Kent Wired, the electronic version of Kent State University’s student media, ran a story on Saturday about the work Kimm Jarden and I have been doing on the effectiveness of green infrastructure retrofits in a neighborhood in Parma, Ohio. Hopefully I’ll have more to say about this in the next few days. In the meantime, if you want a glimpse of what we’ve been up to, you can check out the news article here.
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Oct. 14-15, 2015
Kent State University Hotel and Conference Center
This symposium showcases leading-edge research on critical issues of water and climate change.
FREE TO THE PUBLIC
REGISTER ONLINE AT KENT.EDU/WATER
This position has been filled. Thanks for your interest.
Post-doctoral Associate in Watershed Modeling
A post-doctoral position focusing on hydrologic modeling of urban watersheds is available in the Department of Geology, Kent State University, in the lab of Anne Jefferson (http://all-geo.org/jefferson/research/). The successful candidate will have experience using RHESSys or another distributed watershed model and interest in applying their skills to questions about the effects of green infrastructure and climate change in urban areas. The post-doc will be expected to contribute to research design and undertaking, publication, and pursuit of external funding. There will also be the potential to develop additional projects building on the strengths, interests, and expertise of the successful candidate. The post-doc will have access to a wealth of data sets, field sites and instrumentation; an interdisciplinary, collaborative group of researchers and external partners focused on urban ecosystems; and a campus mentoring program for postdocs. Kent State University (www.kent.edu), the second largest university in Ohio, is a state-supported, doctoral degree granting institution ranked as ‘high research’ by the Carnegie Foundation. The Department of Geology (www.kent.edu/geology/) has a strong graduate program (both MS and Ph.D. degrees) in both applied and basic areas of geologic research. The city of Kent combines the eclectic atmosphere of a small midwest college town with easy access to major metropolitan centers, including Cleveland, Akron, Columbus, and Pittsburgh. Salary will be commensurate with experience and includes a competitive benefits package. Funding is initially available to support 1.5 years of work and opportunities will be sought to extend the support. If you are interested in learning more about the position, e mail Anne Jefferson (ajeffer9 at kent edu) with your CV, a description of your interests and experiences, and contact information for three people willing to serve as references. Review of applications will begin March 1st and continue until the position is filled. Kent State University is an Affirmative Action/Equal Opportunity Employer and encourages interest from candidates who would enhance the diversity of the University’s faculty.
Oct. 31, 2014
8 a.m. – 5:30 p.m.
Kent State University Hotel and Conference Center
215 Depeyster Street, Kent, OH 44240
Tomorrow will be a day full of inter-disciplinary talks and discussion about water and cities. David Sedlak, author of Water 4.0, will be the keynote speaker, but all of the talks promise to be informative and thought-provoking. Watershed hydrology lab students will be showing off their posters in the late afternoon.
Join us for this wonderful and stimulating event. For more info: https://www2.kent.edu/research/water-infrastructure-and-rebounding-cities.cfm
Kent State University Department of Geology’s Watershed Hydrology class visited the Susquehanna Shale Hills Critical Zone Observatory on April 5-6, 2014. Penn State post-doc Pamela Sullivan gave them a tour of the watershed and its instrumentation, with a focus on how the measurements could contribute to understanding how hydrology drives landscape evolution on shales. The students were introduced to the challenges of hydrologic field work as they attempted to produce a continuous flow of water from a 75′ foot deep well on the watershed’s ridgeline. On Sunday, the students learned and practice water quality sampling protocols and collected water samples from streams and shallow wells in the CZO watershed and in watersheds with differing geology.Temperature, pH, specific conductance, and DO were measured in the field, and ions, cations, and stable isotopes will be measured in laboratories at Penn State and Kent State. The students will discuss these data in class over the next several weeks as they integrate their understanding of how geology and topography control hydrologic flowpaths, streamflow generation mechanisms, and water quality.
The class stayed on the shores of Lake Perez, which has been drained for the last few years to enable repairs on the dam. The lake has just begun refilling, but while empty it has created some interesting research opportunities.
