<p>Schematic of the maximum canopy fragmentation for a) GW = h<sub>v</sub>/2, b) GW = h<sub>v</sub> and c) GW = 2h<sub>v</sub>. The canopy used in the schematic is 10h<sub>v</sub>×10h<sub>v</sub>. Vegetated areas are in black and gaps are in white. d) Relationship between TKE<sub>F</sub>/TKE<sub>full</sub> and A<sub>gap</sub>/A<sub>veg</sub> for the SPF 2.5% (open symbols) and SPF 10% (solid symbols) and for the three gap widths GW = h<sub>v</sub>/2, GW = h<sub>v</sub> and GW = 2h<sub>v</sub>.</p
My study focused on 1) fragmented seagrass interaction with hydrodynamics an...
This paper summarizes recent advances in vegetation hydrodynamics and uses the new concepts to explo...
<p>This conceptual diagram visualises the processes acting when waves and flow (e.g. tidal currents)...
The systematic creation of gaps within canopies results in fragmentation and the architecture of fra...
The systematic creation of gaps within canopies results in fragmentation and the architecture of fra...
a) Relationship between αt and the canopy cover for flexible vegetation (with a linear fit αt = -0.6...
Spatial fragmentation is a near-ubiquitous characteristic of marine canopies. Biophysical interactio...
The general objective of this doctoral thesis has been to contribute to understand the modification ...
a) αt profiles at y = 0 cm for the full vegetation case carried out at SPF = 10% for both rigid (SRV...
a) Scheme of the side view of the experimental setup. h represents the water height, hv the vegetati...
Canopy fragmentation increases both spatial heterogeneity and patch edges which, in turn, is then li...
Longitudinal gaps are commonly found in aquatic canopies. While the ecological significance of gaps ...
Turbulent kinetic energy transects across the width of the flume (y-axis) for: z = 10 cm for flexibl...
a) αt transects across the width of the flume (y-axis) scaled as y/hv at z = 5 cm above the bottom a...
The hypotheses that (1) different seagrass morphologies may facilitate different nutrient uptake rat...
My study focused on 1) fragmented seagrass interaction with hydrodynamics an...
This paper summarizes recent advances in vegetation hydrodynamics and uses the new concepts to explo...
<p>This conceptual diagram visualises the processes acting when waves and flow (e.g. tidal currents)...
The systematic creation of gaps within canopies results in fragmentation and the architecture of fra...
The systematic creation of gaps within canopies results in fragmentation and the architecture of fra...
a) Relationship between αt and the canopy cover for flexible vegetation (with a linear fit αt = -0.6...
Spatial fragmentation is a near-ubiquitous characteristic of marine canopies. Biophysical interactio...
The general objective of this doctoral thesis has been to contribute to understand the modification ...
a) αt profiles at y = 0 cm for the full vegetation case carried out at SPF = 10% for both rigid (SRV...
a) Scheme of the side view of the experimental setup. h represents the water height, hv the vegetati...
Canopy fragmentation increases both spatial heterogeneity and patch edges which, in turn, is then li...
Longitudinal gaps are commonly found in aquatic canopies. While the ecological significance of gaps ...
Turbulent kinetic energy transects across the width of the flume (y-axis) for: z = 10 cm for flexibl...
a) αt transects across the width of the flume (y-axis) scaled as y/hv at z = 5 cm above the bottom a...
The hypotheses that (1) different seagrass morphologies may facilitate different nutrient uptake rat...
My study focused on 1) fragmented seagrass interaction with hydrodynamics an...
This paper summarizes recent advances in vegetation hydrodynamics and uses the new concepts to explo...
<p>This conceptual diagram visualises the processes acting when waves and flow (e.g. tidal currents)...