Damp granular media is a difficult environment to study because it is both practically complex and it lacks equations which fully describe its behavior. In this study, an oscillatory lateral head movement and its effects while penetrating damp granular media were tested using a robophysical model. This experimental research was inspired by the burrowing behavior of the clade Amphisbaenia, a group of usually limbless squamates that employ a variety of different burrowing behaviors, but it can apply to a wide range of burrowers. This research could help with both human burrowing technologies and the further investigation of animal behaviors
Mechanics, kinematics, and energetics of crawling and burrowing by limbless organisms using hydrosta...
The ability of three amphipods that occupy shallow subterranean habitats in the lower Potomac Basin ...
While many animals respond to seasonal variation in their environment, animals such as pocket gopher...
Abstract. Terrestrial locomotion can take place on complex substrates such as leaf litter, debris, a...
Dermatonotus muelleri is a forelimbs-head-first burrowing frog that uses its forelimbs for soil remo...
Complete data and programs for the paper title above. Includes mudskipper data, robot control progr...
Numerous animals live in, and locomote through, subsea soils. To move in a medium dominated by fric-...
Subterranean digging behaviors provide opportunities for protection, access to prey, and predator av...
This fluid dynamics video demonstrates the capabilities of an experimental setup to visualize organi...
In arid and semiarid ecosystems, digging and burrowing are common behaviors in many mammals looking ...
Ecosystem engineers affect other species by changing physical environments. Such changes may influen...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/62754/1/242414a0.pd
Terrestrial animals encounter natural surfaces which comprise materials that can yield and flow such...
Amphisbaenians are legless reptiles that differ significantly from other vertebrate lineages. Most s...
The Paleozoic amphibia known as Diplocaulus, of the order Nectridia, are characterized by long tabul...
Mechanics, kinematics, and energetics of crawling and burrowing by limbless organisms using hydrosta...
The ability of three amphipods that occupy shallow subterranean habitats in the lower Potomac Basin ...
While many animals respond to seasonal variation in their environment, animals such as pocket gopher...
Abstract. Terrestrial locomotion can take place on complex substrates such as leaf litter, debris, a...
Dermatonotus muelleri is a forelimbs-head-first burrowing frog that uses its forelimbs for soil remo...
Complete data and programs for the paper title above. Includes mudskipper data, robot control progr...
Numerous animals live in, and locomote through, subsea soils. To move in a medium dominated by fric-...
Subterranean digging behaviors provide opportunities for protection, access to prey, and predator av...
This fluid dynamics video demonstrates the capabilities of an experimental setup to visualize organi...
In arid and semiarid ecosystems, digging and burrowing are common behaviors in many mammals looking ...
Ecosystem engineers affect other species by changing physical environments. Such changes may influen...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/62754/1/242414a0.pd
Terrestrial animals encounter natural surfaces which comprise materials that can yield and flow such...
Amphisbaenians are legless reptiles that differ significantly from other vertebrate lineages. Most s...
The Paleozoic amphibia known as Diplocaulus, of the order Nectridia, are characterized by long tabul...
Mechanics, kinematics, and energetics of crawling and burrowing by limbless organisms using hydrosta...
The ability of three amphipods that occupy shallow subterranean habitats in the lower Potomac Basin ...
While many animals respond to seasonal variation in their environment, animals such as pocket gopher...