Brayden McNeill 11/9/22 Brayden McNeill 11/9/22

Aquanty Staff Research Highlight – Saturated hydraulic conductivity in northern peats inferred from other measurements

Morris et al. 2022 is a meta-analysis of 2507 peatland soil samples across Northern Canada and parts of Europe, which relates saturated hydraulic conductivity to depth and more commonly measured parameters like bulk density or the Van Post Humification Scale.

Brayden McNeill 10/19/22 Brayden McNeill 10/19/22

Staff Research Highlight - Improved process based streamflow simulation through ensemble and stochastic data driven approaches

Brayden McNeill 7/7/22 Brayden McNeill 7/7/22

Aquanty Staff Research Highlight – (pre-press) Characterizing the hydraulic and transport properties of a constructed coarse tailings sand aquifer

Brayden McNeill 5/30/22 Brayden McNeill 5/30/22

Research Highlight - Rising importance of economic valuation of ecosystem services in protecting Canada's vital resources

Brayden McNeill 4/25/22 Brayden McNeill 4/25/22

Aquanty Staff Research Highlight – Spatial patterns and mass balance of sodium in near-surface peat of a constructed fen

Brayden McNeill 11/30/21 Brayden McNeill 11/30/21

Research for Industries (RFI) Lecture Series: Steven K. Frey

Aquanty, which is a research spin off from the University of Waterloo, is at the forefront of developing state-of-the-art fully-integrated hydrologic models to better understand and predict water resource behavior and availability under both near term weather, and long term climate change scenarios. Aquanty’s flagship software platform, HydroGeoSphere (HGS), is a state-of-the-art fully-integrated GW-SW simulator that can couple with both weather forecasts and future climate scenarios in order to derive predictive insight on water resources. As part of the continental scale Canada 1 Water (C1W) project, HGS models are being built for all of Canada.