"THE OUTCOME OF HERMANA PROPOSAL WILL BE A DIAGNOSTIC TOOLSET THAT WILL ALLOW TO KNOW IN SPACE AND TIME DEMANDS FOR WATER AND NITROGEN FERTILIZATION OF THE CROP, SO YOU CAN BETTER ADJUST WATER AND NUTRIENT INPUT TO THE CROP�S SPATIALLY AND TEMPORALLY VARYING REQUIREMENTS. THIS IS EXPECTED TO HELP OPTIMIZE YIELD THROUGH INCREASED WATER AND NUTRIENT USE EFFICIENCIES.

AGRICULTURAL SYSTEMS PLAY A KEY ROLE IN THE BALANCE OF GREENHOUSE GAS EMISSIONS (GHG). AGRICULTURAL SOILS ARE MAIN EMITTERS OF NITROUS OXIDE (N2O) AND, ALSO, THEY HAVE THE CAPABILITY TO SEQUESTER ATMOSPHERIC CARBON DIOXIDE (CO2). THE ADOPTION OF CERTAIN AGRICULTURAL MANAGEMENT PRACTICES MAY CONTRIBUTE TO DECREASE SOIL GHG EMISSIONS. IN RELATION WITH THE ROLE OF AGRICULTURAL MANAGEMENT ON CLIMATE CHANGE, THIS PROJECT AIMS TO IMPROVE THE KNOWLEDGE ON THE IMPACTS OF AGRICULTURAL MANAGEMENT PRACTICES ON GHG EMISSIONS IN MEDITERRANEAN RAINFED AND IRRIGATED CONDITIONS.

AGRICULTURAL SYSTEMS PLAY A KEY ROLE IN THE BALANCE OF GREENHOUSE GAS EMISSIONS (GHG). AGRICULTURAL SOILS ARE MAIN EMITTERS OF NITROUS OXIDE (N2O) AND, ALSO, THEY HAVE THE CAPABILITY TO SEQUESTER ATMOSPHERIC CARBON DIOXIDE (CO2). THE ADOPTION OF CERTAIN AGRICULTURAL MANAGEMENT PRACTICES MAY CONTRIBUTE TO DECREASE SOIL GHG EMISSIONS. IN RELATION WITH THE ROLE OF AGRICULTURAL MANAGEMENT ON CLIMATE CHANGE, THIS PROJECT AIMS TO IMPROVE THE KNOWLEDGE ON THE IMPACTS OF AGRICULTURAL MANAGEMENT PRACTICES ON GHG EMISSIONS IN MEDITERRANEAN RAINFED AND IRRIGATED CONDITIONS.

AGRICULTURAL SYSTEMS PLAY A KEY ROLE IN THE BALANCE OF GREENHOUSE GAS EMISSIONS (GHG). AGRICULTURAL SOILS ARE MAIN EMITTERS OF NITROUS OXIDE (N2O) AND, ALSO, THEY HAVE THE CAPABILITY TO SEQUESTER ATMOSPHERIC CARBON DIOXIDE (CO2). THE ADOPTION OF CERTAIN AGRICULTURAL MANAGEMENT PRACTICES MAY CONTRIBUTE TO DECREASE SOIL GHG EMISSIONS. IN RELATION WITH THE ROLE OF AGRICULTURAL MANAGEMENT ON CLIMATE CHANGE, THIS PROJECT AIMS TO IMPROVE THE KNOWLEDGE ON THE IMPACTS OF AGRICULTURAL MANAGEMENT PRACTICES ON GHG EMISSIONS IN MEDITERRANEAN RAINFED AND IRRIGATED CONDITIONS.

AGRICULTURAL SYSTEMS PLAY A KEY ROLE IN THE BALANCE OF GREENHOUSE GAS EMISSIONS (GHG). AGRICULTURAL SOILS ARE MAIN EMITTERS OF NITROUS OXIDE (N2O) AND, ALSO, THEY HAVE THE CAPABILITY TO SEQUESTER ATMOSPHERIC CARBON DIOXIDE (CO2). THE ADOPTION OF CERTAIN AGRICULTURAL MANAGEMENT PRACTICES MAY CONTRIBUTE TO DECREASE SOIL GHG EMISSIONS. IN RELATION WITH THE ROLE OF AGRICULTURAL MANAGEMENT ON CLIMATE CHANGE, THIS PROJECT AIMS TO IMPROVE THE KNOWLEDGE ON THE IMPACTS OF AGRICULTURAL MANAGEMENT PRACTICES ON GHG EMISSIONS IN MEDITERRANEAN RAINFED AND IRRIGATED CONDITIONS.