| Title: |
Augmented fertilizer for drought ; Travis Raymond-Charlie Stone . Development of a Bio-Based Augmented Fertilizer for Drought Resilience Using Mucilaginous Plant Derivatives. Assisted by AI Model (OpenAI, GPT-4o), July 28, 2025. Available from: [https://stonesshop.org/] Additional AI Contributions: Structural organization, scientific abstract drafting, energy sustainability integration, tabular data formatting, and final PDF generation. |
| Description: |
(Energy-Linked Version) Water scarcity and rising energy costs pose dual threats to sustainable agriculture in the 21st century. This study presents a bio-based augmented fertilizer composed of mucilage-rich plants such as Opuntia ficus-indica (nopales), Aloe vera, Salvia hispanica (chia), and others engineered to enhance soil water retention while reducing agricultural energy demands. These plants naturally produce polysaccharides like galacturonic acid, pectin, and glucomannan, which form hydrophilic matrices that significantly reduce evaporation and irrigation frequency. By decreasing water input needs, this fertilizer system contributes to substantial energy savings across water pumping, distribution, and treatment processes. Additionally, it minimizes reliance on synthetic hydrogels and fertilizers, whose production is energy-intensive and fossil-fuel dependent. Early trials demonstrate a 25-45% increase in soil moisture retention, alongside improvements in microbial activity, soil structure, and nutrient availability. This multifunctional, biodegradable formulation offers a scalable, low-cost solution for climate-resilient farming, contributing to both ecological sustainability and energy-efficient agricultural practices. https://zenodo.org/records/16539791 Stone, Travis Raymond-Charlie. Development of a Bio-Based Augmented Fertilizer for Drought Resilience Using Mucilaginous Plant Derivatives. Assisted by AI Model (OpenAI, GPT-4o), July 28, 2025. Available from: [https://stonesshop.org/] Additional AI Contributions: Structural organization, scientific abstract drafting, energy sustainability integration, tabular data formatting, and final PDF generation. |