Biotechnological strategy to enhance aluminum tolerance and nutrient-use efficiency in modern cultivars
Research platform targeting mitochondrial metabolism and DNA-repair regulation to improve aluminum tolerance in crops grown on acidic, aluminum-rich soils. Aims to develop more productive cultivars with reduced chemical ...
Cyanobacteria and microalgae biostimulants for enhanced plant growth and abiotic stress tolerance
A biostimulant development platform leveraging native cyanobacteria and microalgae strains to produce bioactive molecules that improve plant growth, nutrient use efficiency, crop yield, and tolerance to abiotic stresses....
Optimizing irrigation timing to enhance crop yield through flowering pathway modulation
Research-based solution identifying optimal irrigation timing and genetic targets to improve water use efficiency and crop yield. Investigates how watering at specific times of day shapes flowering pathway gene expressio...
Improving crop root fitness through photoperiod and temperature research
Research program investigating how photoperiod and diurnal temperature regulate root developmental phases to enhance carbon allocation in crop roots without yield penalties. Targets improved soil organic matter, reduced ...
Chronotherapy-based strategies to reduce agrochemical input and enhance crop stress tolerance
A plant chronotherapy platform leveraging circadian-clock synchronization to improve glyphosate effectiveness, phosphate-use-efficiency, and aluminum tolerance. Targets reduced chemical inputs, improved soil health, and ...
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