Publications
Publications
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Simulating Water and Nitrogen Dynamics Under Cover Crops in Mediterranean VineyardsInterdrought VIII, Nov 2025, La Serena, France. , InterDrought VIII: Global Interdisciplinary Perspectives, Breeding Strategies and Experimental Approaches to Resilient Cropping Systems, ⟨10.20870/oeno-one.2025.59.3.9310⟩ |
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Accumulation of grape metabolites is differently impacted by water deficit at the berry and plant levels in new fungus disease-tolerant genotypes9. International Macrowine Conference on Macromolecules and Secondary Metabolites of Vine and Wine (Oeno Macrowine 2023), Jul 2023, Bordeaux, France |
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Water deficit impacts grape development without dramatically changing thiol precursors level22. GiESCO International Meeting, Jul 2023, Ithaca, United States. |
Accumulation of grape metabolites is differently impacted by water deficit at the berry and plant levels in new fungus disease-tolerant genotypes9. International Macrowine Conference on Macromolecules and Secondary Metabolites of Vine and Wine (Oeno Macrowine 2023), Jul 2023, Bordeaux, France |
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Duravitis & VDQA programs open new breeding strategies for grapevine facing T° risesInnovine, Nov 2016, Toulouse, France. 2016 |
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Yield reduction under high temperature is paired with a low carbon status in microvine10. International Symposium on Grapevine Physiology and Biotechnology, Jun 2016, Verone, Italy. 2016 |
Low temperature delays malate breakdown from sugar accumulation in ripening berries10. ISGPB, Jun 2016, Verone, Italy. 2016 |
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Grapevine adaptation to climate warning: new ways to breed varieties better adapted to elevated temperatureFinal International Symposium in Innovation Vineyard (InnoVine), Nov 2016, Toulouse, France. INRA, 63 p., 2016, Book of abstracts |
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The carbon balance of (micro)vine plants is decreased under elevated temperaturePlant Biology Europe FESPB/EPSO Congress 2014, Jun 2014, Dublin, Ireland. 2014 |
Water deficit impacts on the development of the grape without dramatically changing the levels in thiol precursors22. GiESCO International Meeting, International Viticulture & Enology Society - IVES, Jul 2023, Ithaca, United States |
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New disease-resistant grapevine varieties response to drought under a semi-arid climate22. GiESCO International Meeting, Jul 2023, Ithaca, United States |
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Water deficit impacts grape development without dramatically changing thiol precursor levels22. GiESCO International Meeting, Jul 2023, Ithaca, United States |
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Smartphone as a tool for deficit irrigation management in Vitis vinifera22. GiESCO International Meeting, GIESCO, Jul 2023, Ithaca, United States |
New fungus disease-tolerant grapevine varieties response to drought under a semi-arid climate22. GiESCO International Meeting, Cornell University, Jul 2023, Ithaca, United States |
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Delaying grapevine budbreak and/or phenological stages is not just a matter of pruning dates22. GiESCO International Meeting, GIESCO, Jul 2023, Ithaca, United States |
New fungus-resistant grapevine varieties display high and drought-independent thiol precursor levelsIn Vino Analytica Scientia 2022, Jul 2022, Neustadt, Germany |
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Caractérisation du potentiel aromatique de type thiol de variétés résistantes : Influence du stress hydrique13. Journée Scientifique de la Vigne et du Vin - JSVV, Mar 2022, Montpellier, France |
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Varietal thiols: from vine to wineMontpellier Vine & WIne sciences - International seminar: Sharing knowledge & designing research programs to address key challenges of the vine-wine sector, Oct 2022, Montpellier, France |
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Water deficit differentially impacts the performances and the accumulation of grape metabolites of new varieties tolerant to fungiTerclim2022 : 14. International Terroir Congress ; 2. ClimWine Symposium, Jul 2022, Bordeaux, France |
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La vigne et l’eau. Quelques rappels utilesBRL Webinaire, Oct 2021, Online, France |
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Generalizing water production functions through biophysical simulation: A viticulture example24th International Congress on Modelling and Simulation, Dec 2021, Sydney, Australia |
