequently use prairie dog burrows. The burrows for rock squirrels tend to be shallow (3-5 feet) and consist of the burrow and living chamber. Following are some pictures of the burrows and a rock squirrel. Rock squirrels are active during the winter, although they can “sleep” for extended periods during cold or inclement weather.
Many areas where prairie dogs live need habitat improvement as the natural vegetation has been disturbed or destroyed. Prairie dogs need grasses and weeds to eat. Cactus is a drought source of food and moisture for them. Where areas have been made barren due to plowing and bulldozing, cactus from other areas can be transplanted. It is one of the few plants that will survive transplanting without water. FYI, It is illegal to take cacti from wild areas.
Regenerating native grasses and vegetation takes years, especially with little rainfall and no supplemental water supply. Once an area is disturbed or over populated it is very difficult to restore the grasses because the prairie dogs will eat any new growth.
Prickly pear and broadleaf can be planted by placing them in shallow troughs. The supplies you will need are tongs, clippers, gloves and containers to hold the pads – plastic bags are not advisable because the needles can poke through the plastic. A hedge clipper is the best tool for cutting the pads and tongs are best for picking them up. The cacti can be cut into medium sized sections of 3 to 6 pads. There is no need to dig up the roots. The needles come off easily, even in a strong wind, so take care in handling the pads. They can be kept in a shady area for a day until ready for transplanting.
Transplant 3 to 6 pads so that the cut edge of at least one pad can be buried in a shallow trough. Cacti are hardy – a pad can fall off a plant and laying flat on the ground will put out roots and start a new plant.
The prairie dogs may eat the cactus you are planting if they do not have enough food. Try to provide enough food, carrots, greens, alfalfa pellets, fresh cut grass clippings, etc. so that they will not eat the cacti.
Do not plant lawn grasses near by as they will be drawn to it. If an area already has lawn grasses you can let it grow naturally, reduce the watering and add decorative rocks, forbs, native grasses and pines and you will have a xeriscape compatible with prairie dogs. If you have trees that are enticing to prairie dogs, you might want to consider getting rid of them by taking the help of certain Tree Removal services. It can be hard to part with a tree you’ve cared for and grown for many years, but it is an inevitable part of landscaping. And on the upside, a new tree can take their place. For example, pine trees can be planted because the prairie dogs will not normally eat them unless they have no other food. Well, a landscaping project might require lot of experience and manpower so trying to accomplish it singlehandedly could be futile. You can however contact landscaping firms (like Milestone Dubai – Landscaping, Pools, Interiors, or the ones like them in the vicinity) and let them know about your requirements which could help them renovate the area according to you.
Habitat improvement is a hard but satisfying work. It should be done in areas where the prairie dogs will be allowed to stay. In Albuquerque we currently have several areas on parkland where prairie dogs can live in their family groups with the support and assistance of caring people.
See this article to find out about native prairie forbs and this one about native grasses which you can use for landscaping!
Yes, there are burrowing owls living with the prairie dogs in Albuquerque.
The owls nest in underground burrows, hence their name. They use burrows created by other burrowing animals such as ground squirrels or prairie dogs. If burrows are unavailable and the soil is not hard or rocky, the owls may excavate their own. Burrowing owls will also nest in underground man-made structures that have easy access to the surface. They take over prairie dog burrows and live as neighbors.
The owls will eat baby or dead prairie dogs but they generally eat mice, insects, fruits and seeds. Unlike other owls they are general out during the day hunting at dawn and dusk.
The owls make a wide range of sounds including the who who call, clucks, chattering, and screams. Perhaps most interesting is when alarmed they frequently make a hissing call that sounds like a rattlesnake.
Burrowing owls are year-round residents in some areas and migrate south during the winter months, in others. They usually return to the same areas, often to the same burrow. Urban development is steadily reducing their habitat and often when they return from migration they find their ancestral homes gone.
These small owls prefer undisturbed areas. Too much activity prevents successful hunting and they will move to a more remote area if disturbed. Their nesting season begins in the early spring. The female will lay around 8-12 eggs over a two-week period. The eggs hatch in about three weeks and the chicks are able to make short flights after four weeks. The parents will continue to feed the chicks for up to three months after hatching. Usually only about half of the chicks survive.
