Acquisition of plant phenotypic information facilitates plant breeding, sheds light on gene
action, and can be applied to optimize the quality of agricultural and forestry products …

Phenotyping is a systematic process of quantifying and assessing a wide range of structural
and physiological traits to understand the intricate interplay between an organism's genetic …

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

The leaf area (LA) is essential for interception of solar radiation and is determinant factor in
plant photosynthesis and penetration of light in the canopy and the plant growth rate. In this …

The development and application of optical luminescent methods and devices will help
obtain information quickly and objectively about the level of Fusarium infection of agricultural …

In facility tomato cultivation, analyzing and managing crop phenotypic traits across different
growth stages is vital for improving quality and yield. Traditional manual methods are time …

Farm management and crop quality assessment is becoming increasingly automated to
keep up with demand. The physical examination of the plant leaves, stems and fruit can …

Image analysis is a promising method for in situ leaf area measurement. However, as leaves
are three-dimensional, the use of two-dimensional images captured using a digital camera …

Leaf area is an essential growth trait for plants throughout their lifespan. However, how to
calculate the area effectively, non-destructive, and cheaper is a complex task, which needs …

El frijol caupí (Vigna unguiculata L. Walp) se cultiva en todo el mundo, principalmente en
zonas tropicales. Se cultiva en rangos de temperatura de 25 a 35 C y precipitaciones …