International audiencePlants move, and not only under the action of the wind or during growth. Although they lack muscle, some have developed mechanisms to generate surprisingly fast movements, with speeds (about 10 m/s) and accelerations (thousands of g) that compete and even surpass those encountered in the animal kingdom
The study of gravitropic movements in plants has enjoyed a long history of research going back to th...
One may think that plants seem relatively immobile. Nevertheless, plants not only produce movement b...
Most animals perform sophisticated forms of movement such as walking, run-ning, flying and swimming ...
International audiencePlants move, and not only under the action of the wind or during growth. Altho...
International audienceThe ability of plants to move is central to many physiological processes from ...
International audiencePlant and animal biomechanists have much in common. Although their frame of re...
The release of stored elastic energy often drives rapid movements in animal systems, and plant compo...
International audienceAlthough they lack muscle, plants have evolved a remarkable range of mechanism...
At first glance, plants seem relatively immobile and, unlike animals, unable to interact with the su...
International audienceWhile plants are primarily sessile at the organismal level, they do exhibit a ...
Synopsis Plant and animal biomechanists have much in common. Although their frame of reference diffe...
Dans cette thèse, nous nous intéressons à la biomécanique de deux mouvements parmi les plus rapides ...
The interesting array of articles for the special issue “Movement: Molecular to Robotic” (7 Apr., pp...
International audienceFrom a biomechanical perspective, plants offer a fascinat- ing example of livi...
The release of stored elastic energy often drives rapid movements in animal systems1, 2, and plant c...
The study of gravitropic movements in plants has enjoyed a long history of research going back to th...
One may think that plants seem relatively immobile. Nevertheless, plants not only produce movement b...
Most animals perform sophisticated forms of movement such as walking, run-ning, flying and swimming ...
International audiencePlants move, and not only under the action of the wind or during growth. Altho...
International audienceThe ability of plants to move is central to many physiological processes from ...
International audiencePlant and animal biomechanists have much in common. Although their frame of re...
The release of stored elastic energy often drives rapid movements in animal systems, and plant compo...
International audienceAlthough they lack muscle, plants have evolved a remarkable range of mechanism...
At first glance, plants seem relatively immobile and, unlike animals, unable to interact with the su...
International audienceWhile plants are primarily sessile at the organismal level, they do exhibit a ...
Synopsis Plant and animal biomechanists have much in common. Although their frame of reference diffe...
Dans cette thèse, nous nous intéressons à la biomécanique de deux mouvements parmi les plus rapides ...
The interesting array of articles for the special issue “Movement: Molecular to Robotic” (7 Apr., pp...
International audienceFrom a biomechanical perspective, plants offer a fascinat- ing example of livi...
The release of stored elastic energy often drives rapid movements in animal systems1, 2, and plant c...
The study of gravitropic movements in plants has enjoyed a long history of research going back to th...
One may think that plants seem relatively immobile. Nevertheless, plants not only produce movement b...
Most animals perform sophisticated forms of movement such as walking, run-ning, flying and swimming ...
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