Impact of Climate Change on Agricultural Yield: A Meta-Analysis

Abstract

Agricultural composites are the focus of this investigation, which takes a microscopic look at their composition, fiber alignment, mechanical properties, and capacity to interact with live creatures. Sample 3’s elemental distribution analysis reveals a 6% increase in polymer content, among other minor variations. Sample 4 shows a 0.7% increase in porosity and Sample 2 shows a 3-degree elevation in fiber alignment, both of which are shown by microstructural examinations. Sample 4’s 5% increase in tensile strength and Sample 3’s 8% increase in Young’s Modulus demonstrate, respectively, the microstructure-specific impact of mechanical testing. According to the bioactivity tests, Sample 3 showed a 2.7% increase in cellular adhesion, whereas Sample 2 showed a 0.3% decrease in disintegration rate. The intricate web of relationships among agricultural composites is the subject of this research, which could pave the way for the creation of tailor-made materials with adaptable characteristics and many potential applications.

Keywords

• agricultural composites
• microstructure
• elemental distribution
• mechanical characteristics
• bioactivity