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| dct:title
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| dct:abstract
| - Twenty-five L. riparia were collected on one bank of the river L'Aiguillon (Gard, France) and transferred to the opposite bank, just in front of their collecting site. 19 of them swam back immediately to their place of origin. A few individuals transported on the opposite bank, but a few tens of meters from their collecting place on a straight section of the river, did cross it on a route parallel to that they would have used if released in front of their collecting place. Out of 15 individuals collected on one bank and transferred to the opposite one, but after a bend over too meters from their collecting place, 12 crossed the river slantwise, on routes more or less parallel to those they would have followed if released in front of their collecting place. These results agree with those of UGOLINI&CHIUSSI (1996), who showed that L. riparia is able to locate itself using the sun and moon. They perhaps also use some kind of %22lateral rheotactism%22 leading them to swim perpendicularly to the stream, and this way reach faster the bank of the river.
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| bibo:abstract
| - Twenty-five L. riparia were collected on one bank of the river L'Aiguillon (Gard, France) and transferred to the opposite bank, just in front of their collecting site. 19 of them swam back immediately to their place of origin. A few individuals transported on the opposite bank, but a few tens of meters from their collecting place on a straight section of the river, did cross it on a route parallel to that they would have used if released in front of their collecting place. Out of 15 individuals collected on one bank and transferred to the opposite one, but after a bend over too meters from their collecting place, 12 crossed the river slantwise, on routes more or less parallel to those they would have followed if released in front of their collecting place. These results agree with those of UGOLINI&CHIUSSI (1996), who showed that L. riparia is able to locate itself using the sun and moon. They perhaps also use some kind of %22lateral rheotactism%22 leading them to swim perpendicularly to the stream, and this way reach faster the bank of the river.
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| dct:issued
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| dct:bibliographicCitation
| - Voisin, J. 2020. Sur le sens de l'orientation chez Labidura riparia (Pallas,1773) (Dermaptera Labiduridae). <em>Entomologiste (Paris)</em>, 76(4): 245-248.
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