CATAStrophy predicts filamentous plant pathogen lifestyle characteristics based on their CAZyme composition.

Identification of isotopic niches by considering both intra- and interindividual variability (a novel hierarchical Basyesian model). Measure the isotopic niche overlap. The method is ajusted to isotopic data with intra-individual variability (e.g. measures on whiskers, feathers, tooth).

Quantify the diet composition in % by mass of prey found by analysing the content of samples (e.g. scats, stomachs), identify diet clusters, and measure interspecific overlap.

Ecosystem model developped by Ludiwine Clouzot and Peter A. Vanrolleghem

📦 Data and R code to explore how environmental variables are shaping lake food web structure - Leclerc et al. (2023) [https://doi.org/10.1111/gcb.16642]

Website of the Tundra Nunavik project

Codes and examples that are explored in the paper "Optimal strategy for determining flow-rates of ecosystem2models (at steady-state)." To be submitted Fall 2018