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Hi I'm Cole πŸ‘‹

I am a computational biologist, currently a PhD student in the Carlson lab at Yale University, and with the Verena Institute. Feel free to call me any pronouns, but I typically use he/him or they/them.

My PhD research is mostly thinking about how we can understand and predict viral spillover risk. I also think a lot about food webs, fisheries, and the theory behind ecological forecasting πŸ“ˆ. I also have active research projects on computational pedagogy and metascience regarding publishing and equity in ecology specifically.

I am extremely passionate about open science and computational literacy in the biological sciences, and I teach introductory workshop series in programming and reproducibility methods for undergrad and grad students. πŸ–₯️ I built and (sort of) maintain the UofT R Manual which is a great intro resource for those new to R.

Here on my GitHub are all the projects I'm working on, a bit of a mixture of research projects and teaching materials. Also even though I'm not a software person by trade, I do love building little tools and fun projects for myself, as well as learning new languages.

You can learn more about me and my various research projects here

I absolutely love talking about software, statistical quandries, and fun ecological problems. If you think we have similar interests, reach out and let's have a virtual or in-person coffee β˜•

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Cole Brookson's Projects

bati-report icon bati-report

Short report of sea lice trends in and around the Broughton Archipelago during the BATI program :fish:

diffeqcallbacks.jl icon diffeqcallbacks.jl

A library of useful callbacks for hybrid scientific machine learning (SciML) with augmented differential equation solvers

disease-overyield icon disease-overyield

How do competition overyielding dynamics change with the introduction of parasite dynamics?

eeb-r-manual icon eeb-r-manual

Code, text, notes, and infrastructure to support the R manual for undergraduate students in the Ecology & Evolutionary Biology department at the University of Toronto :desktop_computer:

ef_activities icon ef_activities

Hands-on activities associated with the Ecological Forecasting book and graduate class

good-enough-repository icon good-enough-repository

It doesn't have to be perfect, but let's make it good enough! A workable repository structure for ecology :fish:

gsl icon gsl

BIOS2-CIEE workshop

high-dim-trait-niche icon high-dim-trait-niche

How do we best make use of high-dimensional trait data to predict Albacore tuna diets? :fish:

julia-course icon julia-course

Following along with 'Introduction to Computational Thinking' with the purpose of learning Julia better

juvenile-salmon-sealice icon juvenile-salmon-sealice

Sea lice infestation on Pacific Salmon using data from the Hakai Institute Juvenile Salmon Program (2015-2019)🐟

kx-sea-lice icon kx-sea-lice

Stock-recruit models for the effect of sea lice on wild salmon returns in the Kitasoo / Xai’xais nation

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