The Zooplankton International Geospatial dataset: A global repository of spatiotemporal freshwater zooplankton community composition data from lakes and reservoirs to support ecological research
A Robust, Low-Cost Conductance Sensor for High Resolution Real-Time Monitoring of Streambed Pore Water Dynamics
A Scalable Open Source Workflow for Riverbed Substrate Classification Using UAV Imagery
Rare molecules as community architects
Oxic and suboxic zones along hyporheic flow paths contribute to the attenuation of trace organic contaminants, as revealed by suspect screening
Consensus on future research directions in the phylum Rotifera
Aquatic ecosystem degradation attributed to tire wear particles in urban roadway runoff
Trade-Offs in Constraining Evapotranspiration Estimates in Complex Landscapes Using a Tracer-Aided Ecohydrological Model
ET interacts with multiple hydrological processes: groundwater recharge, lateral flow and streamflow. The inter-linkages become increasingly complex in ET-dominated regions with intensive management. We showed how tracer-aided modelling captures ET dynamics and how trade-offs between discharge and other observations are reflected in simulated hydrological flux/storage patterns.
Exploring impacts of forest management strategies on water partitioning in a drought-sensitive catchment using a tracer-aided ecohydrological framework
The authors developed a parsimonious, tracer-aided forest management scenario framework using an ecohydrological model, which was designed to isolate the dominant vegetation-structural controls on long-term water partitioning. Evapotranspiration was highest under conifers, exceeding broadleaf forests and agroforestry by 7 % and 11 %. Agroforestry exhibited the greatest groundwater recharge.