Aquanty

Join us tomorrow as we explore the impact of groundwater and surface water on evapotranspiration in semi-arid watersheds with Luis Carlos Serrano Diaz in our upcoming webinar, "Assessing Groundwater and Surface Water Contributions to Evapotranspiration in a Semi-Arid Watershed." Gain valuable insights into how climate change is altering the water balance in the North Saskatchewan River Basin and see how HydroGeoSphere model simulations reveal the contributions of groundwater and surface water to evapotranspiration dynamics. Register now: https://buff.ly/3ZAnoJK #Webinar #HydroGeoSphere #SurfaceWater #Groundwater #Evapotranspiration #Aquanty

Exciting Opportunity for Aspiring Numerical Modellers! We are excited to expand our team and invite applications from highly motivated and quantitatively oriented individuals who want to enter the world of numerical modelling. We are looking for a Junior/Intermediate Numerical Modeller to join our team and help drive innovation in the field of hydrologic and environmental modelling. Here is the job posting— please share and help us find the next member of the Aquanty team! https://buff.ly/49ZUt4l

Understand the role of groundwater and surface water in evapotranspiration within semi-arid watersheds in our upcoming webinar, presented by Luis Carlos Serrano Diaz: Assessing Groundwater and Surface Water Contributions to Evapotranspiration in a Semi-Arid Watershed. Explore how climate change is reshaping the water balance in the North Saskatchewan River Basin, with insights from HydroGeoSphere model simulations on groundwater and surface water interactions. Date: October 30, 2024 Register now: https://buff.ly/3ZAnoJK #Webinar #HydroGeoSphere #WaterBalance #SurfaceWater #Groundwater #Evapotranspiration #Aquanty

Aquanty is #hiring yet again! We are excited to expand our team and invite applications from highly motivated and quantitatively oriented individuals who want to enter the world of climate services and climate data analytics! We are looking for a Junior Climate Data Scientist to join our team and help us develop cutting-edge predictive services at the intersection of water resources and climate change. This is an excellent opportunity for a recent graduate who enjoys physical reasoning about the environment, working with geospatial data and programming, and striving to make an impact in the real world. Climate services and analytics is an emerging, highly interdisciplinary and collaborative field with the potential to improve the world we live in. As the field is relatively young, we are still developing our methods and there are few established standards – we are looking for an individual who thrives in such an environment and is looking for a challenge. Here is the job posting, please share and help us find the next member of the Aquanty team! https://buff.ly/4fdta8J

Come to booth 118 today at #SETAC2024 to chat with Michael Callaghan about a novel approach to evaluating environmental fate and transport of pesticides using #HydroGeoSphere. This new modelling approach could be a huge improvement to the existing regulatory framework for pesticides approval and commercialization. Bayer / University of Waterloo / Aquanty

In this #HydroGeoSphere research highlight, researchers explored the impact of climate change on low-flow bedrock springs and their role in sustaining ecological habitats, particularly for aquatic species like salamanders. Using HydroGeoSphere’s advanced modelling, the study revealed that changes in temperature and precipitation could significantly reduce spring flow, threatening the stable, cool water conditions essential for salamander habitats. The findings underscore the need to integrate climate change projections into water resource management and conservation efforts to protect these vulnerable ecosystems. https://buff.ly/4cwUxcs

#Aquanty is transforming on-farm planning with real-time and on-demand hydrologic forecasting. HydroGeoSphere Real-Time is empowering the Manitoba Forage and Grassland Association (MFGA) to integrate soil moisture, groundwater, and surface water forecasting for effective decision support and resource management. By providing reliable 8- to 32-day forecasts and comprehensive simulations, #HGSRT helps agricultural stakeholders optimize water usage, mitigate risks and adapt to climate change. Whether you're dealing with soil moisture forecasting, flood/drought mitigation, or integrated water resource management, HGSRT offers a tailored approach to meet your needs. Interested in learning more about how Aquanty can transform your operations? Book a demo call with us below to explore the full potential of our innovative solutions, and join the growing number of stakeholders benefiting from HGSRT: https://buff.ly/3ykHTPJ

#SETAC2024 We're excited to be at the annual North American conference of the Society of Environmental Toxicology and Chemistry (SETAC) in Fort Worth this week. Come by our booth and learn how #HydroGeoSphere can revolutionize fate and transport modeling of environmental contaminants. Our sales and marketing lead Brayden McNeill will be manning the booth all week, and senior scientist Michael Callaghan is delivering a poster presentation: "Towards Fully Integrated Hydrological Fate and Transport Modeling for Plant Protection Products: Incorporating Groundwater, Tile Drainage and Runoff"

Western Canada is now entering its third consecutive year of severe drought, pushing the region's water supplies to the brink. Communities like Merritt, B.C., are facing strict water restrictions as aquifers struggle to replenish, and large-scale farming operations add further strain to dwindling resources. With extreme droughts increasing the frequency of wildfires and impacting both surface water and groundwater reserves, experts are calling for more sustainable, long-term solutions. Explore the pressing challenges Alberta and B.C. face as they grapple with the growing threat of water shortages: https://buff.ly/4enalQJ

This paper co-authored by Aquanty staff lays the groundwork for continental-scale integrated hydrologic modelling and serves as a precursor to Aquanty’s flagship Canada1Water project. The HydroGeoSphere simulation platform was used to create the Canadian Continental Basin Model (CCBM), a fully physics-based tool that minimizes empirical relationships, making it uniquely powerful for modelling hydrologic systems under uncertain conditions like climate change. The study's findings highlight the accuracy and value of integrated hydrologic modelling at a continental scale, essential for climate change adaptation and securing future water resources. Read more and check out the Canada1Water Project to learn about the next generation of continental scale modelling being implemented today: https://buff.ly/4cAQ2OD