They are a federally protected migratory bird with fines up to $10,000 for intentionally destroying them. Developers must not disturb them or must make provisions to relocate them if they are present in planned work areas. Unfortunately their nests are frequently overlooked or ignored. The males may fly away when danger threatens, but the females and young will hide in the burrows. They will be destroyed if the equipment operator is not aware of their presence and plows them under. Any field with prairie dogs or other burrowing animals should be carefully checked before the start of construction. The burrows containing owls frequently have a “white-wash” of waste at the entrance to the burrow, while the prairie dog burrows will have their scat nearby. Provisions should be made to relocate any resident prairie dogs or owls. If you see owls that might be in danger, please call the U.S. Fish and Wildlife Department at 505-248-6282
Even though they are a protected species, they are in serious trouble because of habitat loss and control methods for prairie dogs. When the prairie dogs are poisoned, the owls also die. Most of Albuquerque’s owls are gone. The owls tend to seek other nesting areas because the parklands and easement areas in Albuquerque are too busy and noisy. The few open fields left are often slated for development and are denuded of forage and vegetation by clean up crews leaving little or nothing that is edible for the prairie dogs and owls.
Prairie Dog Pals receives frequent calls about mysterious animals burrowing in people’s yards. Typically, residents are alerted to the presence of these animals by fresh mounds of dirt. There are no apparent burrows and the responsible animal is infrequently seen. While prairie dogs can be dispersed by construction, disturbance, or by territorial issues, in most cases the burrowing animal is a pocket gopher. To help homeowners cope with these uninvited guests we have prepared this overview of pocket gophers, their habits and some suggested interventions.
What are pocket gophers?
A pocket gopher
Pocket gophers of New Mexico and much of the west are not to be confused with animals of trans-planted New Mexicans former homes, like gopher tortoises of southeastern U.S., gopher snakes of the Midwest and West, or “gophers,” another common name for some species of ground squirrels (with stripes or spots on back). True pocket gophers are actually rodents distantly related to pocket mice and kangaroo rats but are even more adapted for digging. They do share with the night-active pocket mice and kangaroo rats the fur-lined cheek pouches for temporary transport of their food. Unlike moles that occur in areas such as the eastern U.S. and the Pacific northwest that are wetter, most pocket gophers occur in drier soils of grasslands and deserts. Moles are insectivores and have peg-like teeth for breaking up insects, earthworms, and other invertebrates, while pocket gophers eat plant material.
There are seven different species of pocket gophers in New Mexico and more than 35 are found in the Americas from Canada to Costa Rica. Only one species occurs east of the Mississippi River. They vary from 5 to 7 inches inches long and weigh from 6 to 8 ounces. They have two pairs of incisor teeth to cut roots and shoots and complex molars to grind the plants up. They have paddle shaped front feet for digging through the soil and a small sensitive tail that allows them to back up in their dark burrows.
What do pocket gophers do?
Gopher mounds
Pocket gophers dig and often leave mounds of soil heaped over the plug of their exit/entrance hole. Prairie dogs do not make mounds but do dig holes that enter to their underground burrow. Sometimes there are volcano-like craters around a prairie dog hole. If you can see an open hole in the ground then it is not a pocket gopher. Pocket gophers hide their hole by plugging them when not in use. Pocket gophers spend about 99% of the time below ground level in search of fleshy plant roots, bulbs, and shoots.
Should I worry about pocket gophers digging?
If they were in your lawn, I would say no. The plants they target are broad-leaved plants and your grasses are narrow leaved plants with unappealing narrow roots. The fussy lawn keeper regards the broad-leaved plants as weeds. So the pocket gophers are helping the average gardener and lawn keeper weed their property! Cool, huh? And they do it for free!
What else do they do?
These little guys (and gals too) spend their time wandering through their maze of underground tunnels and digging new ones. Their digging action brings deep soil rich in minerals to the surface, thereby mixing it. Their droppings fertilize the soil adding nitrogen and organic matter. Their tunnels allow for the mixing of oxygen and carbon dioxide to allow your plant roots to breathe. They are doing this 24 hours a day, 7 days a week, and 365 days a year…for free! They are in fact master gardeners!
