Main projects
Cat:838/6305 from 838-By funders/6305-Agropolis ===> 10
Result for your research: "Agropolis"
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CHEW : Carbon-Hungry ricE and Wheat
The CHEW project aims to validate whether rice and wheat varieties with contrasting carbon source-to-sink ratios differ in their photosynthetic response, leaf sugar content and yield when subjected to elevated CO2 concentration. Confirmation of these hypotheses will pave the way for more efficient selection of CO2-responsive genotypes, either by conventional or molecular selection.
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CLEMATIS: CoLEarning with Models to Assess diversificaTIon Services
Assessing the contribution of crop diversification to ecosystems services: co-learning with models to integrate farmers’ and researchers’ knowledge
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SAADA: Supporting Agrobiodiversity in Mediterranean Agroecosystems to improve Drought Adaptation
The SAADA project will address fundamental scientific questions on the role of agrobiodiversity in the functioning of complex agroecosystems
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OliveMed : Diversification variétale et adaptation de l’olivier au changement climatique
Diversification variétale, un atout pour l’adaptation de l’olivier et la résilience des agroécosystèmes oléicoles
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GeneRice : Generation and deployment of Genome-Edited Nitrogen-use-Efficient Rice Varieties
The GeneRice project aims at providing rice R&D community with tailored technical methods to develop Genome-edition-assisted approaches and improved varieties to support variety innovation matching the needs of the low resource farmers and the market in developing countries
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CoEx : Gouvernance adaptative de la coexistence des systèmes de gestion de la diversité
Le projet CoEx couvre l’Afrique de l’Ouest. Il a trois composantes : décrire la diversité des politiques, des mécanismes institutionnels et des perceptions des acteurs concernés ; documenter la diversité des sources de semences des agriculteurs ; organiser des espaces de concertation multi-acteurs pour une réflexion sur les liens entre les pratiques et les politiques de gestion de la diversité cultivée au sein des institutions de recherche, notamment celles des collections ex situ
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APLIM: Advanced Plant Life Imaging and Metrology
APLIM, development of magnetic resonance technologies (NMR, MRI, nanoprobes) to support integrative biology of plant response to abiotic and biotic constraints
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The current possibility for massive sequencing data production have opened new opportunities to understand with unprecedented resolution, the organization and dynamics of genomes
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DormApp: Genetic and molecular characterization of bud dormancy in apple
Dormancy is an adaptive mechanism that enables plants to survive unfavourable climatic conditions and allows budbreak and flowering to occur only when the conditions are more permissive. The production of temperate fruits, such as apple (Malus x domestica Borkh.), is closely related to bud dormancy, given that a well-adjusted dormancy cycle is crucial for appropriate flowering time and the achievement of their full production potential.
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GS-Ruse : Genomic selection for resources use efficiency in rice
GS-Ruse focuses on methodological development and proof of concept of genomic selection in three breeding programs of complementary agronomic stakes and genetic futuree
