Skip to main content
Search
Toggle navigation
About
E.S. George Reserve (ESGR)
Matthaei Botanical Gardens and Nichols Arboretum (MBGNA)
School for Environment and Sustainability (SEAS)
University of Michigan Biological Station (UMBS)
Research Projects
Data
Data sets
Data Management
Data Stories
Sample Archives
Groups
Research Bibliography
UMBS Zotero Bibliography
All Mfield Sites Research Bibliography
Field sites
ESGR
MBGNA
SEAS
UMBS
Topics
Atmospheric
Animal Population
Climate
Field Station Impact
Nature Perception
Aquatic
Fauna
Organismal
Plant Population
Spatial Data
Terrestrial
Vegetation
User Guide
My Account
Home
Home
Effects of Typha x glauca on methane flux in freshwater ecosystems under anaerobic conditions
Primary tabs
View published
(active tab)
University of Michigan Biological Station
The
University of Michigan Biological Station
(UMBS) was founded in 1909.
Social
Twitter
LinkedIn
Reddit
Google+
Facebook
Effects of Typha x glauca on methane flux in freshwater ecosystems under anaerobic conditions
Atmospheric
Aquatic
Project Abstract:
I conducted research that focuses on answering the question of how Typha x glauca, an invasive plant species, is affecting methane fluxes in freshwater wetlands under anaerobic conditions. In order to determine the effects of Typha and its litter on CH4 fluxes in anaerobic wetland soils, gas samples were collected in both the field site of Cheboygan marsh in Cheboygan, Michigan, and a controlled experiment conducted at the University of Michigan Biological Station in Pellston, Michigan. Gas samples were collected following the procedures of the bucket method of Millar and Kahmark used at the Kellogg Biological Station of Michigan State.
Investigator(s):
Buck Castillo
Shane C Lishawa
Investigators:
buckcast
Status of Research Project:
Complete (archive)
Years Active:
2010
Research sites:
Cheboygan Marsh
Methods:
none provided
Funding agency:
NSF-REU