I believe the fundamental beauty of the world lies in the stories behind the patterns we see.
Do you need your ecological field data organized and analyzed with publication-ready figures? If so, click here.
My goal is to bring you from messy field data to a clean report with methods, analyses, and publication-ready figures and results. With my PhD in plant ecology and over 10 years of experience in the field, I specialize in analyzing ecological data using the most up-to-date frequentist and Bayesian machine learning approaches. I invest quality time, holding myself to the highest standard, and will ensure you receive the most accurate and thorough results possible, including all source codes written in R. I will: - Clean your data - Select the most appropriate type of statistical models - Build these models to answer the questions or hypotheses you want to test. - Generate publication-ready figures - Write a report with all methods, results, and conclusions I can reduce my full package fixed-price if you don't need all of these deliverables (e.g., if you don't need publication-ready figures). If you have any questions or to discuss further, I invite you to contact me before ordering. |
|
I am a data science consultant passionate about developing creative solutions for analyzing, visualizing, and exploring data. I also offer consulting help with observational and experimental research design, specializing in plant ecology.
I have worked with students, academics, NGOs, and private individuals. If you are interested in working together or have any questions, feel free to contact me for a free consultation and see the services that I offer. I believe the fundamental beauty of the natural world comes from understanding the mechanisms behind the patterns we see. My research background has focused on the role of plant dispersal and its link to ecosystem function, as well as overall natural history assays and comparative analyses. My work combines experimental and observational approaches with plant functional traits and advanced statistical techniques aimed to expand our theoretical understanding of ecology. |