Sylvain Pincebourde
Présentation
Publications
Publications
How will terrestrial isopods cope with heat and desiccation?ISEPEP 10, Jul 2025, Vancouver, Canada |
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Ornamental plants and mistletoe as catalysts of spring populations of Drosophila suzukiiEnto25, Royal Entomological Society, Sep 2025, Glasgow, United Kingdom |
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A new conceptual framework to study thermal preference plasticity in ectothermsLife is plastic: How phenotypic plasticity makes us rethink central problems in biology (Jacques Monod Conference), Luis-Miguel CHEVIN; Cameron GHALAMBOR, Jun 2024, Roscoff, France |
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Thermal acclimation effect on the metabolic rate of a pest insectRespFest, David Deslauriers; Christelle Lefrançois, May 2023, La Rochelle, France |
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Invasive success of Drosophila suzukii: Is Wolbachia playing a role?REID, May 2023, Poitiers, France |
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Fallen fruit: a back-up resource shaping fruit fly communitiesEnto23, Royal Entomological Society, Sep 2023, Falmouth, United Kingdom |
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Thermal preference plasticity of a major pest: a key to its invasion success?European Congress of Entomology, Emmanouil Roditakis; Stefanos Andreadis, Oct 2023, Heraklion, Greece |
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Thermal preference plasticity of Drosophila suzukii: a key to its invasion success?Colloque d'Ecophysiologie Animale (CEPA), Sylvain Pincebourde; Vincent Foray, Nov 2023, Tours, France |
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Wolbachia and diet interaction effect on Drosophila suzukii performanceISEPEP, Hervé Colinet; David Renault, Jul 2022, Rennes, France |
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Communautés d’insectes et changement global : enjeux méthodologiques et écologiquesJournée du DiPEE (Dispositif de Partenariats en Ecologie et Environnement Nouvelle-Aquitaine – Centre-val-de-Loire), CNRS, Jun 2022, Poitiers, France |
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Changement climatique et phénologie chez la processionnaire du pin : enjeux et prédictionJournée scientifique du réseau TEMPO, Oct 2021, Avon, France |
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Thermal preference plasticity and fitness of an invasive polyphagous insect in heterogeneous environmentsEuropean PhD Network "Insect Science" IX Annual Meeting, Nov 2021, Firenze, Italy |
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Modeling the relationship between temperature and development of the pine processionary moth to predict its phenologySymposium de Modélisation et Statistique en Santé des Animaux et des Plantes (ModStatSAP), Jul 2021, Visioconférence, France |
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Macroecological Patterns of Fruit Infestation Rates by the Invasive Fly Drosophila suzukii in the Reservoir Host Plant Sambucus nigra1st International Electronic Conference on Biological Diversity, Ecology and Evolution, Mar 2021, Sciforum.net, France. pp.9469, ⟨10.3390/BDEE2021-09469⟩ |
Changement climatique et phénologie chez la processionnaire du pin : enjeux et prédictionRéunion du GDR Plasticité Phénotypique, Nov 2020, Visioconférence, France |
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Prédire la phénologie de la processionnaire du pin sur la base de sa biologie thermiqueJournées scientifiques annuelles des sites INRAE du Loiret, Nov 2020, Orléans, France |
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Dérèglement climatique et variabilité phénologique de la processionnaire du pin. Comprendre pour améliorer la lutte.Réunion annuelle du Groupe des Entomologistes Forestiers Francophones (GEFF), Sep 2019, Quillan, France |
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Understanding density-dependent polyphenism in melanism in sub-Arctic range expanding populations of the winter moth Operophtera brumata: an ecophysiological perspective3rd Croatian Symposium on Invasive Species, Nov 2018, Zagreb, Croatia |
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How does climate change affect the pine processionary moth phenology?International meeting on processionary moth, Dec 2018, Tunis, Tunisia |
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The thermal heterogeneity at leaf, canopy and biogeographical scales: consequences for leaf dwelling insectsAnnual Meeting of the Society-for-Integrative-and-Comparative-Biology (SICB), Jan 2016, Portland, United States. 1 p |
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Modelling spatial and temporal leaf temperature dynamics a focus on the leaf boundary layer7. International Conference on Functional-Structural Plant Models, FSPM., Jun 2013, Sariselka, Finland. pp.146-148 |
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Climate and plant pest dynamics: scales matterPlant and canopy architecture impact on disease epidemiology and pest development international conference, Jul 2012, Rennes, France |
A biophysical approach to simulate effects of climatic change on tree pest insects.Interdisciplinarity workshop on Adapting to Climate Change Agriculture and Ecosystems, Oct 2010, Aubière, France |
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Can tree architecture buffer climate change effects on pest? A biophysical approach using virtual plants6. International Workshop on Functional-Structural Plant Models, Sep 2010, Davis, United States. pp.120-122 |
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How does microclimate affect canopy insect communities?International Congress in Ecology and Evolution, Oct 2024, Lyon, France |
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Surviving in a changing world: key contributions of legacies from abiotic disturbances to the resilience of forest arthropod communitiesForest disturbance and ecosystem dynamics in a changing world, Sep 2022, Berchtesgaden, Germany, Germany. 1 p., 2022 |
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Wolbachia and diet modulation interact and affect the performance of an invasive fruit fly34e colloque Biotechnocentre, Oct 2022, Nouan-le-Fuzelier, France. |
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Modelling spatial and temporal leaf temperature dynamics at leaf and canopy scalesWorkshop HETEROCLIM, Jun 2014, Loches, France. IRBI - LEGS, 1 p., 2014, The response of organisms to climate change in heterogeneous environments |
Santé des plantes et changement climatiqueP. Debaeke; N. Graveline; B. Lacor; S. Pellerin; D. Renaudeau; É. Sauquet. Agriculture et changement climatique : Impacts, adaptation et atténuation., QUAE, pp.187-220, 2025, Collection Synthèses, 978-2-7592-4011-1 |
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Conclusion. Produire des fruits en régions tempérées entre risques et opportunités dans un climat qui changeJean-Michel Legave. Les productions fruitières à l'heure du changement climatique - Risques et opportunités en régions tempérées, Editions Quae, pp.437-446, 2022, 978-2759232512 |
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L’anticipation des impacts du changement climatique sur les bioagresseurs en arboriculture fruitièreÉditions Quae. Les productions fruitières à l'heure du changement climatique, Editions Quae, pp.319-353, 2022, 9782759232512 |
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Plant-Insect Interactions in a Changing WorldSauvion; N and Thiery; D and Calatayud; PA. Insect-plant Interactions In A Crop Protection Perspective, 81, ACADEMIC PRESS LTD-ELSEVIER SCIENCE LTD, pp.289-332, 2017, Advances in Botanical Research, 978-0-12-803324-1; 978-0-12-803318-0. ⟨10.1016/bs.abr.2016.09.009⟩ |
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Biophysique environnementale des insectes endophytes.Ecologie, Environnement. Université François Rabelais - Tours, 2005. Français. ⟨NNT : ⟩ |
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Thermal ecology of ectotherms: the role of microclimates in climate change responsesBiodiversity and Ecology. Université de Tours, 2019 |