F Druelle
Biographic Data
| ID | 54934 |
|---|---|
| NAME | F Druelle |
| GIVEN NAMES | F |
| FAMILY NAME | Druelle |
| SIGNATURE | DRUELLE F |
| AFFILIATIONS | Centre National de la Recherche Scientifique |
| ORCID | 0000-0001-9680-6401 |
| VERIFIED | Yes |
| TOTAL WORKS | 16 |
| TOTAL CITATIONS | 21 |
| AUTHOR COUNT | 16 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2014 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 3 |
Ontogenetic Changes in Intrinsic Hand and Foot Proportions in Chimpanzees, Pan troglodytes
Au-delà des modes uniques: Peut-on Reconstruire Les Répertoires Positionnels Des Hominines Fossiles
Running the Risk: Road‐Crossing Behavior in Wild Chimpanzees ( Pan troglodytes ) in an Anthropogenic Habitat in Uganda
Recent research highlights the behavioral flexibility of wild chimpanzees in response to human‐induced changes in their environment, including agricultural and infrastructural development. The expansion of road networks threatens chimpanzee populations across Africa. Studying their road‐crossing behavior, especially outside protected areas where road impacts are greatest, helps identify factors influencing their choices and flexibility. This stud…
Functional and behavioral variation in intrinsic hand and foot digit proportions in primates
The relative elongation of the digits on the autopods has long been considered as an adaptation for an arboreal lifestyle shared by several tetrapods. In primates, this morphological adaptation constitutes one of the defining characters of the order and is correlated to their enhanced manual and pedal grasping capabilities. However, primates are highly diversified in terms of body mass and locomotor repertoire, and it remains unclear to what exte…
A comparative study of muscle activity and synergies during walking in baboons and humans
Simuler le passé à partir du présent: Reconstruction De Morphotypes Anciens De Primates Par Une Technique Combinant Bootstrap Et Phylogénie
Les morphotypes (distribution des masses et des longueurs) des primates actuels sont variés et semblent refléter, en partie, les adaptations locomotrices de ces espèces, humains et hominines inclus. Les morphotypes des primates éteints sont très partiellement reconstruits sur la base du matériel fossile, celui-ci étant souvent trop fragmentaire pour le permettre. Par ailleurs, il n’existe pas de méthode quantitative qui permettrait d’édifier l’en…
Bipédie du babouin olive (Papio anubis): Étude De La Cinématique Articulaire Du Membre Inférieur Au Cours De l'Ontogenèse
La bipédie habituelle représente un marqueur morphologique, fonctionnel et comportemental de la lignée humaine. Tous les primates non-humains (PNHs) pratiquent la bipédie spontanément, cependant son utilisation reste occasionnelle chez ces espèces. L’étude de la bipédie dans un cadre comparatif est donc primordiale pour comprendre notre évolution. Des études ont révélé que la fréquence d’utilisation de la bipédie semble plus importante chez les j…
Marches bipède et quadrupède du babouin olive (Papio anubis): Activité Musculaire Comparée Et Perspectives Évolutives
La marche bipède humaine est particulièrement raffinée et efficace. Les primates non-humains (PNHs), quant à eux, utilisent la bipédie occasionnellement au sein d’un répertoire posturo-locomoteur souvent varié. Dans le contexte de l’évolution des modes locomoteurs chez les primates (incluant les hominines), une hypothèse suggère l’existence d’un mécanisme de contrôle basique et similaire en bipédie et en quadrupédie. La tester nécessite une obser…
Impressive Arboreal Gap-Crossing Behaviors in Wild Bonobos, Pan paniscus
The body center of mass in primates: Is it more caudal than in other quadrupedal mammals
OBJECTIVES: Whole body center of mass (BCoM) position values are lacking for a comparative sample of primates. Therefore, it still remains unknown whether the BCoM in primates is more posteriorly located than in other mammals. The aim of the present report is to provide data for a large sample of primate species and to compare the position of the BCoM in primates to non-primate mammals. MATERIALS AND METHODS: We collected morphometrics on eight p…
Behavioral implications of ontogenetic changes in intrinsic hand and foot proportions in olive baboons ( Papio Anubis )
OBJECTIVES: Relatively long digits are considered to enhance grasping performance in primates. We tested whether growth-related changes in intrinsic hand and foot proportions may have behavioral implications for growing animals, by examining whether ontogenetic changes in digital proportions are related to variation in voluntary grasping behaviors in baboons. MATERIALS AND METHODS: Longitudinal morphological and behavioral data were collected on …
Morphologie et comportement locomoteur: Synthèse De l'Analyse Intégrative d'Un Modèle Primate Non Humain Actuel
De nombreux désaccords existent quant à l'interprétation des aptitudes locomotrices des premiers homininés. En effet, la signification fonctionnelle à donner aux caractères à la fois dérivés et archaïques chez une même espèce fossile, comme par exemple chez l'Australopithecus afarensis, reste difficile. Les travaux intégratifs portant sur les primates non humains actuels (morphologie, biomécanique, répertoire posturo-locomoteur) sont des approche…
The origin of bipedality as the result of a developmental by-product: The case study of the olive baboon (Papio anubis)
