![Konza Prairie Biological Station](/sites/baerecologylab/files/styles/21_9_placeholder_/public/images/2021/Konza_0.jpg?h=71976bb4&itok=aCtkhRy0)
Baer Ecology Lab
The Baer-lab studies above and below-ground changes in structure (species and functional composition of plants and microbes) and function (primary productivity, nutrient cycling, and carbon sequestration) during ecological restoration in response to environmental heterogeneity, interannual variability in climate, and transpacific variation in population sources of dominant species.
Much of our research has focused on agroecosystems restored to tallgrass prairie. We have found slow changes in total soil carbon pools on decadal scales, dependent on soil texture, but rapid recovery of easily decomposable organic matter pools that tie up available nitrogen as restoration proceeds. Different ecotypes of dominant species used in restoration can differentially affect species composition and traits with consequences for ecosystem processes. Some of these studies span multiple decades and demonstrate that restored grasslands are dynamic ecosystems both above and below-ground, and our knowledge of these ecosystems remains in its infancy.
Projects
NSF LTREB
LTER
![Evaluation of ecotypic variation and functional response of a dominant grass (Andropogon gerardii) across the precipitation gradient of tallgrass prairie and in response to altered precipitation](/sites/baerecologylab/files/images/2022/IMG_1454_2.jpg)
USDA
![Comparison of ecosystem recovery during C4-grassland](/sites/baerecologylab/files/images/2022/Lews%20Mix%20005.jpg)
The Andrew W. Mellon Foundation
Projects
![Examination of ecological consequences of dominant grass source](/sites/baerecologylab/files/images/2022/IMG_5684_1.jpg)