Welcome to the LEC
- Lake Erie Center Home
- Our Mission
- Upcoming Events
- Faculty, Staff & Students
- News & Reports
- Research
- Education & Outreach
- Prospective Students
- NSF GK-12 Program
- NSF URM Program
- FOLEC (Friends of the LEC)
- Facilities
- Links
- UT Sustainability
- Natural Sciences & Mathematics
Visitor Resources
- Maps and Directions
- Contact Us
- View the summer 2013 LEC newsletter (PDF; 1.8 mb)
- Lake Erie Center Weather Station
- Check the Nowcast Water Quality Report for the Lake Erie Beach at Maumee Bay State Park
- View streaming video from our recent public lectures
- Learn about our new Environmental Sensor Network
Contact Us
6200 Bayshore Rd.
Oregon, OH 43616
Phone: 419.530.8360
Fax: 419.530.8399
GK-12 Menu
- UT LEC Gk-12 Home
- News and Media
- About Us
- Program Alumni
- Program High Schools
- Photo Blog
- Classroom Activities
- Poster Gala
- Student Watershed Watch
- Lesson Plans
- Field Data and Maps
- Lake Erie Center Sensor Network
- Publications and Presentations
- Training and Development for Fellows and Teachers
- Fellow Guidelines
- National Science Foundation Gk-12 Program
GK-12 Personnel
Danielle Long
Gk-12 Fellow (Partnered with Wendy Wilson, Start)
danielle.long@rockets.utoledo.edu
I received my B.A. in Biology from Mercyhurst College, now Mercyhurst University,
in May 2011. I completed my undergraduate research on the effects of temperature on
algae production in mixed cultures and varied fertility, and a preliminary study for
manufacturing axenic algal cultures. Upon graduating Mercyhurst, I joined Dr. Dwyer’s
environmental microbiology lab and began exploring bacteria and viruses, a new realm
of study for me. My M.S. project focuses on biosolids, the organic material and microorganisms
remaining after sewage treatment by a waste water treatment plant, and their application
to local agricultural fields as fertilizer. I am assessing the role that retention
time and soil depth have on the survival of microorganisms in biosolid-amended soil.
This will help us better understand the transport of microorganisms from a biosolid
application site to the main drainage tile. My hopes are that this research project
can help farmers manage the application of biosolids in a manner that will offer potentially
‘cleaner’ fertilizer options. I am thrilled to be part of the GK-12 program, because
it presents me with the opportunity to interest high school students in scientific
studies, by encouraging them to ask and answer their own question using the scientific
method.
UT Virtual View Book
UT Rockets
A University Rising
UTMC Named Regions #1 Hospital