Main projects
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Discover some projects managed by the unit (projects ordered in descending order of end date) : they reflect the variety of the scientific targets, of the geographical areas where projects take place, and of the funding sources. Among the projects hereby described around half are supported by French public funds (ANR, foundation Agropolis), a third by European funds (H2020, regional funds) and the rest through diverse sources (French and foreign private partners, international organizations, ...)
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GLOBAFRICA - Reconnecting Africa: Sub-Saharan Africa and the World prior to European Imperialism
GLOBAFRICA is an ambitious history programme for rethinking Africa’s long term integration into the rest of the World. This multidisciplinary project intends to establish new tools to give a balanced vision of connections between Africa and the other continents
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FSPMApple : Multiscale functional-structural plant modelling of apple trees
Functional-structural plant models (FSPMs) are designed to represent 3-dimensional plant structure, biophysical and physiological functioning with their mutual dependencies. The aim of this project, focused on apple tree, is to complement FSPMs with genotypic parameters and new plant physiological responses to water stress and contrasted crop load using a multi-scale approach
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Le projet porte sur la génétique de la résistance au balai de sorcières chez cupuassu, espèce originaire d’Amazonie et de la même famille que le cacao (Theobroma cacao L.).
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AlternAP: Genetic mechanisms underlying alternate cropping in apple (Malus x domestica)
Promoting an environmentally safe and economically competitive fruit tree industry in Europe is challenging because fruit production is fragile in front of global warming and is prone to alternate bearing, which is defined as a high cropping year followed by a low (or nil) cropping. In AlternApp, we investigate new avenues on the genetic and environmental control of floral induction in apple tree to open perspectives for innovative material selection.
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The WUEtree project focuses on "water use efficiency (WUE)" and the functional related traits because the challenge of many tree plantation programs, facing the global changes, is to improve the tree adaptation and the biomass production without increasing water extraction
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Face à la fréquence et variabilité des périodes de déficit hydrique en Amérique Latine, les riziculteurs ont besoin de variétés de riz capables de tolérer des déficits hydriques intervenant à tout moment du cycle
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CAWaS : Cotton Adaptation to Water Stress
Une approche de génétique d’association pour les réponses morpho-physiologiques au déficit hydrique du cotonnier cultivé, Gossypium hirsutum L.
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BIOSORG: Diversifying and optimizing biomass sorghum value chains
Diversifying and optimizing biomass sorghum value chains for Mediterranean and Semi-arid environments: an integrative approach merging biological sciences, biomaterial development and socio economic assessment.
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FruitSelGen : Évaluation de la sélection génomique chez les espèces fruitières
Actuellement, chez les espèces pérennes fruitières, une génération de sélection prend entre 15 et 20 ans. Comment la connaissance de l’architecture génétique des caractères d’intérêt pourrait permettre d’accélérer cela ?
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La maladie sud-américaine des feuilles (SALB) de l’hévéa, causée par le champignon ascomycète Pseudocercospora ulei, représente une menace pour la chaine productive de caoutchouc naturel et pour 30 millions de petits planteurs des pays du sud qui vivent de cette activité
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