This data package provides post-processed data used in the manuscript “Linking plant stress and hydrodynamics: evidence from freshwater macrophytes” submitted to Water Resources Research. The data package contains data obtained from direct measurements of maximum quantum yield of photosystem II, morphological characteristics and flexural rigidity of the freshwater macrophyte Potamogeton natans. Further, data of flow velocity, drag force and deflected height obtained from flume experiments carried out with samples of P. natans are reported
Interactions between flow and vegetation are widely investigated because vegetation is a primary fac...
Flow–plant interactions are experimentally investigated at leaf, stem, and shoot scales in an open-c...
In our paper 'Effect of shipping induced changes in flow velocity on aquatic macrophytes in intensiv...
This data package provides post-processed data used in the manuscript “Linking plant stress and hydr...
Live plants are increasingly used in hydraulic laboratories to investigate flow-vegetation interacti...
Submerged freshwater macrophytes are frequently used in hydraulic laboratories to study flow–plant i...
Live plants are increasingly used in hydraulic laboratories to investigate flow-vegetation interacti...
This data package provides post-processed data used in the manuscript “Temporal variability in biome...
This paper presents a basic model that shows the relationship between the diameter of a stem and its...
Biomechanical properties and morphological characteristics of stems of eight species of submerged aq...
In populations of submerged macrophytes, individuals are selected in terms of resistance to the effe...
Flow disturbances generated by individual patches of submerged, flexible aquatic vegetation were inv...
In most aquatic ecosystems, hydrodynamic conditions are a key abiotic factor determining species dis...
Understanding the complexity of the interactions between aquatic biological systems and their physic...
Aquatic vegetation interacts with the flow by posing an obstruction and in return experiences drag a...
Interactions between flow and vegetation are widely investigated because vegetation is a primary fac...
Flow–plant interactions are experimentally investigated at leaf, stem, and shoot scales in an open-c...
In our paper 'Effect of shipping induced changes in flow velocity on aquatic macrophytes in intensiv...
This data package provides post-processed data used in the manuscript “Linking plant stress and hydr...
Live plants are increasingly used in hydraulic laboratories to investigate flow-vegetation interacti...
Submerged freshwater macrophytes are frequently used in hydraulic laboratories to study flow–plant i...
Live plants are increasingly used in hydraulic laboratories to investigate flow-vegetation interacti...
This data package provides post-processed data used in the manuscript “Temporal variability in biome...
This paper presents a basic model that shows the relationship between the diameter of a stem and its...
Biomechanical properties and morphological characteristics of stems of eight species of submerged aq...
In populations of submerged macrophytes, individuals are selected in terms of resistance to the effe...
Flow disturbances generated by individual patches of submerged, flexible aquatic vegetation were inv...
In most aquatic ecosystems, hydrodynamic conditions are a key abiotic factor determining species dis...
Understanding the complexity of the interactions between aquatic biological systems and their physic...
Aquatic vegetation interacts with the flow by posing an obstruction and in return experiences drag a...
Interactions between flow and vegetation are widely investigated because vegetation is a primary fac...
Flow–plant interactions are experimentally investigated at leaf, stem, and shoot scales in an open-c...
In our paper 'Effect of shipping induced changes in flow velocity on aquatic macrophytes in intensiv...