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13 results on '"Nawotniak, Shannon Kobs"'

3. Nautilus Field Season Overview

Author

Raineault, Nicole A., Gee, Lindsay, Heffron, Erin, Kane, Renato, Peters, Colleen, Gandulla, Stephanie, Waters, Sarah, Schmidt, Val, Marcus, Clint, Ballard, Robert D., Mayer, Larry, Broad, Kenneth, Richmond, Kristof, Shapiro, Beth, Lim, Darlene S.S., Breier, John A., Chan, Eric, Chernov, Josh, Cohen, Tamar, Deans, Matthew, Garcia, Angela, German, Christopher R., Hauer, Michelle, Hu, Sarah, Huber, Julie A., Nawotniak, Shannon Kobs, Lees, David, Lowe, Justin, Lubetkin, Megan, Marsh, Leigh, Milesi, Vincent, Miller, Matthew J., Mirmalek, Zara, Saunders, Miles, Sharif, Khaled, Shields, Ashley, Shock, Everett, Smith, Amy, Sylva, Sean, Auscavitch, Steven, Pockalny, Robert, Konrad, Kevin, Humphreys, Jennifer, Clark, Timothy B., Fundis, Allison, Matthews, Russ, Brennan, Michael L., Schorer, Lonnie, Lickliter-Mundon, Megan, Marx, Deborah, Wishnak, Samantha, Delgado, James P., Trippe, Edward, Hill, John H., Miller, Doug, Jacques, Christopher, Sudek, Mareike, Spathias, Hanae, Coward, Georgia, Que, Nerelle, Roman, Christopher, Petruncio, Emil, Weinnig, Alexis, Coleman, Dwight F., Georgian, Samuel, Richards, Holly, Roletto, Jan, Lipski, Danielle, Graiff, Kaitlin, Williams, Gary, Cochrane, Guy, Stock, Jennifer, Tezak, Sage, King, Chad, Brown, Jennifer, Burton, Erica, Kahn, Amanda, Hartwell, Anne, Wood, Amity, and Hardin, Dane

Published
2020

6. Nautilus Field Season Overview

Author

Raineault, Nicole A., Gee, Lindsay, Mayer, Larry, Heffron, Erin, Turchik, Alan, Mittelstaedt, Eric, Hourigan, Thomas, Cormier, Marie-Helene, Baumberger, Tamara, Merle, Susan, Wilkinson, Camilla, Roe, Kevin, Buck, Nathan, Embley, Robert, Seabrook, Sarah, Crawford, Rebecca, Norgard, Tammy, Du Preez, Cherisse, Yakgujanaas, Jaasaljuus, Clarkson, Molly, Chaves, Lais, Rangeley, Robert, Ciraolo, Alessia, Gale, Katie S.P., Haggarty, Dana, Pegg, James, McNicoll, Caroline, Du Preez, Shelton, Jameson, Brett, Leith, Mandy, Juniper, S. Kim, Elliot, Leslie, St Germain, Candice, Whyte, Jennifer, Fundis, Allison, Kane, Renato, Round, Adrian, De Leo, Fabio, Scherwath, Martin, Douglas, Karen, Lacy, Samantha, Soule, Adam, German, Christopher R., Lim, Darlene S.S., Zoeller, Michael, Parcheta, Carolyn, Alanis, Briana, Brier, John A., Chan, Eric, Emerson, David, Garcia, Angela, Huber, Julie A., Nawotniak, Shannon Kobs, Milesi, Vincent, Shields, Ashley, Shock, Everett, Smith, Amy, Seewald, Jeffrey S., Trembath-Reichert, Elizabeth, Mirmalek, Zara, Miller, Matthew J., Cohen, Tamar, Lees, David, Deans, Matthew, Kelley, Christopher, Balbas, Andrea, Wanless, Dorsey, Marsh, Leigh, Wipfler, Rebecca, Bellucci, Lila Ardor, King, Chad, Brown, Jennifer, Ballard, Robert D., Broad, Kenneth, Coleman, Dwight F., and Schmidt, Val

