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Research Seed Grant Award Recipients

The Research Seed Grant Program provides awards to faculty and staff from WSGC Affiliate Member colleges and universities to support individuals interested in starting or enhancing space- or aerospace-related research program(s). The primary purpose of these awards is to help faculty build a research program through pilot studies, site visits or collaboration. The WSGC has served as an excellent forum to bring together investigators from different universities to initiate a research collaboration on topics of mutual interest. The success of this Seed Grant program is measured by the investigator’s success in developing or expanding their research program or forming a collaboration that leads to tangible research results.

The Wisconsin Space Grant Consortium is pleased to announce and congratulate the following recipients of the Research Seed Grant Awards.



Deanna Donohoue
Lawrence University
Research Title: Undergraduate Research Collaboration to Study Air Quality and Climate Impacts of Methane Emissions in the Appalachia Shale Basin
Synopsis: Investigations into the air quality and climate change impacts of methane emissions from the oil and gas industry through a multi-institutional collaboration.

Steven Girard
University of Wisconsin-Whitewater
Research Title: Next-Generation Radioisotope Thermoelectric Generators based on Low-Cost and Non-Toxic Nanostructured Silicides
Synopsis: We will develop low-cost, non-toxic nanostructured silicide materials for applications in Radioisotope thermoelectric generators (RTG), which provide long-term electrical power to a variety of spacecraft.

Lindsay McHenry
University of Wisconsin- Milwaukee
Research Title: Paleolake Tecopa: An alkaline analog for early Mars
Synopsis: We will sample and mineralogically and geochemically analyze ancient and modern saline-alkaline lake deposits in SE California for comparison to ancient lake deposits on Mars.



Steven Girard
University of Wisconsin-Whitewater
Research Title: Nanostructured Silicides for Next-Generation Radioisotope Thermoelectric Generators
Synopsis: Radioisotope thermoelectric generators (RTGs) are a primary power source for electronic and mechanical equipment on spacecraft, satellites, and rovers. In this project, we will investigate the synthesis and scale-up of nanostructured silicide thermoelectric materials for use in high-efficiency next-generation RTGs that are comprised of low-cost, abundant, and non-toxic elements.

Marcia Bjornerud
Lawrence University
Research Title: Drilling into Possible Impact Crater in Door County, Wisconsin
Synopsis: By obtaining and analyzing subsurface samples from a geologically anomalous site in Door County, the project aims to understand the site’s characteristics and determine whether it is an impact crater.

Katherine Rabidoux
University of Wisconsin-Platteville
Research Title: Modeling the star formation histories of local luminous compact blue galaxies
Synopsis: When the universe was half of its current age, galaxies were often blue, compact, and actively forming stars. Such galaxies are rare now. To understand how they have evolved, I will model their properties and star formation histories

Taviare Hawkins
University of Wisconsin-La Crosse
Research Title: A Systematic Approach to Understanding Microtubule Mechanics
Synopsis: This project performs a comparison study of the three commonly used microtubule mechanics assays to develop a baseline measurement of rigidity. Gaining scientific insights into microtubules structure.

Seth King
University of Wisconsin-La Crosse
Research Title: Understanding γ-Radiation Aging of Polar and non-Polar Magnesium Oxide
Synopsis: We investigate how ionizing radiation alters magnesium oxide (MgO) properties to simulate the aging of non-terrestrial based photovoltaics. This will be the first insight into the aging characteristics of MgO based photovoltaics.

Paul Martino
Carthage College
Research Title: The Effects of elevated CO2 and Anxiety Vulnerability on Stress and Performance:  Potential Implication for Extended Space Travel
Synopsis: Behaviorally inhibited people are prone to anxiety disorders, placing space missions in jeopardy. We propose to elucidate physiological markers to screen such individuals for safer space flight.

Lindsay McHenry
University of Wisconsin-Milwaukee
Research Title: Astrobiology at Lassen Volcanic National Park
Synopsis: We will investigate the mineralogy, geochemistry, and microbiology of different hydrothermal environments at Lassen Volcanic National Park as and analog to potentially habitable environments on Mars.

