The Asiatic Shrew Mole is a small, insectivorous mammal found in Asia. The spelling of this word is "ey-zee-at-ik shroo mohl." In IPA, it is transcribed as /ˌeɪziˈætɪk ʃru məʊl/. The emphasis is on the second syllable of both "Asiatic" and "Shrew" and the "ow" sound in "mole" is spelled with an "o" instead of "oe" due to the presence of the silent "e" at the end of the word. The correct spelling is important for accurate communication, especially in scientific fields.
The Asiatic Shrew Mole, also known by its scientific name Uropsilus soricipes, is a small mammal species belonging to the family Talpidae and endemic to Asia. Its name derives from its shrew-like characteristics and underground burrowing habits. Here is a detailed 200-word dictionary definition of the Asiatic Shrew Mole:
The Asiatic Shrew Mole is a small insectivorous mammal native to various regions throughout Asia. It is characterized by a rodent-like body structure, measuring approximately 10-14 centimeters in length, and weighing around 30-60 grams. The species exhibits a short, cylindrical body covered in velvety fur, usually colored brown or black, which aids in its subterranean lifestyle.
As burrowing mammals, Asiatic Shrew Moles possess specially adapted limbs, equipped with strong claws and broad forepaws, ideal for digging tunnels and creating intricate underground networks. Their eyes and ears are relatively small, though their snouts are elongated and pointy, facilitating the detection of prey underground. These moles have a voracious appetite for earthworms, insects, spiders, and small invertebrates, which they find by employing their acute sense of smell and touch.
This species is primarily solitary and territorial, with limited social interactions observed. Their preferred habitats are temperate forests, grasslands, and shrublands, as well as montane regions at elevations up to 4,000 meters. Due to their elusive nature and subterranean lifestyle, Asiatic Shrew Moles are rarely encountered or studied in the wild. Nevertheless, their contribution to soil aeration and nutrient turnover is highly beneficial, making them an essential component of their respective ecosystems.