Published
2019

7. Extravehicular Activity Operations Concepts Under Communication Latency and Bandwidth Constraints

Author

Beaton, Kara H, Chappell, Steven P, Abercromby, Andrew F. J, Miller, Matthew J, Nawotniak, Shannon Kobs, Hughes, Scott, Brady, Allyson, and Lim, Darlene S. S

Subjects
Communications And Radar
Abstract

The Biologic Analog Science Associated with Lava Terrains (BASALT) project is a multi-year program dedicated to iteratively develop, implement, and evaluate concepts of operations (ConOps) and supporting capabilities intended to enable and enhance human scientific exploration of Mars. This pa-per describes the planning, execution, and initial results from the first field deployment, referred to as BASALT-1, which consisted of a series of 10 simulated extravehicular activities (EVAs) on volcanic flows in Idaho's Craters of the Moon (COTM) National Monument. The ConOps and capabilities deployed and tested during BASALT-1 were based on previous NASA trade studies and analog testing. Our primary research question was whether those ConOps and capabilities work acceptably when performing real (non-simulated) biological and geological scientific exploration under 4 different Mars-to-Earth communication conditions: 5 and 15 min one-way light time (OWLT) communication latencies and low (0.512 Mb/s uplink, 1.54 Mb/s downlink) and high (5.0 Mb/s uplink, 10.0 Mb/s downlink) bandwidth conditions representing the lower and higher limits of technical communication capabilities currently proposed for future human exploration missions. The synthesized results of BASALT-1 with respect to the ConOps and capabilities assessment were derived from a variety of sources, including EVA task timing data, network analytic data, and subjective ratings and comments regarding the scientific and operational acceptability of the ConOp and the extent to which specific capabilities were enabling and enhancing, and are presented here. BASALT-1 established preliminary findings that baseline ConOp, software systems, and communication protocols were scientifically and operationally acceptable with minor improvements desired by the "Mars" extravehicular (EV) and intravehicular (IV) crewmembers, but unacceptable with improvements required by the "Earth" Mission Support Center. These data will provide a basis for guiding and prioritizing capability development for future BASALT deployments and, ultimately, future human exploration missions.

Published
2017

11. Estimating geothermal heat flux in Yellowstone National Park using multivariate regression

Author

Karki, Sita, Nawotniak, Shannon Kobs, and Bottenberg, H. Carrie

Subjects
Regression analysis -- Research, Thermodynamics -- Research, Energy development, Satellite imaging -- Methods, Science and technology
Abstract

The objective of this study is to estimate the geothermal heat flux using the satellite imagery. During the process of heat flux estimation using thermal imagery, it is difficult to [...]

Published
2013

12. SUBSEA 2019 Expedition to the Gorda Ridge.

Author

Lim, Darlene S. S., Raineault, Nicole A., Breier, John A., Chan, Eric, Chernov, Josh, Cohen, Tamar, Deans, Matthew, Garcia, Angela, German, Christopher R., Hauer, Michelle, Hu, Sarah, Huber, Julie A., Kane, Renato, Nawotniak, Shannon Kobs, Lees, David, Lowe, Justin, Lubetkin, Megan, Marsh, Leigh, Milesi, Vincent, and Miller, Matthew J.

Subjects
SPACE research, OPERATIONS research, MID-ocean ridges
Published
2020

13. SUBSEA 2018 Expedition to Lō'ihi Seamount, Hawai'i.

Author

Lim, Darlene S. S., Raineault, Nicole A., Alanis, Briana, Brier, John A., Chan, Eric, Emerson, David, Garcia, Angela, German, Christopher R., Huber, Julie A., Nawotniak, Shannon Kobs, Milesi, Vincent, Shields, Ashley, Shock, Everett, Smith, Amy, Seewald, Jeffrey S., Trembath-Reichert, Elizabeth, Mirmalek, Zara, Miller, Matthew J., Cohen, Tamar, and Lees, David

Subjects
SCIENTISTS, WATER-rock interaction, OPERATIONS research
Published
2019

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