Laser Scanning in Plant Phenotyping

In plant phenotyping, laser scanners are used to capture three-dimensional structures of samples. Analyzing scanned point clouds delivers data on plant and plant-organ dimensions, together with their geometrical and morphological structure. Data serve to analyze developmental stages of the plants, and to monitor growth processes.

  • Laser Scanner
  • 3D point cloud
  • Structural and morphological analysis
  • 3D phenotyping

Discover the cutting-edge technology of laser scanners, which employ active laser triangulation or phase shift methods to capture the complete three-dimensional morphological structure of plants [1]. This innovative process transforms raw data into a detailed point cloud, offering invaluable insights into plant growth and movement. Experience the speed and precision of this technique, which surpasses other image analysis methods and achieves an impressive point-to-point accuracy of 0.25mm.

Advanced near-infrared scanners enable daylight scanning while minimizing any impact on plant physiology, ensuring accurate and non-invasive measurements. With a range of options available, from simple scanners to high-resolution and multi-spectral laser scanners, laser scanning can address various phenotyping applications. Explore the possibilities of laser scanning technology and unlock new potential in plant research and analysis.

[1] Paulus, Stefan; Schumann, Henrik; Kuhlmann, Heiner; Léon, Jens (2014): High-precision laser scanning system for capturing 3D plant architecture and analysing growth of cereal plants. In: Biosystems Engineering 121, p. 1–11. http://www.sciencedirect.com/science/article/pii/S1537511014000166