Early detection of native and invasive insect pests is an urgent challenge for optimal action before infestation settles. PheroSensor will go beyond the current state-of-the-art solutions of artificial odor sensing by developing and evaluating innovative bioinspired sensors to detect insect pests.
PheroSensor
Early detection of insect pests using
pheromone receptor-based olfactory sensors
PheroSensor
Early detection of insect pests using
pheromone receptor-based olfactory sensors
PheroSensor
Early detection of insect pests using
pheromone receptor-based olfactory sensors
PheroSensor
Early detection of insect pests using
pheromone receptor-based olfactory sensors
About us
Consortium
PheroSensor: 6 Partners from 5 Institutes | |
|---|---|
 | iEES (INRAE) - Paris and VersaillesPhilippe LUCAS - Coordinator - WP4 leader |
 | LIST (CEA) - SaclayEmmanuel SCORSONE - WP2 leader |
| MaIAGE (INRAE) - Jouy-en-JosasSimon LABARTHE - WP3 leader |
 | ISM (CNRS) - MarseilleDominique MARTINEZ - WP1 leader |
 | ESYCOM (ESIEE) - Marne-la-ValléeGaëlle LISSORGUES |
 | EGCE (IRD) - Gif-sur-YvettePaul André Calatayud |
Biological sensors
Building pheromone sensors using genetically engineered Drosophila lines (sentinel flies).
Physical sensors
Grafting insect pheromone receptor on electronical transductors.
Modelling strategy
Levaraging sensor signals to derive spatio-temporal risk maps.
Field studies
Assessing pheromone sensors in decreasingly controlled conditions, from green-house to fields.