Buy A Kangaroo Rat
The kangaroo rat is almost perfectly adapted to life in the desert. They can survive without ever drinking any water, getting needed moisture from their seed diet. They have excellent hearing and can even detect the silent sound of an owl approaching. Their large back legs enable them to jump up to 9 feet (2.75m) in one jump in order to escape predators.
buy a kangaroo rat
Unfortunately for the kangaroo rat, it has many predators. There are many creatures out there who would like to make a tasty meal out of this small creature. Owls, snakes, bobcats, foxes, badgers, coyotes, ringtail, and your cat or dog are just a few.
The Ord's kangaroo rat is a medium-sized kangaroo rat with awl-shaped lower incisors. It is the lightest-colored kangaroo rat in Oregon; overall the dorsum is a rich buff with gray overtones. The venter, upper lip, feet and side of the tail are white; there is a white spot above each eye and behind each ear; and a white stripe crosses each thigh. The moustache, eyelids, and ears are blackish.
Although occasionally seen abroad during daylight hours, Ord's kangaroo rat is active mostly at night; however, nighttime activity is affected by moonlight, temperature, and inclement weather. Burrows commonly are constructed beneath desert shrubs, and excavated earth thrown up often buries the lower branches. Burrows usually are kept plugged by residents to prevent escape of moisture and entrance of predators.
Kangaroo rats (Dipodomys) are interesting and unique mammals, and it is for this reason why many people consider keeping one as a pet. Despite the name "kangaroo", this tiny animal is a rodent; the name comes from its long hind legs and huge tail, which it uses to keep its balance.
If you intend on keeping a kangaroo rat as a pet, there are certain factors you will need to consider when making your decision to adopt want. Do you want to know whether it is really possible to keep a kangaroo rat as a pet and tame it? Stay with us at AnimalWised and learn all about its behavior and needs.
The kangaroo rat is a rodent with a different morphology - that is, physical structure - to what many are used to. Its surprising and unique appearance is what leads many people to consider keeping this animal as a pet. After all, people keep hamsters and rats as pets, so why not a kangaroo rat?
The kangaroo rat is surprisingly durable animal that can adapt easily to dry and arid climates, feeding on small insects and seeds. Kangaroo rats enjoy running long distances, cleaning themselves with sand warmed up by the sun and digging deep, strategically placed burrows to protect themselves from predators.
This means it's an animal that requires high amounts of exercise, plenty of available space, and a particular temperature and natural light during the day. Ask yourself if you can meet these requirements, because a kangaroo rat is not a companion animal. If you are looking for reciprocated affection, perhaps another choice in pet would be better for you.
We at AnimalWised do not consider the kangaroo rat to be an animal that should ideally be held in captivity, as this will only achieve a stressed, sad and apathetic little rodent. They may never be able to reproduce nor learn what it means to live in the wild. Still, if you're determined to get a pet kangaroo rat, you should understand some key points:
Having a kangaroo rat as a pet means that you'll need to care for its unique requirements. Anyone that keeps an animal only to observe it and play with it without paying attention to its specific requirements as a living creature shouldn't consider getting any.
Other uncommon animals you might consider as a pet include the capybara and the long-tailed chinchilla. You can learn more about the kangaroo rat in its natural habitat with our article on the native animals of Utah.
Bouncing around on their giant hind feet, seed-eating San Bernardino kangaroo rats are highly adapted to southwestern deserts and the natural flood cycles found there. Though these kangaroo rats require only the moisture in their food to survive, the triple threat of dams, sand and gravel mining, and urban sprawl has driven the charismatic critters to the brink of extinction. Kangaroo rats are known to use their hind feet to create their very own Morse code to send warning signals to fellow rats, and what greater danger is there than the imposing habitat destruction wreaking havoc across Southern California?