Effect of body mass distribution on the ontogeny of positional behaviors in non‐human primates: Longitudinal follow‐up of infant captive olive baboons ( Papio anubis )
The diversity of primates' positional capabilities is unique among mammals. Indeed, they exhibit a daily repertoire composed of various locomotor and postural modes that may be linked to their particular morphological pattern. Because ontogeny undergoes parallel behavioral and morphological modifications, it may be useful to investigate the biomechanical consequences of the changing body shape. We, therefore, collected accurate quantitative and l…
Bipedality from locomotor autonomy to adulthood in captive olive baboon ( Papio anubis ): Cross‐sectional follow‐up and first insight into the impact of body mass distribution
OBJECTIVE: Despite that the biomechanics of standing and walking bipedally has been extensively studied in nonhuman primates, the morphological features that may constrain, or facilitate, the control of balance and thus of the spontaneous occurrence of bipedal behavior are poorly known. We aim to test the relationship between body mass distribution and bipedal behavior using a nonhuman primate species, the olive baboon, Papio anubis, raised in ca…
Bipedalism in non-human primates: A comparative review of behavioural and experimental explorations on catarrhines
Non-human primates are commonly used as comparative models to investigate the evolutionary origins of habitual bipedal walking. After almost a century of research in the field of behaviour and functional anatomy, the need for integrative analyses is being widely discussed. In that perspective, the purpose of this note is to report on the available literature on quantitative behavioural and experimental studies of bipedalism in catarrhines. Exampl…
Behavioral implications of ontogenetic changes in intrinsic hand and foot proportions in olive baboons ( Papio Anubis )
OBJECTIVES: Relatively long digits are considered to enhance grasping performance in primates. We tested whether growth-related changes in intrinsic hand and foot proportions may have behavioral implications for growing animals, by examining whether ontogenetic changes in digital proportions are related to variation in voluntary grasping behaviors in baboons. MATERIALS AND METHODS: Longitudinal morphological and behavioral data were collected on …
Bipedality from locomotor autonomy to adulthood in captive olive baboon ( Papio anubis ): Cross‐sectional follow‐up and first insight into the impact of body mass distribution
OBJECTIVE: Despite that the biomechanics of standing and walking bipedally has been extensively studied in nonhuman primates, the morphological features that may constrain, or facilitate, the control of balance and thus of the spontaneous occurrence of bipedal behavior are poorly known. We aim to test the relationship between body mass distribution and bipedal behavior using a nonhuman primate species, the olive baboon, Papio anubis, raised in ca…
The body center of mass in primates: Is it more caudal than in other quadrupedal mammals
OBJECTIVES: Whole body center of mass (BCoM) position values are lacking for a comparative sample of primates. Therefore, it still remains unknown whether the BCoM in primates is more posteriorly located than in other mammals. The aim of the present report is to provide data for a large sample of primate species and to compare the position of the BCoM in primates to non-primate mammals. MATERIALS AND METHODS: We collected morphometrics on eight p…
The origin of bipedality as the result of a developmental by-product: The case study of the olive baboon (Papio anubis)
A comparative study of muscle activity and synergies during walking in baboons and humans
Impressive Arboreal Gap-Crossing Behaviors in Wild Bonobos, Pan paniscus
Bipedalism in non-human primates: A comparative review of behavioural and experimental explorations on catarrhines
Non-human primates are commonly used as comparative models to investigate the evolutionary origins of habitual bipedal walking. After almost a century of research in the field of behaviour and functional anatomy, the need for integrative analyses is being widely discussed. In that perspective, the purpose of this note is to report on the available literature on quantitative behavioural and experimental studies of bipedalism in catarrhines. Exampl…
Effect of body mass distribution on the ontogeny of positional behaviors in non‐human primates: Longitudinal follow‐up of infant captive olive baboons ( Papio anubis )
The diversity of primates' positional capabilities is unique among mammals. Indeed, they exhibit a daily repertoire composed of various locomotor and postural modes that may be linked to their particular morphological pattern. Because ontogeny undergoes parallel behavioral and morphological modifications, it may be useful to investigate the biomechanical consequences of the changing body shape. We, therefore, collected accurate quantitative and l…
Bipedality from locomotor autonomy to adulthood in captive olive baboon ( Papio anubis ): Cross‐sectional follow‐up and first insight into the impact of body mass distribution
OBJECTIVE: Despite that the biomechanics of standing and walking bipedally has been extensively studied in nonhuman primates, the morphological features that may constrain, or facilitate, the control of balance and thus of the spontaneous occurrence of bipedal behavior are poorly known. We aim to test the relationship between body mass distribution and bipedal behavior using a nonhuman primate species, the olive baboon, Papio anubis, raised in ca…
