This paper reviews current parameterizations developed and implemented within
Computational Fluid Dynamics models for the study of the effects linking vegetation, mainly …

This review surveys the large variety of mechanical interactions between wind and plants,
from plant organs to plant systems. These interactions range from leaf flutter to uprooting …

Studying the microclimate of plant canopies has long motivated scientists in various
research fields such as agronomy, ecology or silviculture, and almost a century has passed …

Forest canopies are important components of the terrestrial carbon budget, which has
motivated a worldwide effort, FLUXNET, to measure CO2 exchange between forests and the …

The panel discussion on energy balance closure correction for trace gas fluxes was
embedded into a conference on transport and chemistry in forest ecosystems. The …

This paper describes the transition from open channel flow to flow over submerged
vegetation using velocity measurements collected with acoustic Doppler velocimetry (ADV) …

Large coherent structures over vegetation canopies are responsible for a substantial part of
the turbulent transfer of momentum, heat and mass between the canopy and the …

Sharp heterogeneities in forest structure, such as edges, are often responsible for wind
damage. In order to better understand the behaviour of turbulent flow through canopy edges …

A model is developed to quantify the wind sheltering of a lake by a tree canopy or a bluff.
The experiment‐based model predicts the wind‐sheltering coefficient a priori, without …

The Advanced Regional Prediction System (ARPS) has been modified so as to simulate
turbulent flow at very fine scale within and above vegetation canopies using a large-eddy …