Direct effects of current velocity on the growth, morphometry and architecture of seagrasses: a case study on Zostera noltii

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Flow‐induced reconfiguration of buoyant and flexible aquatic vegetation (2011, background): “Previous studies show that the morphology of aquatic vegetation can change in response to the local hydrodynamic environment (Puijalon et al. 2005; Peralta et al. 2006; Stewart 2006), reflecting the feedbacks between flow, plant posture, and the biological processes described above.”
Interaction between hydrodynamics and seagrass canopy structure: Spatially explicit effects on ammonium uptake rates (2008, background): “2000; Abdelrhman 2007), indicating that flexibility may be an important trait that can simultaneously determine both the local phylloclimate and the ecosystem engineering capacity of submerged macrophytes (Bouma et al. 2005; Brun et al. 2006; Peralta et al. 2006).”