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5 results on '"Harald Hiesinger"'

1. Contributors

Author

Felix M. Gradstein, James G. Ogg, Mark D. Schmitz, Gabi M. Ogg, Frits P. Agterberg, Markus Aretz, Thomas R. Becker, Anthony Butcher, Bradley D. Cramer, Richard E. Ernst, Selen Esmeray-Senlet, Rob A. Fensome, Andrew S. Gale, Philip L. Gibbard, Daniel Goldman, Ethan L. Grossman, Galen P. Halverson, Charles M. Henderson, Stephen P. Hesselbo, Harald Hiesinger, Hans Kerp, Jacques Laskar, John M. McArthur, Michael J. Melchin, Adina Paytan, Shanchi Peng, Maria Rose Petrizzo, Bernhard Peucker-Ehrenbrink, Isabella Raffi, Peter M. Sadler, Matthew R. Saltzman, Graham A. Shields, Michael D. Simmons, Robert P. Speijer, Rob Strachan, David K. Watkins, Shuhai Xiao, Jan Zalasiewicz, Per Ahlberg, Loren E. Babcock, Sietske J. Batenburg, David P.G. Bond, Zhong-Qiang Chen, John Cope, Anne-Christine Da Silva, James Darling, Andrew Davies, Kristina L. Faul, Stephan R. Gradstein, Ellen T. Gray, Benjamin Gréselle, Martin J. Head, Hans-Georg Herbig, Andrew C. Hill, Christopher J. Hollis, Jerry J. Hooker, Richard J. Howarth, Christina Ifrim, Ian Jarvis, Michael M. Joachimski, Clark M. Johnson, Dieter Korn, Stephen A. Leslie, Breandán A. MacGabhann, Gunn Mangerud, John E. Marshall, Alistair J. McGowan, Ken G. Miller, Dirk K. Munsterman, Brendan J. Murphy, Joerg Mutterlose, Guy M. Narbonne, Heiko Pälike, Susannah M. Porter, Gregory E. Ravizza, David C. Ray, Alan D. Rooney, Micha Ruhl, Adrian Rushton, Shu-Zhong Shen, Brad S. Singer, Craig Storey, Ken Tanaka, Frans S. Van Buchem, Bridget S. Wade, Xiangdong Wang, Colin N. Waters, Mark Williams, Weiqi Yao, Shuan-Hong Zhang, Ying Zhou, Alan G. Beu, Martin Crundwell, Linda A. Hinnov, Chunju Huang, Haishui Jiang, Wouter Krijgsman, Theodore Moore, Michael Orchard, J. Ian Raine, Raffaele Sardella, and Yuliia Vernyhorova

Published
2020

2. List of Contributors

Author

K.-Michael Aye, Davide Baioni, Mark A. Bishop, Susan J. Conway, John C. Dixon, James M. Dohm, Colman J. Gallagher, Virginia C. Gulick, Henrik I. Hargitai, Tanya N. Harrison, Ernst Hauber, Harald Hiesinger, Andreas Johnsson, Stephen R. Lewis, Michael A. Mischna, Gordon R. Osinski, Ganna Portyankina, Dennis Reiss, Frédéric Schmidt, Richard J. Soare, David E. Stillman, and Jean-Pierre Williams

Published
2018

3. Slow Periglacial Mass Wasting (Solifluction) on Mars

Author

Harald Hiesinger, Andreas Johnsson, E. Hauber, Dennis Reiss, and Susan J. Conway

Subjects
Martian, geography, geography.geographical_feature_category, 010504 meteorology & atmospheric sciences, Landform, Amazonian, Northern Hemisphere, Solifluction, Mars Exploration Program, Mass wasting, 01 natural sciences, Paleontology, 0103 physical sciences, 010303 astronomy & astrophysics, Geology, 0105 earth and related environmental sciences, Patterned ground
Abstract

Hillslope lobate landforms on Earth, formed by slow creep in periglacial terrain, always involve the action of liquid water. This chapter reviews previous observations of small-scale lobate forms from the northern hemisphere of Mars and adds new observations from the southern mid- and high latitudes that have a similar morphology, scale, and geological setting to those on Earth. We suggest that these features represent some of the best evidence for the action of liquid water at or near the surface in the Late Amazonian Epoch. We searched all available 25 cm/pix High-Resolution Imaging Science Experiment images (2007–13) from 40°S to 80°S. These newly reported small-scale lobes are extremely similar in morphology, morphometry, and setting to their northern counterparts and to their (possible) terrestrial counterparts. All martian lobes form at latitudes where near-surface ground ice is hypothesized and in close proximity to other landforms that might also indicate ground ice, such as small-scale polygonally patterned ground and gullies. We propose that a thaw-based hypothesis provides the best explanation for the assemblage of landforms and their geographical distribution. In this scenario gullies, patterned ground, and small-scale lobes may form a hydrologic continuum on slopes where available water content governs the type of landform produced.