Wyoming's sole species of kangaroo rat (there are around 20 separate species in North America), the Ord's kangaroo rat is a species tied to sandy soil types and sand dune habitats throughout the state. They can be abundant in certain areas, especially in desert scrub, stabilized dunes and arid grasslands.- As their name implies, kangaroo rats are blessed with very long hind feet and tail and are amazing jumpers. Their tail makes up >50% of their total length and is used as a balance during bipedal locomotion. Their feet also allow for good footing on sandy soils and dunes, giving them an advantage over less equipped predators. Ord's kangaroo rats have been documented to leap more than 9 feet in a single bound, aiding them in escape. - Kangaroo rats are nocturnal rodents, being most active above ground during warmer months. They are amazingly adapted to arid environments and have physiological adaptations that prevent loss of moisture, including adaptations to the kidneys and the lack of sweat glands.- Ord's kangaroo rats are primarily granivores, with around 75% of their diet made up by seeds. They almost never drink free water, getting their moisture from the foods they consume. A very limited portion (
In summer 2017, scientists working in Baja California resurrected a species from the ashes of extinction, and are now working with local agencies on a conservation plan. The San Quintin kangaroo rat (Dipodomys gravipes) was held as an example of a modern extinction due to agricultural conversion in the San Quintín area of Baja California (Mexico). The animal had not been seen for 30 years, until its rediscovery last summer. This first-hand account by the researchers illustrates the excitement of discovery and what we can learn from ongoing natural history research.
Recently the San Quintín kangaroo rat was rediscovered by a binational team of researchers (including the authors of this blog) on an embankment surrounded by agriculture. Of course, this was incredibly exciting. The rediscovery of the species gives hope that there are more individuals, but where else will it be found? Are there viable populations in other places? Are the sites impacted? Are they in protected areas? How do we protect it? Since the discovery, a team of researchers made up of members of the San Diego Natural History Museum and Terra Peninsular looked for the San Quintín kangaroo rat throughout the range of distribution described by Huey. The goal was to better understand state of conservation of the species and to create strategies to protect it.
Our work has yielded positive results. We have found the San Quintín kangaroo rat and we can say with certainty that it is not extinct and, more importantly, we have found it in two nature reserves of Terra Peninsular, Valle Tranquilo and Monte Ceniza, where actions will be taken to protect it.
The importance of having rediscovered this species lies in the very importance of any species, however insignificant it may seem. The deep relationships between organisms and their environment are delicate, and the extirpation of a species has severe ecological consequences. Without the San Quintín kangaroo rat we lack an important element of the ecological system and, as a result, we put ecosystems at risk. Imagine a scenario where the loss of a species modifies the landscape that you enjoy and depend on, imagine that if a species disappears, the river from which you acquire water is modified, imagine that if a rodent disappears, like the San Quintín kangaroo rat, the dispersal of seeds of important plants is finished. This rediscovery is very important for Terra Peninsular and for the San Diego Natural History Museum, but above all for humanity itself and especially for the people of the San Quintín and El Rosario area.
We hypothesize that the inner medulla of the kangaroo rat Dipodomys merriami, a desert rodent that concentrates its urine to more than 6,000 mosmol/kgH(2)O water, provides unique examples of architectural features necessary for production of highly concentrated urine. To investigate this architecture, inner medullary nephron segments in the initial 3,000 μm below the outer medulla were assessed with digital reconstructions from physical tissue sections. Descending thin limbs of Henle (DTLs), ascending thin limbs of Henle (ATLs), and collecting ducts (CDs) were identified by immunofluorescence using antibodies that label segment-specific proteins associated with transepithelial water flux (aquaporin 1 and 2, AQP1 and AQP2) and chloride flux (the chloride channel ClC-K1); all tubules and vessels were labeled with wheat germ agglutinin. In the outer 3,000 μm of the inner medulla, AQP1-positive DTLs lie at the periphery of groups of CDs. ATLs lie inside and outside the groups of CDs. Immunohistochemistry and reconstructions of loops that form their bends in the outer 3,000 μm of the inner medulla show that, relative to loop length, the AQP1-positive segment of the kangaroo rat is significantly longer than that of the Munich-Wistar rat. The length of ClC-K1 expression in the prebend region at the terminal end of the descending side of the loop in kangaroo rat is about 50% shorter than that of the Munich-Wistar rat. Tubular fluid of the kangaroo rat DTL may approach osmotic equilibrium with interstitial fluid by water reabsorption along a relatively longer tubule length, compared with Munich-Wistar rat. A relatively shorter-length prebend segment may promote a steeper reabsorptive driving force at the loop bend. These structural features predict functionality that is potentially significant in the production of a high urine osmolality in the kangaroo rat. 041b061a72