Space Grant Consortium - University of Wisconsin - Green Bay

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Research. Washington, DC: Pan American Health Organization. Scientific Publication No. 318, 33-47. Minter DM, 1976b. Effects on transmission to man of the presence of domestic animals in infested households. New Approaches in American Trypanosomiasis Research. Washington, DC: Pan American Health Organization. Scientific Publication No. 318, 330-337. Pease GYF, 1995. Breve Historia Contemporánea del Perú. 1st ed. Distrito Federal, México: Fondo de Cultura Económica. Pizarro JC, Stevens L, 2008. A new method for forensic DNA analysis of the blood meal in Chagas disease vectors demonstrated using Triatoma infestans from Chuquisaca, Bolivia. PLoS ONE 3: e3585. Polk MH, Young KR, Crews-Meyer KA, 2005. Biodiversity conservation implications of landscape change in an urbanizing desert of southwestern Peru. Urban Ecosystems 8: 313-334. R Development Core Team, 2008. R: A language and environment for statistical computing. R Foundation for Statistical Computing, Vienna, Austria. ISBN 3-900051-07-0. Available at: www.r-project.org. Rath, B. E-mail interview. 5 June 2009. Schofield CJ, Jannin J, Salvatella R, 2006. The future of Chagas disease control. Trends Parasitol 22: 583-588. Vallvé SL, Rojo H, Wisnivesky-Colli C, 1996. Urban ecology of Triatoma infestans in San Juan, Argentina. Mem Inst Oswaldo Cruz 91: 405-408. Vázquez DP, Canale D, Gürtler RE, 1999. Effects of non-susceptible hosts on the infection with Trypanosoma cruzi of the vector Triatoma infestans: an experimental model. Mem Inst Oswaldo Cruz 94: 413-419. Vazquez-Prokopec, GM, Ceballos LA, Kitron U, Gürtler RE, 2004. Active dispersal of natural populations of Triatoma infestans (Hemiptera: Reduviidae) in rural northwestern Argentina. J Med Entomol 41: 614-621. Zeledón R, Rabinovich JE, 1981. Chagas’ disease: an ecological appraisal with special emphasis on its insect vectors. Ann Rev Entomol 26: 101-133. 20
Astronaut Advanced Life Support: Engineering Extra Terrestrial Extremophile Plants Submitted By: Dan Hawk, PI 1 ; Dr Cindi Schmitt, PI 2 ; and Dr Gertrud Konings-Dudin, PI 3 . Abstract Phase 2: This paper directly supports NASAs Exploration Systems Mission Directorate (ESMD) of returning to the moon 4 . Going to the moon is not a redundant undertaking; we are here to support bigger lunar missions and longer stays. In this phase we continue to amend JSC-1A lunar regolith simulant with pyrogenic carbon (Cpyr); the main ingredient of sustainable anthropogenic Amazon Black Earth (ABE) soil. In addition to growing food in a lunar habitat demonstration, we expand research to include engineering the lunar habitat by creating an extremophile plant that can survive on the lunar surface known as “Star”. Herein we report that our research directly supports an unmanned lunar Lander whereby Star is to be placed inside a growth module on the surface of the moon, and having a >90% chance of surviving a minimum of one lunar cycle (~28 earth days). Star will be of great scientific potential yet on earth, extremophile research allows us to explore reintroducing ABE for high-altitude sustainability agriculture, in response to global climate change. Summary of Contents: 1. Star. a. Introduction: Star Mission to the Moon b. KAG, Divide, Colorado Experiments c. EPCC, El Paso, Texas Experiments d. CMN, Green Bay, Wisconsin Experiments 2. MAX-X. 3. Future Experiments. 4. Plant Module (Concept Drawings). Star Mission to the Moon. The addition of ABE and liquid fertilizer amended soils can produce a yield of 880% 5 6 more than the baseline. ABE increases plant stress hormones which allow the plant to survive under very harsh conditions. In addition ABE is independent of climate and soil type 7 8 allowing us to research ABE technology for use on an extra-terrestrial body. Extra- terrestrial research simulations guide us in developing extremophile plants for advanced astronaut life support (food production), engineering extra-terrestrial atmospheres, and highaltitude plant growth experiments. 1 College of Menominee Nation. 2 Kalagesi AniNoquisi Gatusi. 3 El Paso Community College. 4 http://www.nasa.gov/exploration/home/index.html. 5 http://www.youtube.com/watch?v=T1eYn76bO4E. 6 Steiner, C., (Dissertation) Slash & Char: As Alternative To Slash & Burn. Cuvillier Verlag Götingen. 7 Lehmann, J., (2003). Amazonian Dark Earths: Origin, Properties, Management. Netherlands:Kluwer Academic Publishers. 8 Lunar regolith is not considered soil and by definition cannot become Amazon Black Earth (ABE). 21
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Space Grant Consortium wisconsin UN
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THE CASSINI ENCOUNTER WITH THE GEM
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Th he proceedinngs of our 199th Ann
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Wisconsin Space Grant Consortium Un
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Part 3: NASA Reduced Gravity Progra
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EAA Women Soar - You Soar, Lee Siud
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Elijah High Altitude Balloon Projec
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Our experience with the HALO II lau
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which had been a problem in the pas
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Figure 6: 3-D GPS Generated Track o
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Results The seeds tested in the lab
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hour as we assumed the flight in th
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Experimental Results There are two
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A series of tests were done in a co
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380 360 340 320 23.3 Temp. (Celsius
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First Place, Non-Engineering: Schmi
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of the basis for fin designs came f
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ejection charge from the motor fire
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using rip-stop nylon cloth. To atta
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Post-flight recovery. A field searc
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Thus, it is believed that the main
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[2] Public Missiles Ltd. Frequently
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Design Features The chief requireme
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The joint between the dart and the
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Area dramatically influenced by flo
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Altitude [ft] 6000 5000 4000 3000 2
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though a strong crosswind was prese
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Our Design Our rocket uses the basi