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Discussion sur le déroulé aromatique de la maturation des cépages à raisins blancs. Rôle potentiel de l’état hydrique de la vigne ?Champagne Nicolas Feuillate Webinaire, Jul 2021, Online, France |
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La Vigne et le Climat : Brève discussion autour du fonctionnement physiologique des cépages (Vitis vinifera L.)Viteff 2021, Oct 2021, Epernay, France |
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Discussion around grapevine fruit zone microclimate and possible consequences on berry primary and secondary metabolitesMerano Wine Festival 2020, Nov 2020, Bordeaux, France |
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Grapevine berry development: Understanding environmental and cultural impacts on berry weight loss and shrivelingDrylands, Deserts & Desertification International symposium, Nov 2020, Online, Israel |
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Grapevine fertility: A short presentation on yield components42 SASEV Conference, Nov 2020, Stellenbosch, South Africa |
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Managing grapevine berry development and ripening: dream or reality?Qilu international forum on precision viticulture and enology, 2019, Qilu, China |
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Le projet Panel 279 : la génétique d’association pour des variétés tolérantes à la sécheresseJournée presse KIM Vine & Wine, Montpellier Université d'Excellence (MUSE), Oct 2019, Gruissan, France |
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Parameterising Beer’s law for potted young grapevines using a functional-structural-plant-model12th European Conference on Precision Agriculture (ECPA), AgroTic, Jul 2019, Montpellier, France |
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The gradual responses of grapevine yield components and carbon status to nitrogen supplyOenoOne-Giesco, Jun 2019, Thessalonique, Greece |
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La vigne et l’eau5ème édition des Rencontres Internationales du Rosé, Jan 2019, Marseille, France |
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New physiological and genetic approaches to breed grapevines challenging climate warming12. Congress of the international plant molecular biology, Aug 2018, Montpellier, France |
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Gestion de l’eau et des minéraux chez la vigne (Vitis vinifera L.). Discussion sur quelques principes physiologiques – Vinitech-RivulisLe salon Mondial Vitivinicole, Arboricole et Maraicher, Nov 2018, Bordeaux, France |
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Spatial distribution of berry sugar concentration on grapevine's clusters (Vitis vinifera L.). Discussion on potential consequences for sampling to monitor vineyard ripeningThe Eighth Organic Grape Wine Festival in Hexi Corridor of china, Wuwei region of Gansu, China, Sep 2018, Wuwei, China |
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Microvine fruitfulness response to elevated temperaturesThe Eighth Organic Grape Wine Festival in Hexi Corridor of china, Wuwei region of Gansu, China, Sep 2018, Wuwei, China |
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Water and minerals management. A discussion about some principlesDionysud, Nov 2018, Béziers, France |
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La sélection de nouvelles variétés mieux adaptées aux changements climatiques en Occitanie1ère Journée Rencontres Scientifiques sur les changements climatiques en Occitanie, Dec 2018, Narbonne, France |
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Impact of nitrogen fertilisation amount and timing on grapevine nitrogen and carbon status in high yielding vineyards of south of France20. GiESCO International Meeting, Nov 2017, Mendoza, Argentina |
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Duravitis opens breeding strategies for grapevine facing T° risesClimWine 2016 (Sustainable grape and wine production in the context of climate change), Apr 2016, Bordeaux, France |
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Temperature impacts on grapevine physiology and development at both plant and organ levels10. International Symposium on Grapevine Physiology and Biotechnology, Jun 2016, Verone, Italy |
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Grapevine physiology and development responses to warm temperatures sensed on the entire plant or on individual bunches10. International Symposium on Grapevine Physiology and Biotechnology, Jun 2016, Verone, Italy |
