Julia Guimond (AGU-H3S chair)
Julia Guimond is an NSF Postdoctoral Fellow at Dalhousie University studying the impacts of climate change on Arctic coastal hydrogeology and the implications for carbon mobilization and delivery to the coastal ocean. She has her Ph.D. from the University of Delaware where she studied coastal wetland hydrogeology and her B.S. from Brown University in Geology-Biology. Outside the office, Julia likes to hike, bike, and paddle and is trying to learn to wing surf!
Watch this short video to learn more about my research and my goals as H3S Chair! Learn more about my research at Juliaguimond.com or follow me on twitter at @MuddyLobster!
AGU’s Hydrology Section Student Subcommittee (H3S) is now accepting applications (link) for the 2021-2023 term as well as for the vice-chair (i.e. chair-elect) position. H3S is an AGU Hydrology Section subcommittee composed of students and early career hydrologists. Currently, there are three main subcommittees within the H3S committee: outreach, fall meeting, and professional development. Over … Continue reading H3S Applications are Now Open!
(Archive) Research tidbit: New study reveals widespread and seasonally variable antibiotic concentrations in rural streams and drinking water wells
In both human and veterinary medicine, antibiotics are used to combat infections, and the extent of antibiotic use is on the rise. Antibiotics consumed by humans and animals can end up in the environment through a number of different pathways including wastewater treatment facility effluent, septic leaching, and runoff. Once in the environment, antibiotics can … Continue reading (Archive) Research tidbit: New study reveals widespread and seasonally variable antibiotic concentrations in rural streams and drinking water wells
Much like groundwater discharges into rivers and streams, groundwater also discharges into the ocean. The discharge of terrestrially based water to the coastal ocean is called submarine groundwater discharge, or SGD, and has been observed globally, particularly in nearshore environments. SGD impacts both terrestrial and marine environments. It discharges terrestrially-based water that is frequently high … Continue reading (Archive) ECR Hydrology Research Tidbit: Freshwater? Deep in the Sea?