Colorado River
WRR Publication
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!
World Water Week at CHI
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…
WRR Publication
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!
Burcu Tezcan and Krista Lawless awarded CAP Water Research Awards
Two graduate students affiliated with the Hydrosystems Engineering program and the Center for Hydrologic Innovations at ASU were recently awarded a 2023 CAP Award for Water Research from the Central Arizona Project. First place went to Burcu Tezcan for her paper: Training a Non-Homogenous Hidden Markov Model with PMDI and Temperature to Create Climate Informed…
EnviSoft Publication
A new publication in Environmental Modeling and Software (Whitney et al. 2023) describes a visualization tool for water managers and other stakeholders to explore climate change and forest disturbance modeling scenarios in the Colorado River. Congratulations to authors associated with the Center for Hydrologic Innovations!
JWRPM publication
A new publication in the Journal of Water Resources Planning and Management (Whitney et al. 2023) describes a stakeholder engagement and scenario modeling approach for assessing the combined effects of forest disturbance and climate change in the Colorado River. Congratulations to authors associated with the Center for Hydrologic Innovations!