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Harvard Forest REU Symposium Abstracts 2011
- Bakari, Moussa D.
Soil carbon dynamics and its controls across Gradients at Harvard Forest.
- Bradley, Stephan L.
Urbanization & Land Use Change Dynamics.
- Brooks, Rachel K.
Proteomic signatures of experimentally manipulated pitcher plant communities and their corresponding state changes.
- Brunini, Julianna .
Assessing the Importance of Various Biotic and Abiotic Factors in Soil Respiration Modeling.
- Chute, Katharine M.
Assessing the Importance of Various Biotic and Abiotic Factors in Soil Respiration Modeling.
- Darby, Bridget A.
Do physiological changes at leaf level explain seasonal changes in remotely sensed canopy greenness?.
- Day, Lindsay T.
History of New England Vegetation: Pollen Morphology of Eastern Hemlock in New England Lake-Sediment Records.
- DELGADO, LETICIA R.
Soil Respiration and Its Response to Manipulation Treatments.
- Eisen, Katherine .
Red oak dominance and understory development in a temperate northeastern forest support the continuation of the regional carbon sink.
- Felts, Elizabeth S.
Is Digital Cover Photography a Viable Method for Calculating Leaf Area Index For Phenological Research in Closed Forest Canopies?.
- Golphin, Ashley .
To Green or Not to Green: An Investigation of Urban Greening, Biodiversity, and Human Behavior.
- Hancock, Laura M.
Predicting Ragweed Allergy Hotspots: How Elevated CO2 Affects Different Ecotypes of Ambrosia artemisiifolia.
- Jennings, Jamia L.
Predicting Ragweed Allergy Hotspots: How Elevated CO2 Affects Different Ecotypes of Ambrosia artemisiifolia.
- Kaldunski, Andrew .
Using Little-JIL to Model Complex Scientific Processes.
- Lavine, Isaac S.
Observing Phenological Events in Vegetation through Technological Methods.
- Lindaas, Jakob O.
Fine Woody Debris Dynamics after an Ice Storm Disturbance Event at Harvard Forest.
- Mahendrarajah, Tara .
Using computational genomic methods to address microbial community function within experimentally warmed soils.
- Manyak, Natashia .
Warming Effects on Ants Soil Movement and Mortality Rates.
- Marquis, Michael .
Warming does not affect colony growth or mutualistic association with ants in the aphid Chaitophorus populicola.
- Mitchell, Lakeitha C.
Observing Phenological Events in Vegetation through Technological Methods.
- Norman, Rachel L.
Observing Phenological Events in Vegetation through Technological Methods.
- Pasay, Marcus D.
Post-Disturbance Dynamics of Carbon, Water and Energy Fluxes Between Land and Atmosphere.
- Pehr, Kelden M.
Acidiobacteria and Proteobacteria Found to Dominate Harvard Forest Soil Samples.
- Rao, Deepa .
Studying the Hydrogen Soil Sink at the Harvard Forest through Isolation of Streptomyces and Flux Chamber Work.
- Rosenblatt, Garrett M.
A Study of Scientific Workflow Systems and Their Interoperability.
- Safran, Samuel M.
A regional ragweed distribution survey: Identifying factors that predict ragweed presence.
- Taskova, Sofiya .
Capturing, persisting, and querying the provenance of scientific data.
- Tofte, Alena N.
Diurnal Dynamics of Stem Conductance.
- Towle, Kevin M.
The Role of Competition in Shaping Local Ant Biodiversity and Community Dynamics.
- Yazzie, Alanna S.
Mechanisms underlining the response to soil warming: the Microbial Component.
- Yee, Collette G.
Red Maple Growth Rate Responds to Environment, Not Competition.