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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).
Website of the Tundra Nunavik project
📦 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]
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.
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