I. Gounand

This study identifies three types of multistability in dryland plant communities driven by facilitation and competition under varying stress levels.

The paper models how resource stoichiometry in aquatic-terrestrial ecosystems affects spatial feedbacks and production through subsidy flows.

This study shows that growth rate affects carbon and nitrogen isotope fractionation in Spodoptera littoralis larvae, leading to potential misclassification in trophic level estimates.

This paper introduces a method to generate optimal channel networks (OCNs) and provides an R-package, OCNet, for their application in ecological and evolutionary studies.

The paper studies how spatial configurations influence community composition through resource exchange in experimental multi-layered networks.

This study compares eDNA and kicknet methods for assessing biodiversity in a river network, finding similar richness estimates but differing community composition assessments.

The paper shows that upstream community structure affects downstream community dynamics through resource subsidies without dispersal.