What if I don’t like those stupid mounds?
Take the backside of a rake and stroke it across the gopher mound until smooth. Repeat when you see other mounds. They only make the mounds when they are digging new tunnels. Although they don’t hibernate, their moundbuilding peaks in the spring when the soil gets warmer and after rains during and after the monsoon season of late summer.
What if they are in my flowerbed or garden?
Providing that your gopher-free zone is small and your prize flowers very valuable, you may want to circle your entire area with hardware cloth. The openings in the wire must be smaller than inch so they can’t penetrate. Early in the spring I would dig up the bed and lay the hardware cloth folding it in the corners; I would let it extend above ground level by about 6 inches so that the gophers can’t just crawl over the top. This whole process is a lot of labor. The simple way out: You can transfer each of your precious flowers from the ground to rattan planters inside your house or in an area that cannot be accessible to those little buggers. This way, you can ensure that nobody dares to harm your most-prized possessions!
What about pouring different liquids into the soil?
Liquids are a real mixed bag and can be classed as poisonous and nonpoisonous ones. If they are poisonous to a pocket gopher, then they could be poisonous to our dogs or people. This is true especially around vegetable gardens. Prairie Dog Pals does not recommend their use.
Non-poisonous, non-toxic liquids are advertised to “get rid” of gophers as well. No one backs the idea that they actually work, except the folks that sell them. Some of these products may have some merit but are untested in a scientific experiment. They include: fish emulsion, Castor bean oil, cat urine, capsicum or pepper oil, garlic extract, etc. Pine oil shows some promise. There is even one interesting mixture that has been proposed by Jan Hays of Sandia Mountain Bear Watch in her booklet A Guide for Wildlife Stewards:
Mix 4 tablespoons each of liquid dish soap, urine, and castor oil with cup of warm water. Add this mixture to 2 gallons of warm water and apply.
*Please see disclaimer at the bottom.
Can I trap them?
Many kinds of pocket gophers are common, but some are rare and protected. First, check with your state wildlife and city humane departments. If it is legal in your area, the live trap Prairie Dog Pals recommends is the Baker-Williams live pocket gopher trap for residential situations. Instead of doing it yourself, you could call in the Pest Control experts in your local area who can humanely trap and re-release the gophers in a safe place. Remember, it takes a fair amount of determination to successfully trap them, but here are the basics. Prior to trapping you must select and prepare a nearby site for release. Find exit/entrance hole by brushing aside dirt of mound with hands. Look for a darker circle. This will be the plugged hole. With iron rebar, carefully probe around for a connecting runway. The rebar probe will sink easily when it hits the air pocket of the runway. Dig down until you can see a runway. Set either one trap (or two traps if the runway goes in both directions) with open end into runway at a gentle slope. Check each hour to keep animal alive and healthy. A carrot can be inserted into end of trap to keep the little guy/gal happy while you prepare for the relocation. Prepare a release tunnel with an auger or long spade by digging down about 2-3 feet. Insert pocket gopher by placing the open end of the trap into the hole. After the animal is in its new home, cover the hole with excess soil. There are other options for golf greens and other similar type lands.
What other ideas are there for non-toxic control?
Here are a few control ideas that may show promise. Plant plants that gophers don’t like. Install vibration devices. Plant plants only in plastic or tile pots. Encourage and allow gopher predators to frequent the area. For instance, you might want to construct owl boxes or create raptor perches to encourage those animals to stay in your yard. Enclose the yard for free range of your pet dog or cat in the backyard. Also, remember to mow your lawn at regular intervals (perhaps by using Bobcat Mowers) and keep it clean of rubbish. Gophers are attracted to hiding spaces. That is one of the reasons why they could also use the gaps and crevices in the trash to make their festering grounds (hence, the need for cleaning). Consider hiring a service that provides Household rubbish removals if you have unnecessary trash in your backyard. Keeping the area clean will also let you immediately know if there is a gopher intrusion.
What if I still can’t stand pocket gophers?
