TY - DATA
T1 - Data presented in the paper “Flow-divergence feedbacks control propagule retention by in-stream vegetation: the importance of spatial patterns for facilitation”
PY - 2019/01/16
AU - L. (Loreta) Cornacchia
AU - D. (Daphne) van der Wal
AU - J. (Johan) van de Koppel
AU - S. (Sara) Puijalon
AU - G. (Geraldene) Wharton
AU - T.J. (Tjeerd) Bouma
UR - https://data.4tu.nl/articles/dataset/Data_presented_in_the_paper_Flow-divergence_feedbacks_control_propagule_retention_by_in-stream_vegetation_the_importance_of_spatial_patterns_for_facilitation_/12715730/1
DO - 10.4121/uuid:ce95f637-3487-4b24-81d4-2549c81e0ac0
KW - Aquatic macrophytes
KW - Bio-physical feedbacks
KW - Establishment
KW - Flume tank
KW - Hydrochory
KW - Stress divergence
N2 - The research objective was to investigate the main factors affecting the ability of patches of the submerged macrophyte Callitriche platycarpa to influence the dispersal of other aquatic plant species, by trapping vegetative fragments. Hence, we tested the role of propagule traits, spatial patch configuration and hydrodynamic forcing on the number of fragments trapped in a flume laboratory experiment. Moreover, we tested the role of submerged vegetation cover and structure on fragment retention through a field release experiment. The data include a 4-week mesocosm monitoring of vegetative fragment buoyancy, and the number of fragments trapped by submerged vegetation in both flume and field releases.
ER -