M. Riviere

A quantitative model for spatio-temporal dynamics of root gravitropism

The paper develops a mathematical model of root gravitropism in Arabidopsis thaliana that quantitatively matches experimental dynamics and identifies proprioception as essential for root behavior.

Plants sum and subtract stimuli over different timescales

This study shows wheat coleoptiles integrate and compare stimuli over different timescales, revealing computational processes in plant responses.

Spatiotemporal growth pattern during plant nutation implies fast dynamics for cell wall mechanics and chemistry: a multiscale study in Averrhoa carambola

This paper investigates nutation in Averrhoa carambola by analyzing macroscopic growth patterns and cell wall mechanics, revealing localized growth and asymmetric cell wall properties.

Prediction of regional wildfire activity with a probabilistic Bayesian framework

This paper develops a Bayesian probabilistic model to predict regional wildfire activity using fire weather index and forest area data, showing improved accuracy at weekly scales but limitations in predicting large fires during extreme events.

Hook Shape of Growing Leaves Results from an Active Regulation

This study investigates the hook shape of growing compound leaves, showing it is a conserved bent zone with active regulation through mechanical strain and proprioception.