Publications

Granite rock formations

My research addressed critical questions in ecology and environmental science across multiple scales and systems. I studied how climate change transformed freshwater lake ecosystems through altered ice dynamics and water quality patterns. My work in plant ecology examined facilitation mechanisms and species interactions in harsh environments, with direct applications for restoration and conservation. Through quantitative synthesis and meta-analysis, I investigated biodiversity patterns, urban green infrastructure effectiveness, and multi-trophic responses to environmental change.

I am dedicated to advancing ecological data science by strengthening reproducibility, improving code quality, and creating robust workflow practices. These efforts are part of my broader commitment to building a more reliable and transparent foundation for ecological research. While I am publishing less in my current data science role, I continue to support the scientific community by creating tools and software that lower barriers to participation and make ecological research more accessible to everyone.

Climate Change & Lake Ecosystems

Examining how climate change affects lake ice dynamics, water quality, and ecosystem functioning across the Northern Hemisphere.

Plant Ecology & Facilitation

Understanding how plants interact and facilitate each other in harsh environments, with implications for restoration and conservation.

Ecological Data Science & Methods

Advancing reproducibility, code quality, and methodological rigor in ecological research through better data management and analytical practices.

Biodiversity & Conservation

Quantifying biodiversity patterns across ecosystems and understanding how human activities and climate change affect species interactions and conservation outcomes.