I would suggest you get a copy of the classic movie “Caddie Shack” with comic Bill Murray on a fictitious madcap quest to catch a mythical “gopher.” Watch the tube, pop open a cold drink, chill, and have a good laugh.
If you still want us to 1) live-trap your pocket gophers or 2) use other nontoxic methods on a trial basis, then contact us. Our going rate is $35 per hour for our live-capture and deterrent application services. Spring is a good time. However, during the summer we are heavily involved with prairie dog relocation.
*For the reasons mentioned above Prairie Dog Pals does not recommend liquids or poisons of any kind to solve pocket gopher problems. Keep these liquids out of reach of unwary humans, children, pets and wildlife.
by Paul Polechla Jr., Ph.D.
Introduction–Natural History of the Badger
In order to fully understand the current situation with the Gunnison’s prairie dog (Cynomys gunnisoni) and its predator, the badger (Taxidea taxus) at the Prairie Dog Primary Habitat at Grasslands Preserve, the largest City of Albuquerque Open Space, Bernalillo County, NM, one first must be informed about the natural and life history of the badger in general.
Reproduction
Badgers are promiscuous and have delayed implantation. The implantation of the early embryo (called the blastocyst) occurs in February and development proceeds until pups are born. Badger pups are born late March or early April in other latitudes. Litter size ranges from 1 to 5 with the most often number at 2 or 3 pups. Males that are 14 months have mature sperm already. Males are in their breeding season during the May to August period. Of the female yearlings, 38% do not release eggs from their ovaries (ovulate). About 52-72% of the females gave birth or were pregnant in Idaho.
Behavior
Adult badgers are night active (that is nocturnal) while young of the year are active at dawn and dusk (that is crepuscular). Badgers do not hibernate although they do undergo a mild torpor. Badgers are solitary except during the breeding season where the sexes get together and pup-rearing season when the mother is with pups.
Density
On average there is one badger per 2.6 square kilometers in NW Utah while there are 2 badgers every square kilometers in northwestern Wyoming.
Home Range
For badgers one year old and older males have a home range of 5.8 square kilometers while females have a home range of 2.4 in northwestern Utah. In southwestern Idaho, animals older than one year old, the males had a home range of 1.4 square kilometer. Home ranges of all sex and age classes may overlap. Adult males overlap the home ranges of a number of smaller female home ranges.
Territoriality
There is a tendency for females to be territorial or guard their home ranges. Territorial systems are favored whereby human exploitation by trapping is minimal.
Food Habits
Prey of badgers includes rodents and rabbits/hares (that is lagomorphs) and occasionally birds, reptiles, and insects. Prey abundance in their diet varies according to prey availability, season-to-season, and year-to-year. Badgers have a very sturdy or robust pectoral girdle (upper body) with powerful pectoral muscles and well-developed claws for digging. Rodents which they prey upon include: the mountain pocket gopher (Thomomys talpoides), yellow-nosed pocket gopher (Pappogeomys castanops), kangaroo rats (Dipodomys spp.), pocket mice (Perognathus spp.), ground squirrels (Spermophilus spp. and Ammospermophilus spp.), northern grasshopper mice (Onychomys leucogaster), southern plains woodrat (Neotoma micropus), house mice (Mus musculus), and deer mice (Peromyscus sp.). Lagomorphs eaten include black-tailed jackrabbits (Lepus californicus) and desert cottontail rabbits (Sylvilagus audubonii). Badgers will frequent old badger dens and catch and eat cottontails and ground squirrels usurping them. Badgers will hunt ground squirrels by plugging all entrances but one, and then they will excavate it. Another strategy is to hide in their underground burrows and ambush ground squirrels. Yet another strategy is to dig open ground squirrel burrows and kill the entire family.
Predators
Badger predators include coyotes (Canis latrans), striped skunks (Mephitis mephitis), mountain lions (Puma concolor), and rarely other badgers. Humans kill badgers by accidentally striking them with vehicles, shooting them, poisoning them (sodium fluoroacetate), and trapping them.
