Plant phenotyping is essential in plant breeding and management. High-throughput data
acquisition and automatic phenotypes extraction are common concerns in plant …

The 3D reconstruction of tree seedlings can help to assess phenotypic architectures,
conceive virtual urban landscapes and design computer games. The existing multicamera …

The study of plant phenotypes based on 3D models has become an important research
direction for automatic plant phenotype acquisition. Building a labeled three-dimensional …

Effective point cloud denoising is critical in 3D plant phenotyping applications, which
reduces interference in subsequent algorithms and improves the accuracy of plant …

Accurate estimation of desert vegetation biomass is crucial for monitoring changes in carbon
stocks and productivity status. Unmanned aerial vehicle (UAV) remote sensing allows large …

In order to achieve high-efficiency, low-cost and non-destructive measurement of soybean
leaf inclination, three soybean varieties (Fudou-6, Kangxian-9 and Kangxian-13) were taken …

Accurate and efficient three-dimensional (3D) fruit tree branch reconstruction is crucial for
autonomous fruit-harvesting robot path planning and obstacle avoidance. Due to the …

Inflorescence trimming is a crucial process to produce high-quality table grapes. It can
eliminate nutrient competition in a bunch and makes it less vulnerable to disease …

Three-dimensional models of plants provide valuable phenotypic information. Phenotypic
measurements of plant structures are essential for monitoring plant growth and …

Abstract 3D reconstruction of seedling can provide comprehensive and quantitative spatial
structure information, offering an effective digital tool for breeding research. However …