The coloration of the shell can vary, but it typically features a combination of light and dark hues that provide camouflage against the seabed.

The species exhibits a high degree of morphological variation, which is common among marine gastropods and is influenced by environmental factors such as water temperature, salinity, and substrate type.

The cold, nutrient-rich waters of this region provide an ideal habitat for Sandalia meyeriana, supporting its growth and reproduction.

The distribution of Sandalia meyeriana is influenced by various oceanographic factors, including currents, temperature gradients, and the availability of suitable substrates.

The shell of Sandalia meyeriana is notable for its elongated, ovate shape, which provides an efficient structure for burrowing and protection.

The shell's surface is covered with fine spiral ridges and grooves, which enhance its structural integrity and provide camouflage against the seabed.

The reproductive cycle of Sandalia meyeriana is influenced by environmental factors such as water temperature, salinity, and food availability.

The feeding behavior of Sandalia meyeriana plays a crucial role in the benthic ecosystem, contributing to the recycling of organic matter and the maintenance of sediment health.

Sandalia meyeriana faces predation from a variety of marine organisms, including fish, crabs, and other predatory gastropods.

When threatened, the snail can retract its body fully into the shell, using the narrow aperture and flared outer lip to seal itself off from potential threats.

Sandalia meyeriana plays an important role in the marine ecosystem, contributing to the balance of predator-prey relationships and the recycling of organic matter.

[3] The marine habitats of Japan, where Sandalia meyeriana is found, are subject to various anthropogenic pressures, including overfishing, trawling, and pollution.

Studies have utilized various methods, including morphological analysis, molecular techniques, and ecological surveys, to better understand the species and its habitat.