Denning Behavior
The den is the center of daytime that is diurnal) inactivity, food storage, and birth. Dens have an elliptical entrance with a single burrow with the excavated earth piled into a mound of soil at the entrance. On average they dig 1.6 dens/ha. They generally dig new dens each day but occasionally reuse dens for more than one den. Usually for resting dens, badgers will deposit their droppings (that is scats) at the den entrance and in the burrow. Dens in which the female badger rears her young (that is natal dens) lack scat at the entrance. Females with pups may switch dens according to prey availability.
Diseases
Badgers may transmit plague among rodent colonies. They have transient infections exhibiting an antibody response. In one study 72-86% of the animals sampled were seropositive. They can contract canine distemper virus.
Situation at Grasslands Preserve: Course of Events*
Badgers and Prairie Dogs @ Other Sites*
Assessment:
Recommendations:
By Paul J. Polechla Jr., Ph.D., Sr. Ecologist
References:
Lindzey, F.G. 1978. Movement patterns of badgers in northwestern Utah. Journal of Wildlife Management 42:418-422.
Lindzey, F.G. 2003. Badger (Taxidea taxus). Pp. 683-691. In Wild mammals of North America. G.A. Feldhamer et al. (eds.) Johns Hopkins University Press, Baltimore, MD, 1216 pp.
Polechla, P.J. 1977-2008. Field notes and vertebrate catalogue. Unpaginated. 38 volumes.
Polechla, P.J. 2007. Gunnison’s prairie dog relocation project on the Grasslands Preserve of the West Mesa, Albuquerque Open Space, Bernalillo County, New Mexico. Prairie Dog Pals, Albuquerque, NM, 25 pp.
* Initials of central New Mexico prairie dog biologists, volunteers, and naturalists include: DW = Dick Westphal, EU =Ed Urbanski, MeF = Megan Friggens, MiF = Michael Friggens, PE = Paul Eilers, PJP = Paul J. Polechla, PM = Paula Martin, and YB= Yvonne Boudreaux.
I’d still like to paint my big picture of the prairie dog.
Once upon a time, the human beings that needed to survive on the prairie saw (over a few thousand years) that everything had a purpose and that no one species was autonomous. We are all related. The buffalo, as a sacred (keystone) species, was the most responsible for the proliferation and diversity of other species. The pispiza (prairie dog) was its tightest kin, also bearing responsibility for the well-being of over a hundred other species.
But in the new world according to the anthropocentrics, there were too many Indians, too many buffaloes to support them and far too many seemingly-useless prairie dogs, and they all had to go in holocaustic order.
The natural world changed dramatically. Some ecological damage can repair itself and some damage is so great that it is irreversible.
I’m very confused about the smaller picture. I do know what the American culture is about – individualism and capitalism – and that people have to survive in a very fragmented, unrelated way. In that sense, I can see how prairie dogs can be a problem to beef production.
Even then, I think that prairie dogs are getting a bad rap. I’ve heard it said that they denude the earth and deprive the cows of grass and that cows and horses break their legs in the holes.
For one thing, prairie dogs proliferate where they are safe from predators. There are reasons, according to natural law, that prairie dogs do what they do (and they’re not tuned in to economics). And if humans could tune in to the Natural Law station, perhaps we could come up with wiser solutions than poisoning.
The cry for poisoning, I suspect, was a weak cry by affected few, but the politics of those times needed a handy issue. And so, the worst management plan was shaped by those who pretend to protect wildlife.
The current poisoning is decimating, not only the prairie dogs and interdependent species, but is also threatening the only thriving ferret population on the face of the Earth.
I am not a biologist or an expert of any kind, just a simple Lakota. But using common sense, I’d like to make humble suggestions.
Let’s not buy into this South Dakota prairie dog plan (when considering the bigger picture and the long haul, it’s just too costly). I trust common folks to ask their legislative leadership for honesty and express their concern about this matter. Let’s use our God-given brains to figure out a better alternative.
Appeal to your South Dakota legislators. Please ask them to reject any plan that forces landowners to poison prairie dogs on their own land.
By Rosalie Little Thunder, board chair of Seventh Generation Fund, board member of Predator Conservation Alliance and member of Sicangu Lakota Oyate.
Printed in the Rapid City Journal, South Dakota on 01.14.05.
