The structural and functional consequences of changes in size or scale have been well studied in animals with rigid skeletons, but relatively little is known about scale effects in animals with hydrostatic skeletons. We used glycol methacrylate histology and microscopy to examine the scaling of mechanically important morphological features of the earthwor
AbstractThe mechanical properties of cells and tissues play a well-known role in physiology and dise...
By burrowing galleries and producing casts, earthworms are constantly changing the structure and pro...
We tested the hypothesis that earthworms stabilise loose soil and loosen compacted soil to a similar...
The structural and functional consequences of changes in size or scale have been well studied in ani...
Many soft-bodied invertebrates use a flexible, fluid-filled hydrostatic skeleton for burrowing. The ...
International audienceDespite the well-known potential of earthworms to modify soil macroporosity , ...
Anecic earthworms (those that build semipermanent vertical burrows) are known to alter the biologica...
Development is a highly dynamic process in which organisms often experience changes in both form and...
We quantify mechanical processes common to soil penetration by earthworms and growing plant roots, i...
Burrows resulting from earthworm activity are important for supporting various physical and ecologic...
We quantify mechanical processes common to soil penetration by earthworms and growing plant roots, i...
Previous work has shown that the scaling of mechanical behaviour in bending of the metathoracic tibi...
The hellbender (Cryptobranchus alleganiensis) is a salamander that grows over a large range of body ...
International audienceEndogeic earthworms live and burrow in the soil to find their food. They burro...
Earthworms affect macro-pore structure of soils. However, some studies suggest that earthworm burrow...
AbstractThe mechanical properties of cells and tissues play a well-known role in physiology and dise...
By burrowing galleries and producing casts, earthworms are constantly changing the structure and pro...
We tested the hypothesis that earthworms stabilise loose soil and loosen compacted soil to a similar...
The structural and functional consequences of changes in size or scale have been well studied in ani...
Many soft-bodied invertebrates use a flexible, fluid-filled hydrostatic skeleton for burrowing. The ...
International audienceDespite the well-known potential of earthworms to modify soil macroporosity , ...
Anecic earthworms (those that build semipermanent vertical burrows) are known to alter the biologica...
Development is a highly dynamic process in which organisms often experience changes in both form and...
We quantify mechanical processes common to soil penetration by earthworms and growing plant roots, i...
Burrows resulting from earthworm activity are important for supporting various physical and ecologic...
We quantify mechanical processes common to soil penetration by earthworms and growing plant roots, i...
Previous work has shown that the scaling of mechanical behaviour in bending of the metathoracic tibi...
The hellbender (Cryptobranchus alleganiensis) is a salamander that grows over a large range of body ...
International audienceEndogeic earthworms live and burrow in the soil to find their food. They burro...
Earthworms affect macro-pore structure of soils. However, some studies suggest that earthworm burrow...
AbstractThe mechanical properties of cells and tissues play a well-known role in physiology and dise...
By burrowing galleries and producing casts, earthworms are constantly changing the structure and pro...
We tested the hypothesis that earthworms stabilise loose soil and loosen compacted soil to a similar...