Advanced Phenotyping Solutions for Modern Plant Science
Genetic Breeding & Germplasm Evaluation
Accurate trait measurement is essential for identifying superior genotypes and accelerating breeding progress. Our phenotyping solutions support population-scale trials, multi-environment testing, and advanced genetic analyses.
Genotype–phenotype association
Population screening
Resistance evaluation
QTL mapping & GWAS
Trait heritability analysis
Plant Growth & Development Monitoring
Continuous monitoring of plant growth provides critical insights into biomass accumulation, plant vigor, and developmental timing. Our platforms quantify structural and physiological changes across the life cycle.
Morphology & architecture analysis
Growth rate modeling
Leaf expansion & canopy structure
Flowering & reproductive
Fruit & pod growth
Abiotic Stress Phenotyping
Understanding plant responses to environmental stress is essential for climate-resilient agriculture. Our controlled-environment systems quantify stress responses with high precision.
Heat and cold stress
Drought and water deficit
Salt stress
Light spectrum response
Nutrient deficiency/toxicity
Elevated CO₂ response
Biotic Stress & Plant Health Assessment
Our imaging and spectral systems capture disease symptoms and pest damage with high sensitivity, enabling early detection and quantitative assessment of plant health.
Disease lesion quantification
Pest feeding damage
Health index calculation
Senescence analysis
Hyperspectral early detection
Root System Architecture & Below-ground Phenotyping
Root traits play a central role in water uptake, nutrient efficiency, and stress resilience. Our root imaging platform provides accurate and non-destructive analysis of complex below-ground structures.
Root length & volume
Root angle & branching
RSA modeling
Root–soil interactions
Stress-Induced Root Response
Reproductive Traits, Flowers & Seeds
Flower Phenotyping
Accurate floral trait measurements support research in reproduction, development, and yield-related traits.
Seed Phenotyping
Seed quality and morphology determine germination performance and yield traits. Our dedicated system ensures rapid and standardized evaluation.