Admin gives an oral presentation at the American Geophysical Union Fall Meeting. Admin presents a talk on “Hydrologic connectivity: a management frontier for water quality conservation” at the #AGU22 session on Water Quality and Watersheds: From Scientific Innovations to Actions.
Admin appears on NPR’s All Things Considered. For the full story, visit this link. Kansas scientists discuss the possibility of water-injection dredging as a sustainable tool for reservoir sustainability on NPR’s All Things Considered program. Listen to the segment by playing the audio below.
Zane defends his Masters thesis. Zane Rider successfully defended his thesis titled “Widespread Prevalence of Cyanotoxins and Taste-and-Odor Compounds within Benthic Algae of Human-Disturbed Rivers.” His committee members were Professors Admin Husic (Chair), Ted Harris, and Belinda Sturm.
AGU Eos highlights our work in a Research Spotlight. For the full story, visit this link.
Admin interview with CUAHSI about Connectivity Mapping. For the full story, visit this link.
Zane presents at the MAPS Symposium and EWRE Seminar. Zane presents on his research regarding land use impacts on cyanotoxin and taste-and-odor compound production in benthic algae mats at the Kansas NSF EPSCoR MAPS Symposium (03/31) and Environmental and Water Resources Engineering (EWRE) Seminar (04/21).
KU Water Resources at AGU 2021 The KU Water Resources Faculty and Students Enjoy a Social Hour in New Orleans for the American Geophysical Union Fall Meeting.
Admin Q&A with KU Field Works about the Ecohydraulics Lab. For the full story, visit this link.
Testing a New FlowTracker 2 ADV Instrument Amy Hansen’s group and ours goes out to the field to test out a new FlowTracker 2 Acoustic Doppler Velocimeter (ADV) instrument! Briefing on how the sensor measures flow depth and velocity!Oladipo using the instrument while Zane, Sudipta, and Amirreza follow along. Prev 1of2 Next
Congratulations to Amirreza on Completing his Comprehensive Exam The exam was entitled “Solute and Particle Transport in the Anthropocene: Insights from High-Frequency Sensing and Multi-Dimensional Modeling”