I’ll try to add some more beauty shots of the CZO watershed at some point, but I wanted to be able to show our class in action in the field.
Department of Geology – MS Thesis Defense
“IDENTIFICATION OF LOCAL GROUND WATER POLLUTION IN NORTHEASTERN PENNSYLVANIA: MARCELLUS FLOW-BACK OR NOT?”
Tuesday, April 1, 9:15 am, McGilvrey 236
Co-advised by Drs. Anne Jefferson and David Singer
This work is being conducted by undergraduate lab member, Allison Reynolds. Allison presented her work as part of the CUAHSI/USGS Virtual Workshop on applications of laser specs to hydrology and biogeochemistry. From that workshop, she will have an extended abstract published in a USGS open file report, and her poster will continue to be viewable on-line. She will also be presenting results at the inaugural Kent State Undergraduate Research Symposium in April. And of course, she’s going to keep working on new data and analyses and aiming for publication. Go Aly!
Sensitivity of precipitation isotope meteoric water lines and seasonal signals to sampling frequency and location
Allison R. Reynolds (email@example.com) and Anne J. Jefferson (advisor)
Department of Geology, Kent State University, Kent, OH 44242
Our purpose is to compare seasonal signal and local meteoric water line (LMWL) generated by analyzing hydrogen and oxygen isotopes in precipitation for one year of event-based sampling to those from multi-year monthly sampling at the closest Global Network of Isotopes in Precipitation (GNIP) stations. The question we seek to answer is whether data from different sampling strategies, periods, and locations within the eastern Great Lakes region on a regional-scale LMWL and seasonal signal. We collected precipitation samples after each event in Kent, OH. Samples were analyzed with a Picarro L-2130i. The closest GNIP sites are Coshocton, Ohio and Simcoe, Ontario. LMWLs and seasonal signals derived from monthly samples were broadly similar along a 300 km north-south transect in the US eastern Great Lakes Region. Monthly volume-weighted averages of event precipitation under-represent event scale isotopic variability, based on samples from Kent, Ohio.
Kent State and Holden Arboretum are hosting a summer REU (Research Experience for Undergraduates) focused on aquatic-terrestrial linkages in urban impacted ecosystems. Lots of great faculty in geology, biological sciences and other departments are participating, and I would be thrilled to mentor a student through the program. The program will run from June 1st to August 8th, 2014, and applications are due February 17th.
Kent State University and The Holden Arboretum invite applicants for a 10-week summer research training program. Students enrolled in this program will conduct mentored research into the importance of terrestrial-aquatic linkages in the ecology of urban-impacted ecosystems. This research will be designed to examine how human activities such as urbanization, industry, farming, mining, and recreational activities affect the way terrestrial and aquatic ecosystems interact. Projects might compare sites with and without urban impact to examine: nutrient cycling in soils and streams, microbial community composition in forest soils and stream sediments, plant-soil interactions, how shredders modify terrestrial leaf litter input to stream ecosystems, the effects of terrestrial pollutants on aquatic microbial community structure and function, how terrestrial and aquatic biogeochemical cycles are affected by human activities such as acid precipitation and land-use change. Along with learning about hypothesis generation, project design, and ethics in research, students will receive additional training archiving data in a geospatial database and will participate in weekly seminars.
To find out more about the program, look at all of the possible mentors and cool projects, and begin the application process, check out the website here.
Students in the College Teaching of Applied Geology class did an amazing job of compiling a list of on- and off-campus resources that may be of use for undergraduate and graduate students in the department. Please check out the list here. There is also a university prepared list of on-campus resources available here. And if you need help, don’t hesitate to ask in the Geology Departmental Office in 221 McGilvrey Hall or by phone at 330-672-2680.
In various places around Kent, visitors with a smart phone can scan a QR code and watch a short video about the historical significance of that location. This super-cool project was actually done by students at one of the local elementary schools, with funding from the NEH and the help of Kent State University’s Research Center for Educational Technology and the Kent Historical Society.
Below, let them tell you about one of our town’s fluvial icons.