Animal movement is crucial to the ecology of spatially structured population, particularly for highly mobile species. Marine turtles’ life cycle is indeed closely related to spatial and environmental factors. This work analyses the spatial ecology of marine turtles, from early juvenile to adult stages, in the Southwest Indian Ocean, primarily through the use of two methods: satellite tracking and individual-based modeling. Firstly, this analysis argues that green turtle’s reproductive phenology across the region is mainly related to the sea surface temperature in the vicinity of the nesting site. Then, it shows how drifting trajectories of hatchlings in oceanic currents unevenly influence their life history traits depending on the position ...
This thesis is a comprehensive work aiming to improve scientific knowledge on the green turtle (Chel...
This thesis is a comprehensive work aiming to improve scientific knowledge on the green turtle (Chel...
International audienceMore than twenty years of active research on green turtle (Chelonia mydas) in ...
Animal movement is crucial to the ecology of spatially structured population, particularly for highl...
Animal movement is crucial to the ecology of spatially structured population, particularly for highl...
The strong heterogeneity of the marine ecosystem leads to a patchy distribution of the resources in ...
1. Comprehensive knowledge of the fundamental spatial ecology of marine species is critical to allow...
Aim Tracking technologies are often proposed as a method to elucidate the complex migratory life his...
Ce travail de thèse s'insère dans une démarche globale d'acquisition des connaissances sur la tortue...
Aim Tracking technologies are often proposed as a method to elucidate the complex migratory life hi...
International audienceSouthwest Indian Ocean (SWIO) represents a noteworthy region to study green tu...
WOS:000529189000042International audienceUnderstanding how ocean currents impact the distribution an...
The ability of captive-reared turtles to survive in the wild is not precisely known, nor are movemen...
Environmental factors shape the spatial distribution and dynamics of populations. Understanding how ...
This thesis is a comprehensive work aiming to improve scientific knowledge on the green turtle (Chel...
This thesis is a comprehensive work aiming to improve scientific knowledge on the green turtle (Chel...
International audienceMore than twenty years of active research on green turtle (Chelonia mydas) in ...
Animal movement is crucial to the ecology of spatially structured population, particularly for highl...
Animal movement is crucial to the ecology of spatially structured population, particularly for highl...
The strong heterogeneity of the marine ecosystem leads to a patchy distribution of the resources in ...
1. Comprehensive knowledge of the fundamental spatial ecology of marine species is critical to allow...
Aim Tracking technologies are often proposed as a method to elucidate the complex migratory life his...
Ce travail de thèse s'insère dans une démarche globale d'acquisition des connaissances sur la tortue...
Aim Tracking technologies are often proposed as a method to elucidate the complex migratory life hi...
International audienceSouthwest Indian Ocean (SWIO) represents a noteworthy region to study green tu...
WOS:000529189000042International audienceUnderstanding how ocean currents impact the distribution an...
The ability of captive-reared turtles to survive in the wild is not precisely known, nor are movemen...
Environmental factors shape the spatial distribution and dynamics of populations. Understanding how ...
This thesis is a comprehensive work aiming to improve scientific knowledge on the green turtle (Chel...
This thesis is a comprehensive work aiming to improve scientific knowledge on the green turtle (Chel...
International audienceMore than twenty years of active research on green turtle (Chelonia mydas) in ...