Agricultural research
Postdoctoral work at USDA-ARS on disease and toxin management in dairy forages — predictive modeling, whole-genome sequencing of Fusarium species, and fungicide resistance under climate change.
See research →Maxwell O. Chibuogwu, PhD
I research mycotoxins in dairy forages at the USDA, and I'm building AI-driven tools to close the technology gap between Africa and the rest of the world — beginning with weather data Nigerian farmers can actually rely on.
Postdoctoral work at USDA-ARS on disease and toxin management in dairy forages — predictive modeling, whole-genome sequencing of Fusarium species, and fungicide resistance under climate change.
See research →Vibe-coded apps that fill technology gaps where governments fall short. First on the bench: a weather product for Nigerian farmers built on modern forecasting APIs while we plan for owned satellite data downstream.
See projects →Notes on Nigerian institutions, the practice of science, and what it actually takes to ship civic technology in low-trust environments.
Read writing →Introducing a new open-source dashboard tracking daily risk for tar spot, ear rots, southern rust, and mycotoxins across three experimental sites
A description of effective tools in estimating DNA quantity for genomics
A note on what I plan to write here, who it is for, and why a plant pathologist is suddenly building software.
Field investigation of how Fusarium graminearum colonization in corn ears and stalks drives DON accumulation — with implications for dairy feed safety.
Modern, location-specific weather forecasting for Nigerian agricultural cities — built to replace the static PDF bulletins NiMet still publishes today.
An R showcase for agricultural data analysis — code snippets, annotated outputs, and a path to your first working script using real research data.
Researchers, builders, and Nigerians shipping things in agriculture or civic tech — I'd love to hear from you. The fastest way is LinkedIn.