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EXPloring Antiferroelectric oxides as a new technological brick for futur Nanoelectronic Devices – EXPAND
Ferroelectric (FE) materials that are characterized by a switchable polarization under application of an electric field have already attracted considerable interest for future electronic devices like
Extracting water minerals and energy from seawater desalination brine – EXTRASEA
With more than 18,000 plants worldwide, seawater desalination is the most reliable and sustainable way to produce drinking water in Mediterranean countries under water stress. EXTRASEA’s challenge i
From genes to shape-Towards development of a computable flower – Genes2Shape
The project is aimed at understanding how molecular regulation integrates with mechanics to control plant shape, a problem with wide implications for both fundamental and applied biology. We will address this issue in the Arabidopsis flower, which is amongst the best characterized systems in plant developmental biology. Using a pluridisciplinary aproach, we will integrate information from multiple scales, from molecular networks to physical properties and geometry into a single picture.
Role of extracellular vesicles in plant-microbe interactions – Exosomes
Exosomes are small extracellular vesicles (EVs) secreted from cells by the fusion of multivesicular bodies (endosomes) with the plasma membrane. Although they are implicated in intercellular transport of sRNAs and proteins in animals and plants, very little is known about EV composition or functions in filamentous fungi.
Activation and regulation of plasma membrane receptor signaling complexes controlling plant development and immunity, and their connection to downstream signaling cascades. – SICOPID
Activation and regulation of plasma membrane receptor signaling complexes controlling plant development and immunity, and their connection to downstream signaling cascades
COincidence DEtection in Cellular IDEntity – CODECIDE
Recepteur organization and cell signaling
Autonomous perception and hoeing of crops in sustainable agriculture – PEAD
One of the main priorities of sustainable agriculture is the reduction of crop inputs, to promote production agriculture that respects the environment and the health of the consumer. The PEAD project
Site-specific weeding robot using high electrical voltage actuator combined with UAV hyperspectral imagery for predictive management and post-assessment. – WeedElec2017
The WeedElec project offers an alternative to global chemical weeding, which combines an aerial adventitious detection capability with a terrestrial robotic weeding solution using high-voltage electric power
RObotics SEnsorimotor loops to weed AUtonomously – ROSEAU
The evolution of agriculture towards sustainability requires the implementation of new practices to limit herbicides and promote the emergence of systems adapted to social, economic and environmental
Precision Imaging and Tool-block for Early In-row Hoeing – BIPBIP
For both vegetable crops and field crops, weed management at early stages is a critical issue with great consequences from a financial and ecological point of view and in terms of harvest quality. Tec