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e easily recovered. Bong recreation
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Performance Characteristics of Pred
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Background and Context: Student Roc
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The Rocky Mountain Miners’ compet
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19th Annual Conference Part Three N
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The angle of repose of a granular m
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Experiment Design The experiment co
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on the ground and in the Weightless
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measurements for the 1 − g data.
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[ImageJ, 2008] Image Analysis Softw
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Dynamics Characterization of the El
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Figure 1 - A calibration equation f
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Wire A secondary investigation into
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[1] Taminger, K. M. B.; and Hafley,
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Introduction The analysis of wake v
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Figure 2: Screen I mage o f G UI. T
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References ¹ Burnham, D.C., and Ha
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Validation of Novel Rigid Body Fric
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forces is implemented in the popula
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Figure 2. CAD representation of a t
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Results Figure 5. Assembled hydraul
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References Anitescu, M. (2006). "Op
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Multi-stage Joule-Thomson cycles ar
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significant change in total compres
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The enthalpy (h3) of the 2 nd stage
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UA m� ⎛ ε −1 ⎞ ( c nd c st
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educed, the temperature range that
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7. Lemmon, E. W.; Huber, M. L.; McL
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Throughout each of the run cycles,
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and heater adjusted to accommodate
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Phaeton Mast Dynamics Mechanical Sy
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exposure to the FEMAP with NASTRAN
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The irregularity in the plots above
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inversion of a particular matrix, t
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clarified. Additionally, the PMD ki
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A. Abstract For hardware to be flig
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should be performed at the JWST obs
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B. Attenuation and Uncertainty Shoc
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Detector Array and ROIC SCA Mount L
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Detector Shock Environment The leve
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Orbiter (MRO), Moon Mineralogy Mapp
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4. NASA JPL. MIRI FOCAL PLANE SYSTE
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Is Lake Superior a significant sour
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each grid cell at daily resolution.
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Figure 3. (a) Seasonal cycle of lak
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Figure 5. Model pCO2 at the surface
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Marshall, J., A. Adcroft, C. Hill,
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numerical weather prediction (NWP)
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High Resolution Radiometer (AVHRR)
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On the morning of 26 May 2008, ther
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References Behnke, C., 2005: Synopt
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Figure 3 Figure 3 contains base ref
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A Comparative Study of Type IIb Sup
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Fig. 3.— Cartoon Image of SN blas
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Fig. 4.— Light curve of SN 2008bo
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type IIn Supernova SN 1995N,” 200
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and then can spiral in to the black
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Understanding the Evolution of Supe
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Page 203: References Chevalier, R. A., “Int
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The cost of a one credit graduate c
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EAA WOMEN SOAR - YOU SOAR Dr. Lee J
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� Incorporated the technology res
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Evaluation Results: At the conclusi
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Educational Standards: The National
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curriculum development, to provide
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and applications of GIS technology
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• A significant new outcome for t
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The design of this project and appl
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Activities at the workshop involved
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to give our students a series of PR
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In the past we have not focused on
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Providing High School Students with
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that th e current generations of s
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instruction a s pa rt o f t heir ow
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Wisconsin Space Grant Consortium &
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11:45-1:00 pm Lunch *** Concurrent
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Moderator: David B lock, A ssociate
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Second Place, E ngineering, Drew an
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Wisconsin Space Grant Consortium
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Space Grant Consortium - University of Wisconsin - Green Bay

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