Services
Monitoring of crops (precision agriculture) and forest areas by remote sensing. Unmanned aerial vehicles. F. López (flgranados@ias.csic.es)
Acquisition of hyperspectral and thermal images using manned aircraft for crop stress detection. P. Zarco (pablo.zarco@csic.es)
Real-time agro-meteorological monitoring of crops and experimental environments. L. Testi (lucatesti@ias.csic.es)
Quantification of CO2 emissions in agricultural production systems. F. Villalobos (ag1vimaf@uco.es); L. Testi (lucatesti@ias.csic.es).
Diagnosis of plant pathogens by remote sensing. J. A. Navas (jnavas@ias.csic.es).
Agrometeorological and plant transpiration measurements. L. Testi (lucatesti@ias.csic.es)
Phenotyping by image analysis for genomic association. P. Hernandez (phernandez@ias.csic.es).
- Real-time agro-meteorological monitoring of crops and experimental environments.
- Quantification of CO2 emissions in agricultural production systems.
- Agrometeorological and plant transpiration measurements.
- Qualitative and quantitative analysis of glucosinolate content in plant material by HPLC according to the official EU method.
- Rapid and non-destructive analysis of quality components in plant material by NIRS.
- Analysis and evaluation of nutritional quality components in plant species.
- Evaluation of the efficacy of biological or chemical products in crop growth promotion or disease control.
- Evaluation of the efficacy of genetic resistance in sunflower and maize.
- Identification and characterization of sunflower and corn pathogens.
- Molecular identification of crop pathogens.
- Rapid and non-destructive analysis of quality components in plant material by NIRS.
- Analysis and evaluation of nutritional quality components in plant species.
- Genetic transformation of wheat.
- Characterization of cereal gluten proteins by HPLC.
- Evaluation of resistance to sunflower bunchy top.
- Analysis of oilseeds.
- Diagnosis of plant pathogens, including Xylella fastidiosa, by microbiological and molecular methods.
- Plant pathogenic quarantine organisms.
- Evaluation and characterization of plant resistance to phytopathogens and monitoring of infection processes.
- Determination of the diversity and structure of microbial populations using metagenomics and culturomics techniques.
- Biosafety level 2 laboratory.
- Analysis of oilseeds.
- Evaluation of resistance to sunflower bunchy top.
- Analysis of soil physical properties.
- Design and evaluation of comprehensive restoration actions in agricultural areas with severe erosion.