Daryl Sauer
University of Wisconsin-Parkside
Research Title: The Development of an Electrochemical Flow Reaction System for Extraterrestrial Organic Synthesis
Synopsis: The development of a small flow based electrochemical reaction platform capable of performing organic chemistry and drug-on-demand capabilities under zero gravity conditions with minimal energy consumption, chemicals, and waste.


Lisa Anderson-Antle
Carthage College
Research Title: Effects of Photobiomodulation in Osteoclast Formation in Vitro
Synopsis: The purpose of this project is to determine if the use of NIR-LED 670nm may attenuate or amplify osteoclast differentiation in the RAW264.7 cell line. Cells will be cultured for 24 hours then induced to differentiate, using the cytokine, RANKL. Groups will be divided by RANKL dose, and different energy densities, treated with light either once or on four consecutive days using the Spectra LifeTM LED. Tartrate-resistant acid phosphatase (TRAP) staining will be used for blinded manual cell counting using Fiji ImageJ. Using a Pearson correlation, mean osteoclast cell count will be compared to supernatant TRAP levels as a measure of inter-rater reliability.

Eric Compas        
University of Wisconsin-Whitewater
Research Title: Using unmanned aerial vehicles and a multispectral camera to map vegetation health and water quality in Wisconsin
Synopsis: This study will use a new multi-spectral camera designed specifically for unmanned aerial vehicles to better examine seasonal changes in vegetation health and water quality in southern Wisconsin.

Andrea Henle
Carthage College
Research Title: Isolation and Analysis of Bacteriophages Aboard the International Space Station
Synopsis: We will characterize bacteriophages present on the International Space Station. This project aligns with NASA’s goals of understanding biological processes in space and providing a safe human presence in space.

Lindsay McHenry
University of Wisconsin-Milwaukee
Research Title: Hot water at Lassen: Analog for Early Mars
Synopsis: Student opportunity for Mars analog research on hydrothermal geochemistry and alteration at Lassen Volcanic National Park.

Stephen Dornbos
University of Wisconsin-Milwaukee
Research Title: Understanding the early evolution of multicellular life: A new exceptionally preserved burgess Shale-type biota form the Precambrian of western Mongolia
Synopsis: Preservation of soft-bodied organisms is exceedingly rare in the fossil record. One way that such fossils are preserved is as carbonaceous compressions in fine-grained marine sedimentary rocks. Such deposits of exceptional preservation are known as Burgess Shale-type (BST) deposits. We recently discovered a new Ediacaran BST deposit with exceptional preservation from the Zuun-Arts Formation in Zavkhan Province, western Mongolia. The fossils in this deposit currently consist of two new species of benthic multicellular algae. The goal of this project is to further excavate this fossil deposit and conduct geochemical analyses to characterize the nature and preservational pathways of these Precambrian carbonaceous compression fossils.



Matthew Kelley
Concordia University Wisconsin
Research Title: Undergraduate Research in Astronomy at Concordia University WI
Synopsis: Modeling of radio supernovae is an important step in understanding the stellar evolution of massive stars and provides a perfect opportunity for undergraduate participation in astrophysics.

Lindsay McHenry
University of Wisconsin-Milwaukee
Research Title: Acidic vs. Neutral Hydrothermal Alteration at Lassen: Potential Mars Analog
Synopsis: We will investigate the alteration products of neutral and acidic hot springs and fumaroles at Lassen Volcanic National Park as a potential analog for deposits studied by Spirit at Gusev Crater, Mars.

Jalal Nawash
University of Wisconsin-Whitewater
Research Title: Efficiency of Select Solar Cells at High Altitudes Using a Weather Balloon
Synopsis: This project will investigate select solar cells¿ efficiencies at high altitude by using a weather balloon. This project contributes to NASA¿s green aviation goals and leverage existing resources.

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