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Is failure of reproductive development under water or heat stress due to C shortage ?SEB Symposium, Jul 2016, Brighton, United Kingdom |
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Grapevine and climate warming: Duravitis program opens new breeding strategies for temperature adaptationClimWine 2016 (Sustainable grape and wine production in the context of climate change), Institut National de Recherche Agronomique (INRA). UMR Ecophysiologie et Génomique Fonctionnelle de la Vigne (1287)., Apr 2016, Bordeaux, France. 152 p |
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The development of genetics tools for the selection of grapevine wine cultivars adapted to warming5. ISTW, 2016, Petrolina, Brazil |
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The microvine, a biological model to boost grapevine research in physiology and genetics39. Congresso mundial da vinha e do vinho OIV, 2016, Bento Gonçalvez, Brazil |
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The regulation of the grapevine berry transcriptome by temperature is dependant on the circadian cycle19. Journées Internationales de Viticulture GiESCO, May 2015, Gruissan, France. 810 p |
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The developmental, molecular & genetic bases of grapevine adaptation to thermal stressSéminaire de l'ANR "Faire face aux changements climatiques - Les apports de la recherche collaborative sur projets", Jul 2015, Paris, France |
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Role of plant carbon status in yield components responses to elevated temperatures in microvine19. Journées Internationales de Viticulture GiESCO, May 2015, Gruissan, France. 810 p |
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The night transcriptome of grapevine berries reveals new insights in developmental pattern and heat stress response11. International Conference on Grapevine Breeding and Genetics, Jul 2014, Beijing, China |
Contrôle de l'état hydrique dans la plante et réponses physiologiques de la vigne à la contrainte hydriqueViticulture et stress hydrique, Jun 2014, Montpellier, France |
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The microvine provides new perspectives for research on berry physiology18. International Symposium GiESCO 2013, Groupe International d'Experts en Systèmes Vitivinicoles pour la Coopération (GIESCO). FRA., Jul 2013, Porto, Portugal |
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Microvine: an ecophysiological model for grapevine18. International Symposium GiESCO 2013, Groupe International d'Experts en Systèmes Vitivinicoles pour la Coopération (GIESCO). FRA., Jul 2013, Porto, Portugal |
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Multidisciplinary research to select new cultivars adapted to climate changes17. International Symposium GiESCO 2011, Aug 2011, Asti, Italy |
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Phenology and berry development of deficit irrigated 'Cabernet Sauvignon5th International Symposium on Irrigation of Horticultural Crops, International Society for Horticultural Science (ISHS). Leuven, INT., Aug 2006, Milura, Australia. pp.529-536 |
Chapitre 9 : Taille de la vignePetit précis Vigne et vin. Tome 1. Viticulture, France Agricole Eds, 2022, Vigne et vin, 285557823X |
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Chapitre 4 : Sources et système "plante entièreTraité de la vigne : physiologie, terroir, culture., 3ème ed., Dunod, pp.67-233, 2020, Pratiques Vitivinicoles, 9782100798575 |
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The Microvine: A Versatile Plant Model to Boost Grapevine Studies in Physiology and GeneticsAdvances in Grape and Wine Biotechnology, IntechOpen, 2019, ⟨10.5772/intechopen.86166⟩ |
Chapitre 8 : Raisonnement des techniques culturalesTraité de la vigne : physiologie, terroir, culture., 3ème ed., Dunod, pp.375-513, 2015, 9782100726691 |
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Sources et système « plante entière »Traité de la vigne : physiologie, terroir, culture, 2ème ed., Dunod, 573 p., 2015, 978-2-10-072669-1 |
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Raisonnement des techniques culturalesTraité de la vigne, 2ème ed., Dunod, 573 p., 2015, 978-2-10-072669-1 |
Traité de la vigne : physiologie, terroir, culture.Dunod, 3ème ed., 712 p., 2020, Pratiques Vitivinicoles, Carbonneau Alain; Torregrosa Laurent, 9782100798575 |
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Traité de la vigne : physiologie, terroir, culture.Dunod, 2ème ed., 592 p., 2015, 9782100726691 |
VineLOGIC: Grapevine growth and development model2020, ⟨10.25919/5eb3536b6a8a8⟩ |
The development of genetics tools for the selection of grapevine wine cultivars adapted to warming2020 |