LPSC Abstract Haiku

Russell and Johnson, 2019/2896: "Lithospheric Flexure Modeling at Narina Tholi: Evidence for a Locally Thinned Lithosphere."

K. L. Lynch, E. G. Rivera-Valentín, A. Soto, V. F. Chevrier, A. Méndez, 2021/2043: "Terrestrial Validation of a Habitat Suitability Model for Brine Environments on Mars"

Piatek et al., 2020/2468: "Modification of Martian Crater Ejecta Facies Observed in Thermophysical Data"

Piatek and Ostrach, 2020/2406: "Sharing Science with the Widest Audience: Making Scientific Conferences Accessible"

A.M. Morgan, S.C. Sanders, & R.A. Craddock, 2020 / 1141 "Runoff Production on Early Mars"

Luzzi et al., 2018/1494: "Becquerel Crater Radial Faults:  A Possible Target for Methane Seepage Investigations"

Fenton, Metzger, Michaels, Scheidt, Dorn, Cole, Sprau, and Neakrase, 2020/2567: “Details in the Devils: Preliminary Results of a Field Investigation of Planetary Boundary Layer Turbulence and Dust Devil Generation”

Francis, R. et al, 2016/2487: “AEGIS Intelligent Targeting Deployed for the Curiosity Rover’s ChemCam Instrument”

Gabasova and Kite, 2016/1209: “Sediment Compaction on Mars and its Effect on Layer Orientation”

Bramble and Mustard, 2016/2553: “Investigating the Antarctic Meteorite Analog of Carbonate Formation on Mars”

Yu et al. 2016 / 2683: "Quantifying Water Content and Equilibration Timescale of Wind Tunnel Materials"

Noviello and Rhoden, 2016/2579: “Order from Chaos: A Quantitative Approach to Identifying small Chaos Features on Europa.”

Milazzo et al., 2016/2576: "Planetary Learning that Advances the Nexus of Engineering, Technology, and Science"

Blair, Gowanlock, Li, Rude, Herring, and Pankratius, 2016/1987: “Improving Spacecraft Site Selection through Computer-Aided Discovery and Data Fusion”

Thomson, Spudis, Hayne, Cahill, Patterson, Neish, Thompson, Heggy, and Stickle, 2016:2426: “Evidence for Possible Low-Density Regolith at the Lunar Poles”

Valencia et al., 2016/2361: “Petrography and Chemistry of the Mafic and REE-Rich Components in Apollo Sample 12013”