Comparative Genomics and Crop Physiology
The aim of the research unit is to increase the resistance and resilience of crops to abiotic stresses using information from plant genomics and physiology
![Crop Science - Comparative](/sites/default/files/styles/width_1186px_testata/public/2022-06/comparative_main_page.jpg?itok=HUpWedPk)
This unit mainly deals with the following research topics:
- Comparative genomics on species of agricultural interest using bioinformatics analysis
- Biotechnological approaches based on genetic modification and gene editing of species of agricultural interest
- Analysis of the physiological and molecular effects determined by water-deficit and salt stress on fruit and biomass tree species
- Omics approaches to increase crop resistance and resilience to climate change-induced abiotic stresses
- Analysis of the molecular, physiological and productive effects induced by organic and inorganic xenobiotics on plants e phyto-treatment methods for contaminated soil and water
- Development of non-destructive methods and application of sensors for measuring the physiological state of cultivated species for Agriculture 4.0 applications
- Physiological and productive analysis of cultivated species in response to the use of unconventional-, surface- and ground-water to mitigate water scarcity