
Excited to be sharing a booth with IBM at the Canadian Water Summit!
We are excited to be sharing a booth with IBM at the Canadian Water Summit in Toronto, Canada today.
Stop by the booth to learn more about how we are combining our hydrologic modelling platform, HydroGeoSphere, with IBM's data analytics platforms, Cognos, to support decision making at the watershed scale related to conditions ranging from flood to drought.
HGS Research Highlight - Solute transport processes in flow-event-driven stream–aquifer interaction
This post features a recent study by Xie et al., 2016, who used HydroGeoSphere to investigate the interaction between streams and groundwater controls on key features of stream hydrographs and chemographs.
Post-doctoral research opportunity in quantitative hydrologic science
Assiniboine River Basin – Land use change impact assessment
The successful candidate for this position will spearhead a high-resolution modeling analysis of land-use change influences on the hydrologic characteristics of the Assiniboine River Basin, with specific focus on flood and drought resiliency. As part of the larger Assiniboine River Basin team at Aquanty......
HGS Parallelization - Best Practices
Fully-integrated hydrologic simulations, such as those performed with HydroGeoSphere, involve highly nonlinear processes, and thus the computational efficiency of the model becomes a critical issue for those performing hydrologic simulations. HGS was parallelized by Hwang et al., 2014 to over come this challenge.
The post summarizes how to setup a parallel HGS simulation, as well as some general best practices for running a parallel simulation.
HGS Research Highlight - Dual permeability modeling of tile drain management influences on hydrology and nutrient transport in macroporous soil
This post features a recent study by Frey et al., 2016 who used 2-dimensional dual permeability HydroGeoSphere models to simulate the flow and transport of liquid swine manure and rhodamine tracer application on a macroporous clay loam under controlled (CD) and free drainage (FD) tile management.