Root Angle & Branching
Overview
Root growth angle and branching patterns determine the rooting depth distribution and the soil volume explored by plants. These traits strongly influence drought resistance, anchorage, nutrient capture, and competitive ability.
1. Mapping root angle QTLs in cereals and legumes
2.Screening for deep-rooting ideotypes under drought
3. Characterizing phosphorus foraging architecture in low-P soils
4. Studying hormonal and environmental regulation of branching
5. Linking root angle with canopy temperature and water-use efficiency
Recommended Solutions
Root Phenotyping System
- High-resolution measurement of root growth angles and lateral branching patterns
- Time-series imaging to track dynamic changes in root architecture
- Quantitative analysis of root system plasticity under different treatments or environmental conditions
Why Our System Fits This Application
High-resolution imaging capturing root growth angles and lateral branching
Time-series measurements enabling dynamic root architecture analysis
High-throughput assessment for population-scale genotype comparisons
Integration of shoot-root correlations for holistic plant performance evaluation
Standardized, objective measurements suitable for genetic and environmental studies