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CampillayLLanos/README.md

Hi, I'm William Campillay-Llanos 👋

Applied Mathematician | Biomathematical Modelling | Digital Agriculture

I develop mathematical and computational models connecting mathematics, biology, agriculture, and climate science.

  • 🔬 Research: crop phenology, plant diseases, ecological dynamics, and climate extremes
  • 💻 Methods: differential equations, numerical modelling, AI, and computer vision
  • 🌱 Focus: digital agriculture, sustainable food production, and climate adaptation
  • 🎓 PhD in Applied Mathematical Modelling | IEEE Senior Member
  • 🤝 Open to interdisciplinary research and academic collaborations

🚀 Current projects

  • 🍒 Spatio-temporal bioclimatic modelling of cherry phenology
  • 🌾 AI and computer vision for digital monitoring of quinoa
  • 🦠 Mathematical modelling of plant disease dynamics
  • 🌡️ Climate extremes and their effects on agricultural systems
  • 🌿 Digital phenology for climate-smart agriculture

🎥 Featured videos

Mathematics, Research, and Education
Mathematics, Research, and Education
My academic career and the role of applied mathematics in interdisciplinary science.

▶ Watch on YouTube 		Biomathematical Modelling and Sweet Cherry Phenology
Biomathematical Modelling and Sweet Cherry Phenology
Digital phenology and mathematical modelling under changing climatic conditions.

▶ Watch on YouTube
Theoretical Ecology
Theoretical Ecology
Mathematical approaches to ecological interactions and complex biological systems.

▶ Watch on YouTube 		Research and Innovation
Research and Innovation
Innovation, interdisciplinary research, and scientific knowledge applied to practical solutions.

▶ Watch on YouTube

Connect with me

ORCID ResearchGate Academic Website

Using mathematics to understand complex biological systems and support sustainable agriculture.

Popular repositories Loading

  1. Mathematical-Crop-Phenology Mathematical-Crop-Phenology Public

    Mathematical framework for modelling crop phenology under climate change using differential equations, scientific computing, and predictive modelling. Integrates mathematics, biology, and agricultu…

  2. Body-Size-Mutualistic-Dynamics Body-Size-Mutualistic-Dynamics Public

    Mathematical modelling of plant–pollinator interactions under climate change using differential equations. This project investigates how changes in pollinator body size affect mutualistic and antag…

  3. Extreme-Maximum-Temperatures-Chile Extreme-Maximum-Temperatures-Chile Public

    Repository containing data and Python analyses of extreme maximum temperatures in Chilean cities, including linear regressions, monthly and combined trends, projections to 2030, confidence interval…

  4. CampillayLLanos CampillayLLanos Public

    Applied mathematician developing mathematical and computational models for biological, agricultural, and climate systems. Research in digital phenology, plant diseases, AI, computer vision, and sus…

  5. Chile-Honduras-Differential-Equations-Meeting-2026 Chile-Honduras-Differential-Equations-Meeting-2026 Public

    International Chile–Honduras meeting promoting scientific collaboration in differential equations, mathematical modelling, and their applications. The repository includes the program, speakers, abs…

  6. Sweet-Cherry-Climate-Phenology-Risk Sweet-Cherry-Climate-Phenology-Risk Public

    Predictive framework integrating climate, phenology, and phytosanitary risk to support digital agriculture in sweet cherry production.