Material Characterization: How Light Interception Affects Cotton Crops’ Mechanical Properties

Department of Chemistry, Priyadarshini College of Engineering, RTM Nagpur University, Nagpur

^* Corresponding author: mailtovivekms@gmail.com

Abstract

This paper is based on the research made on effect of light based on the structure of its canopy, characterized by its substantial form and direction of its stalks and leaves. There are several morphological, physiological in nature, and biochemical reactions brought on by this light interception. The parameters considered are light interception, Light absorption, light efficiency, accumulation of biomass, growth time, and biomass distribution. In cotton farming, optimal light utilization is accomplished via management strategies that guarantee optimal plant densities, which impact canopy formation by altering canopy characteristics. The focus of this research is on the effects of plant distribution and spatial arrangement on intercepting view in cotton fields. Usually, cotton plants are grown in rows to reduce shadowing. Reducing shade and improving light collection are the goals of adjusting canopy components. The study shows that how sunlight act as a greatest measure of leaf area for effective growth.