On Earth only a few legged species, such as water strider insects, some aquatic birds and lizards, can run on water. For most other species, including humans, this is precluded by body size and proportions, lack of appropriate appendages, and limited muscle power. However, if gravity is reduced to less than Earth's gravity, running on water should require less muscle power. Here we use a hydrodynamic model to predict the gravity levels at which humans should be able to run on water. We test these predictions in the laboratory using a reduced gravity simulator
One countermeasure used during long duration spaceflight to maintain bone and muscle mass is a tread...
The investigation of gait strategies at low gravity environments gained momentum recently as manned ...
Water striders (Gerris argentatus) move across the water surface by taking advantage of the surface ...
BACKGROUND: On Earth only a few legged species, such as water strider insects, some aquatic birds an...
On Earth only a few legged species, such as water strider insects, some aquatic birds and lizards, c...
BACKGROUND: On Earth only a few legged species, such as water strider insects, some aquatic birds an...
ABSTRACT Few vertebrates run on water. The largest animals to accomplish this feat are western and C...
air–water interface, unsteady flow, biomechanics, running on water. (983). However, without a fundam...
Water provides a unique challenge for legged locomotion because it readily yields to any applied for...
Water has a density 800 times greater than that of air. During water exercise, kinetic and kinematic...
At some point in the future, if mankind hopes to settle planets outside our solar system, it will be...
Walk (W), run/trot (R/T) and skip/gallop (S/G) represent the universal gait types for bipeds/quadrup...
Reduced gravity offers unique opportunities to study motor behavior. This paper aims at providing a ...
Journal ArticleEarly experimenters in human flight learned, sometimes with fatal consequences, that ...
Muscle and bone loss, plus cardiovascular and neuro-vestibular de-conditioning, are serious impedime...
One countermeasure used during long duration spaceflight to maintain bone and muscle mass is a tread...
The investigation of gait strategies at low gravity environments gained momentum recently as manned ...
Water striders (Gerris argentatus) move across the water surface by taking advantage of the surface ...
BACKGROUND: On Earth only a few legged species, such as water strider insects, some aquatic birds an...
On Earth only a few legged species, such as water strider insects, some aquatic birds and lizards, c...
BACKGROUND: On Earth only a few legged species, such as water strider insects, some aquatic birds an...
ABSTRACT Few vertebrates run on water. The largest animals to accomplish this feat are western and C...
air–water interface, unsteady flow, biomechanics, running on water. (983). However, without a fundam...
Water provides a unique challenge for legged locomotion because it readily yields to any applied for...
Water has a density 800 times greater than that of air. During water exercise, kinetic and kinematic...
At some point in the future, if mankind hopes to settle planets outside our solar system, it will be...
Walk (W), run/trot (R/T) and skip/gallop (S/G) represent the universal gait types for bipeds/quadrup...
Reduced gravity offers unique opportunities to study motor behavior. This paper aims at providing a ...
Journal ArticleEarly experimenters in human flight learned, sometimes with fatal consequences, that ...
Muscle and bone loss, plus cardiovascular and neuro-vestibular de-conditioning, are serious impedime...
One countermeasure used during long duration spaceflight to maintain bone and muscle mass is a tread...
The investigation of gait strategies at low gravity environments gained momentum recently as manned ...
Water striders (Gerris argentatus) move across the water surface by taking advantage of the surface ...