The origin of bipedality as the result of a developmental by-product: The case study of the olive baboon (Papio anubis)
Behavioral implications of ontogenetic changes in intrinsic hand and foot proportions in olive baboons ( Papio Anubis )
OBJECTIVES: Relatively long digits are considered to enhance grasping performance in primates. We tested whether growth-related changes in intrinsic hand and foot proportions may have behavioral implications for growing animals, by examining whether ontogenetic changes in digital proportions are related to variation in voluntary grasping behaviors in baboons. MATERIALS AND METHODS: Longitudinal morphological and behavioral data were collected on …
Morphologie et comportement locomoteur: Synthèse De l'Analyse Intégrative d'Un Modèle Primate Non Humain Actuel
De nombreux désaccords existent quant à l'interprétation des aptitudes locomotrices des premiers homininés. En effet, la signification fonctionnelle à donner aux caractères à la fois dérivés et archaïques chez une même espèce fossile, comme par exemple chez l'Australopithecus afarensis, reste difficile. Les travaux intégratifs portant sur les primates non humains actuels (morphologie, biomécanique, répertoire posturo-locomoteur) sont des approche…
The body center of mass in primates: Is it more caudal than in other quadrupedal mammals
OBJECTIVES: Whole body center of mass (BCoM) position values are lacking for a comparative sample of primates. Therefore, it still remains unknown whether the BCoM in primates is more posteriorly located than in other mammals. The aim of the present report is to provide data for a large sample of primate species and to compare the position of the BCoM in primates to non-primate mammals. MATERIALS AND METHODS: We collected morphometrics on eight p…
Impressive Arboreal Gap-Crossing Behaviors in Wild Bonobos, Pan paniscus
Bipédie du babouin olive (Papio anubis): Étude De La Cinématique Articulaire Du Membre Inférieur Au Cours De l'Ontogenèse
La bipédie habituelle représente un marqueur morphologique, fonctionnel et comportemental de la lignée humaine. Tous les primates non-humains (PNHs) pratiquent la bipédie spontanément, cependant son utilisation reste occasionnelle chez ces espèces. L’étude de la bipédie dans un cadre comparatif est donc primordiale pour comprendre notre évolution. Des études ont révélé que la fréquence d’utilisation de la bipédie semble plus importante chez les j…
Marches bipède et quadrupède du babouin olive (Papio anubis): Activité Musculaire Comparée Et Perspectives Évolutives
La marche bipède humaine est particulièrement raffinée et efficace. Les primates non-humains (PNHs), quant à eux, utilisent la bipédie occasionnellement au sein d’un répertoire posturo-locomoteur souvent varié. Dans le contexte de l’évolution des modes locomoteurs chez les primates (incluant les hominines), une hypothèse suggère l’existence d’un mécanisme de contrôle basique et similaire en bipédie et en quadrupédie. La tester nécessite une obser…
Simuler le passé à partir du présent: Reconstruction De Morphotypes Anciens De Primates Par Une Technique Combinant Bootstrap Et Phylogénie
Les morphotypes (distribution des masses et des longueurs) des primates actuels sont variés et semblent refléter, en partie, les adaptations locomotrices de ces espèces, humains et hominines inclus. Les morphotypes des primates éteints sont très partiellement reconstruits sur la base du matériel fossile, celui-ci étant souvent trop fragmentaire pour le permettre. Par ailleurs, il n’existe pas de méthode quantitative qui permettrait d’édifier l’en…
A comparative study of muscle activity and synergies during walking in baboons and humans
Running the Risk: Road‐Crossing Behavior in Wild Chimpanzees ( Pan troglodytes ) in an Anthropogenic Habitat in Uganda
Recent research highlights the behavioral flexibility of wild chimpanzees in response to human‐induced changes in their environment, including agricultural and infrastructural development. The expansion of road networks threatens chimpanzee populations across Africa. Studying their road‐crossing behavior, especially outside protected areas where road impacts are greatest, helps identify factors influencing their choices and flexibility. This stud…
Functional and behavioral variation in intrinsic hand and foot digit proportions in primates
The relative elongation of the digits on the autopods has long been considered as an adaptation for an arboreal lifestyle shared by several tetrapods. In primates, this morphological adaptation constitutes one of the defining characters of the order and is correlated to their enhanced manual and pedal grasping capabilities. However, primates are highly diversified in terms of body mass and locomotor repertoire, and it remains unclear to what exte…
Ontogenetic Changes in Intrinsic Hand and Foot Proportions in Chimpanzees, Pan troglodytes
Au-delà des modes uniques: Peut-on Reconstruire Les Répertoires Positionnels Des Hominines Fossiles
Primate Behavior and Ecology (14 works) · Biology (13 works) · Anatomy (8 works) · Ecology (8 works) · Anatomy (7 works) · Baboon (7 works) · Animal Vocal Communication and Behavior (6 works) · Zoology (6 works) · Bipedalism (5 works) · Ecology (5 works)