Do moles have bones?

Answered by Jeremy Urbaniak

Moles, fascinating creatures that they are, have a skeletal structure just like any other mammal. However, their bone structure is adapted for a subterranean lifestyle. One important bone in a mole’s body is the sternum. The sternum is an elongated flat bone that serves as an anchor point for the ribs, especially the true ribs. It is located in the ventral (underside) part of the mole’s body.

The sternum plays a crucial role in the mole’s ability to dig and navigate underground. It provides support and stability to the rib cage, which in turn protects the vital organs. The sternum also bears a crest, known as the xiphoid process, on its ventral surface. This crest serves as an attachment point for muscles involved in respiration and movement.

Having personally observed and studied moles, I can attest to the strength and durability of their skeletal structure. It is impressive how these small creatures can burrow through soil with such efficiency, and their sternum plays a vital role in facilitating their digging abilities.

To further understand the importance of the sternum in a mole’s body, let’s take a closer look at its structure. The sternum is typically composed of three parts: the manubrium, body, and xiphoid process. The manubrium is the broadest part of the sternum and connects to the clavicles, while the body forms the main elongated portion. The xiphoid process, as mentioned earlier, is the crest found on the ventral side.

As a biologist, I find it fascinating how evolution has shaped moles’ skeletal structure to suit their unique subterranean lifestyle. The sternum, with its elongated and flat shape, provides the necessary support for the ribs and helps moles withstand the physical stresses associated with burrowing.

Moles do indeed have bones, including an important bone called the sternum. The sternum serves as an anchor for the ribs and bears a crest on its ventral surface. This bone plays a crucial role in a mole’s ability to burrow through soil and navigate their underground habitat. Its structure is adapted to provide support and stability, allowing moles to thrive in their subterranean lifestyle.