• Back to the Moon ... to stay? 

  Neufeld, Michael J. (2023)

  Despite a lack of public enthusiasm, NASA’s Artemis program will endure because human spaceflight has strong congressional support and signals great-power status.
• Lunar Wonderland: What Chesley Bonestell Didn't Know about Lunar Geology Made His Moon Mural Even More Beautiful 

  Neufeld, Michael J. (2023)
• Arecibo Radar Maps of Venus from 1988 to 2020 

  Campbell, Bruce A.; Campbell, Donald B. (2022)

  Over its 57 yr history, the Arecibo telescope was used to produce radar maps of Venus that pioneered our understanding of surface landforms and geologic processes. The best spatial resolution of 1–2 km achievable with the ...
• Displacement-length scaling relations of nearside graben: Evidence of restricted normal faults on the Moon 

  Martin, Emily S.; Watters, Thomas R. (2022)

  Evidence of significant extension on the Moon is associated with nearside mare. The load induced by the mare basalts resulted in lithospheric flexure and graben forming extension. We use high-resolution topographic and ...
• The Smithsonian's National Air and Space Museum and "The Romance of Technological Progress": 

  Neufeld, Michael J. (2022)

  The Smithsonian Institution's National Air and Space Museum (NASM) remains one of the world's most visited museums precisely because it embodies the "romance of technological progress." From its origins in the US National ...
• Cold War-But No War-in Space 

  Neufeld, Michael J. (Palgrave Macmillan, 2021)
• NASA, the Search for Life, and Missions to Europa 

  Neufeld, Michael J. (2021)
• Making the Pacific, Making Japanese-U.S. Relations 

  Collins, Martin (2019)

  This special issue of Pacific Historical Review, "Making the Pacific, Making Japanese-U.S. Relations: Science and Technology as Historical Agents in the Twentieth Century," is guest edited by Martin Collins and Teasel ...
• Soil Thermophysical Properties near the InSight Lander Derived from 50 Sols of Radiometer Measurements 

  Piqueux, Sylvain; Müller, Nils; Grott, Matthias; Siegler, Matthew; Millour, Ehouarn; Forget, Francois; Lemmon, Mark; Golombek, Matthew; Williams, Nathan; Grant, John; Warner, Nicholas; Ansan, Veronique; Daubar, Ingrid; Knollenberg, J. örg; Maki, Justin; Spiga, Aymeric; Banfield, Don; Spohn, Tilman; Smrekar, Susan; Banerdt, Bruce (2021)

  Measurements from the InSight lander radiometer acquired after landing are used to characterize the thermophysical properties of the martian soil in Homestead hollow. This dataset is unique as it stems from a high measurement ...
• Early Pluto Science, the Imperative for Exploration, and New Horizons 

  Neufeld, Michael J.; Lunine, Jonathan I.; Stern, S. Alan; Young, Leslie A.; Binzel, Richard P. (University of Arizona Press, 2021)
• Selling the Fighter Pilot's Dream Machines: The F-15 and F-16 in the Public Eye 

  Hankins, Michael W. (2021)
• Dielectric Properties of the Medusae Fossae Formation and Implications for Ice Content 

  Campbell, Bruce A.; Watters, Thomas R.; Morgan, Gareth A. (2021)

  The extensive Medusae Fossae Formation (MFF) along the dichotomy boundary on Mars has geologic features indicative of wind erosion of low-density material. There is evidence suggesting a water ice component, but with ...
• Space Spies in the Open: Military Space Stations and Heroic Cosmonauts in the Post-Apollo Period, 1971-77 

  Lewis, Cathleen S. (Palgrave Macmillan, 2021)
• The ice content of the Dorsa Argentea Formation from radar sounder data 

  Whitten, Jennifer L.; Campbell, Bruce A.; Plaut, Jeffrey J. (2020)
• Location and Setting of the Mars InSight Lander, Instruments and Landing Site 

  Golombek, Matthew; Williams, Nathan; Warner, N. H.; Parker, Timothy; Williams, M. G.; Daubar, Ingrid; Calef, Fred; Grant, John; Bailey, P.; Abarca, H.; Deen, Robert; Ruoff, N.; Maki, Justin; McEwen, Alfred; Baugh, Nicole; Block, Kristin; Tamppari, Leslie; Call, J.; Ladewig, J.; Stoltz, A.; Weems, W. A.; Mora-Sotomayor, L.; Torres, J.; Johnson, M.; Kennedy, T.; Sklyanskiy, E. (2020)

  Knowing precisely where a spacecraft lands on Mars is important for understanding the regional and local context, setting, and the offset between the inertial and cartographic frames. For the InSight spacecraft, the payload ...
• Degradation of Homestead Hollow at the Insight Landing Site Based on the Distribution and Properties of Local Deposits 

  Grant, John A.; Warner, Nicholas H.; Weitz, Catherine M.; Golombek, Matthew P.; Wilson, Sharon A.; Baker, Mariah; Hauber, Ernst; Ansan, Veronique; Charalambous, Constantinos; Williams, Nathan; Calef, Fred; Pike, W. T.; DeMott, Alyssa; Kopp, Megan; Lethcoe, Heather; Banks, Maria E. (2020)

  The InSight mission landed its scientific payload in Homestead hollow, a quasi-circular depression interpreted to be a highly degraded impact crater that is 27 m in diameter. The original pristine crater formed in a ...
• Assessing the Accuracy of Paleodischarge Estimates for Rivers on Mars 

  Morgan, Alexander M.; Craddock, Robert A. (2019)

  Estimates of river paleodischarges have been used to constrain the former climate of Mars. Paleodischarge has been calculated using mechanistic approximations of the channel bed-shear stress at the threshold of particle ...
• Space History Matures-and Reaches a Crossroads 

  Weitekamp, Margaret A. (University Press of Florida, 2019)
• Arnoldo Tamayo Mendez and Guion Bluford: The Last Cold War Race Battle 

  Lewis, Cathleen S. (University Press of Florida, 2019)
• Provenance of block fields along lunar wrinkle ridges 

  French, Renee A.; Watters, Thomas R.; Robinson, Mark S. (2019)

  Block fields and associated relatively high reflectance material along wrinkle ridge summits are revealed in meter scale Lunar Reconnaissance Orbiter Camera (LROC) images. Wrinkle ridges with block fields in Mare Australe, ...

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