Manual assessments of plant phenotypes in the field can be labor-intensive and inefficient.
The high-throughput field phenotyping systems and in particular robotic systems play an …

Three-dimensional high throughput plant phenotyping techniques provide an opportunity to
measure plant organ-level traits which can be highly useful to plant breeders. The number …

Background Population growth and climate uncertainty increase the demand for more food
to feed the world. Finding a new variety and discovering novel genetic traits that confer …

The use of high-throughput phenotyping systems in crop research offers a powerful
alternative to traditional methods for understanding plant behaviours. These systems …

Reliable, accurate, and affordable linear motion control systems for precision agriculture
applications are currently not easily accessible due to their elevated cost. Most systems …

Phenotyping is a critical process in plant breeding, especially when there is an increasing
demand for streamlining a selection process in a breeding program. Since manual …

Genotype research has outpaced the exploration of phenotypes, exerting a notable impact
on the efficacy and quality of breeding practices. The absence of efficient, field-based, high …

Future crop varieties must be higher yielding, stress resilient and climate agile to feed a
larger population, and overcome the effects of climate change. This will only be achieved by …

This work provides a high-level overview of system design considerations for measuring
plant architecture traits in row crops using ground-based, mobile platforms. High-throughput …

The aim of this study was to overcome the impact of vibration generated by agricultural
machinery on the monitoring accuracy and performance of vehicle-mounted crop growth …