A new publication in City and Environment Interactions (Su et al., 2025) describes a new method for estimating the amount of urban runoff that can be captured through stormwater management infrastructure, with applications in Phoenix. Congratulations to the authors associated with the Center for Hydrologic Innovations!

A new publication in Environmental Modelling and Software (Raming et al., 2025) describes an open-source Python package to initialize, execute, and analyze tRIBS simulations. Congratulations to the authors associated with the Center for Hydrologic Innovations!

A new publication in Water Resources Research (Longyang and Zeng, 2024) develops a deep learning surrogate of a hydrologic model applied to the Upper Colorado River to investigate the role of vegetation variability in modifying the watershed behavior. Congratulations to authors associated with the Center for Hydrologic Innovations!

A new publication in Journal of Open Source Software (Raming et al., 2024) describes the release of the open source version of the tRIBS model for forest applications, including a new set of tools and documentation that will facilitate user access and interactions. Congratulations to authors associated with the Center for Hydrologic Innovations!

The Arizona Hydrological Society, Phoenix Chapter, and ASU’s Center for Hydrologic Innovations have partnered to bring the water community together to celebrate the start of the new water year. This annual event, held at the Salt River Project’s PERA Club this year, is an exciting opportunity for students and researchers to engage with practitioners from the private sector, government…

Forests and grasslands play a significant role in providing freshwater for ecosystems and regional economies. However, these ecosystems are at risk of elevated levels of drought, wildfire and land degradation. Under increasing water risks, private sector investors need methods to quantify and verify water related benefits to report on corporate water goals. Practitioners need to…

A new publication in Water Resources Research (Wang et al., 2024) explores the sensitivity of the precipitation partitioning method on the future projects of snowpack conditions and streamflow in the Colorado River basin, with implications for other modeling activities in cold season dominated watersheds. Congratulations to authors associated with the Center for Hydrologic Innovations!

The Center for Hydrologic Innovations celebrated World Water Week 2024 with two events: (1) A joint seminar with the Arizona Hydrological Society, Phoenix Chapter with Prof. Jay Famiglietti on March 20, 2024, who spoke on “How Climate Change and Human Activities are Shaping Global Freshwater Availability”, and (2) The ASU Water Institute launch event on March…

A new publication in Water Resources Research (Wiechman et al., 2024) present a modeling approach to trace the flow of water, information, and investment in a general urban water system and apply it for three cities in the Phoenix metropolitan area. Congratulations to authors associated with the Center for Hydrologic Innovations!

A new publication in the Journal of Sustainable Engineering in the Built Environment (Shrestha and Garcia, 2023) entitled Influence of Precipitation Uncertainty and Land Use Change on the Optimal Catchment Scale Configuration of Green Stormwater Infrastructure was selected as an Editor’s Choice. Congratulations to the authors associated with the Center for Hydrologic Innovations!