Toby Adjuik

Background

About Toby Adjuik

I am a Research Scientist specializing in biodegradable polymers and soil health technologies, with interdisciplinary expertise spanning biopolymer formulation, field agronomy, and data-driven soil analysis. My work bridges the fields of materials science and agronomy, advancing sustainable solutions that enhance soil water retention, nutrient efficiency, and microbial function. I believe innovations in the lab must deliver measurable impact in the field. I lead R&D initiatives across the U.S, conducting field validation to test agronomic products in annual row crops and specialty crops. My approach integrates biopolymer synthesis, material characterization (SEM, FTIR, GC, rheology), and field-scale testing with predictive modeling and data analysis (R, Python, MATLAB) to translate complex soil–plant–water interactions into actionable insights for growers, companies, and stakeholders. I thrive on cross-functional collaboration, working with engineers, agronomists, and business partners to scale sustainable agricultural technologies that improve water use efficiency, reduce environmental footprint, and build resilient cropping systems: Designed and validated lignin- and starch-based hydrogels that improved soil water retention by up to 30% and reduced hydraulic conductivity by 88%. & : Enhanced microbial survival in lignin–alginate–starch matrices by 84%, demonstrating the potential of biopolymers for nutrient delivery and microbial stabilization: Coordinated multi-location field trials evaluating biopolymer efficacy in water retention, yield response, and nutrient efficiency under commercial conditions: Developed data-driven models with >80% predictive accuracy for soil hydraulic properties and greenhouse gas emissions. Translated complex soil-plant-water interactions into practical recommendations for growers, policymakers, and industry stakeholders. Biodegradable Superabsorbent Polymers Agricultural Coatings & Seed Treatment Systems Controlled-Release and Encapsulation Technologies Sustainable & Regenerative Ag Technologies Circular Bioeconomy and Bio-Based Materials My goal is to bridge the gap between scientific discovery and agronomic impact by designing biomaterial solutions that enhance agriculture's efficiency, resilience, and sustainability.