Plant–microbe interactions for crop resilience
Plant Holobionts
We study how beneficial microorganisms shape plant physiology and stress resilience.
Plant–Microbe InteractionsEndophytesPGPMMycorrhizaeHolobiont
Research
Understanding fruit crops under changing environments
Our laboratory focuses on fruit crop physiology, environmental plant physiology, photosynthesis, and plant monitoring to understand how plants grow, function, and respond to environmental conditions.
Areas
Main Research Areas
This sections summarize the laboratory’s main research areas and the questions that guide our work.
Photosynthesis, water relations, and climate resilience
Stress & Resource Use
We examine how crops regulate photosynthesis, water use, and growth under environmental stress.
Environmental StressPhotosynthesisWater RelationsGas ExchangeWater-Use Efficiency
Pomology, fruit quality, and stress-adaptive production
Fruit Crop Physiology
We study physiological processes that determine fruit crop performance and quality.
PomologyFruit QualityBlueberryRootstocksIrrigation
Phenotyping, modeling, and data-driven crop management
Digital Horticulture
We develop monitoring and modeling tools to quantify crop growth, transpiration, and productivity.
Crop ModelingPhenotypingDigital AgricultureSmart HorticultureTranspiration
Approach
From plant responses to practical interpretation
Our research combines physiological measurements, environmental response analysis, and data-based interpretation to better understand plant performance and stress responses.
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Physiological measurement
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Environmental response analysis
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Photosynthetic performance evaluation
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