Published
2018

4. Contributors

Author

Mahesh Anand, Markus J. Aschwanden, Fran Bagenal, W. Bruce Banerdt, James F. Bell, Anil Bhardwaj, Richard P. Binzel, John C. Brandt, Doris Breuer, Daniel T. Britt, Bonnie J. Buratti, James D. Burke, Michael H. Carr, Lynn M. Carter, David C. Catling, John E. Chambers, Geoffrey Collins, Athena Coustenis, Ian A. Crawford, Wanda L. Davis, Véronique Dehant, Konrad Dennerl, Imke de Pater, Deborah L. Domingue, Luke Dones, Timothy E. Dowling, Line Drube, Adam M. Dziewonski, Michael Endl, Carolyn M. Ernst, Berndt Feuerbacher, Jonathan J. Fortney, Matthew P. Golombek, J.T. Gosling, Richard A.F. Grieve, Robert Grimm, Matthias Grott, Eberhard Grün, S.J. Guy Consolmagno, Klaus Gwinner, Alex N. Halliday, Alan W. Harris, Matthew M. Hedman, Amanda R. Hendrix, Harald Hiesinger, Bernhard Hufenbach, Donald M. Hunten, Ralf Jaumann, Torrence V. Johnson, Katherine H. Joy, Randolph L. Kirk, Margaret Galland Kivelson, Harald Krüger, William S. Kurth, Larry Lebofsky, David Leverington, Harold F. Levison, Michael E. Lipschutz, Jack J. Lissauer, Carey M. Lisse, Philippe Lognonné, Rosaly M.C. Lopes, J.G. Luhmann, Mark S. Marley, Lucy A. McFadden, Christopher P. McKay, William B. McKinnon, Harry Y. McSween, Alessandro Morbidelli, Nils Mueller, Scott L. Murchie, Carl D. Murray, Catherine D. Neish, Robert M. Nelson, Francis Nimmo, Jürgen Oberst, Gordon R. Osinski, Robert T. Pappalardo, David C. Pieri, Carolyn Porco, Thomas H. Prettyman, Frank Preusker, Louise M. Prockter, Attilio Rivoldini, Ludolf Schultz, Adam P. Showman, Suzanne E. Smrekar, Sue Smrekar, S.C. Solomon, Tilman Spohn, Sabine Stanley, S. Alan Stern, Ellen R. Stofan, Robert G. Strom, Mark V. Sykes, Fredric W. Taylor, Stephen C. Tegler, Peter C. Thomas, Matthew S. Tiscareno, Alan T. Tokunaga, Livio L. Tornabene, Nicola Tosi, Tim Van Hoolst, Ronald J. Vervack, Renee C. Weber, Paul R. Weissman, Robert A. West, and Lionel Wilson

Published
2014

5. The Moon

Author

Harald Hiesinger and Ralf Jaumann

Subjects
Planetary body, Solar System, Spacecraft, business.industry, Sample (statistics), Physics::Geophysics, Astrobiology, Impact crater, Physics::Space Physics, Origin of the Moon, Astrophysics::Earth and Planetary Astrophysics, Stratigraphy (archaeology), business, Geology, Exosphere
Abstract

The Moon is our closest neighbor and is both scientifically and technologically of immense importance for the understanding and exploration of our solar system. It is the only planetary body, other than the Earth, for which we have samples from known, specifically chosen, and well-characterized locations. These samples allow us to study the Moon in great detail with increasingly sophisticated analytical techniques. Almost 40 years since the last lunar sample return, the samples keep revealing new and exciting information about the Moon. Despite the fact that we have been to the Moon, we are far from being done with it. For example, the detection of water in lunar glasses was only recently possible with highly accurate analytical methods. Similarly, innovative remote sensing techniques allow us to study the spatial and temporal distribution of hydrogen across the lunar surface. Together, these new data challenge our understanding of the origin of the Moon and its geologic/thermal evolution and this, of course, has tremendous implications for our understanding of all other planetary bodies. Although the new data help us to address some of our questions, they also produce new questions. Numerous space-faring nations, including, the US, India, Japan, Europe, and China, have recognized the exceptional importance of the Moon and have recently sent spacecraft in orbit and onto its surface.

Published
2014

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