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The Division for Planetary Sciences is very sad to announce that our valued colleague and friend, Angioletta Coradini, passed away on September 4, 2011. Angioletta Coradini started her scientific career in 1969 with her PhD thesis at the Rome University “La Sapienza” devoted to the origin of the glassy particles found in the lunar soils. She worked on lunar samples from the Apollo missions during the seventies, at the Istituto di Astrofisica Spaziale of the Italian National Reseach Council (CNR). At the same time she started to study the formation of the solar system, becoming a leading expert in that field.

During the eighties she expanded her interest in space instrumentation through a collaboration with the JPL Team who developed the TIMS (Thermal Infrared Mass Spectroscope), gaining experience which allowed her to lead the Italian team for the Cassini VIMS Spectrometer visual channel. Angioletta Coradini did also a lot of management of space experiments, through a long series of successes starting from the PI-ship of VIRTIS on Rosetta. Other experiments in which Angioletta was involved include VIR on DAWN, now in orbit around the Vesta asteroid, JIRAM on the Juno mission en route to Jupiter, the infrared spectrometers on Venus Express, Bepi Colombo, and many other projects.

Angioletta was Head of the Planetology Departement of the Istituto di Astrofisica Spaziale (1982-1986), Director of the CNR National Group of Astronomy (1984-1990), Director of the CNR (after INAF) Istituto di Fisica dello Spazio Interplanetario (2003-2011). All in all, Angioletta was one of the world-recognized leading experts in Planetary Sciences, with varied interests ranging from minor bodies to outer planets and theoretical work on the formation of our Solar system. She made fundamental contributions in all these domains in addition to her involvement in the development and management of some of the most important space missions in this field.

In recognition of her significant contributions to the planetary sciences she had received several awards and recognitions. Her human and scientific qualities will be missed and remembered by her family, colleagues and friends.

There will be a tribute session to Angioletta at the EPSC-DPS meeting (see hereafter).

DPS 2000 Kuiper Prize Recipient, Conway Leovy, passed away on July 9, 2011, aged 78. Conway was a prominent planetary scientist with major contributions in our understanding of the terrestrial planets, Mars and Venus, but also of Jupiter and Saturn’s satellite, Titan. In particular, Conway was very actively involved in Mars’ exploration and participated and contributed to the Mariner 6, 7 and 9 missions, the Viking landers and more recently in the Mars Reconnaissance Orbiter. Furthermore, Leovy furthered our knowledge in different branches of Earth’s atmospheric science.

Leovy was Emeritus professor of Atmospheric Sciences and Geophysics at the University of Washington, Seattle.
For his DPS prize see: prizes/2000

He will be sorely missed by his family, colleagues and friends. A more detailed tribute and memorial information related to Leovy can be found at: http://www.atmos.washington.edu/people/leovy

Elisabetta Pierazzo, Senior Scientist at the Planetary Science Institute, died at her home in Tucson, Arizona, on May 15. She was 47.

Betty was an expert in the area of impact modeling throughout the solar system, as well as an expert on the astrobiological and environmental effects of impacts on Earth and Mars. Her work ranged widely, from providing detailed insights into the Chicxulub impact that caused the extinction of the dinosaurs to putting constraints on the thickness of the ice shell of Jupiter’s moon Europa. She was interested in the rise of life and explored the delivery of organics to planets and Europa by comets as well as the creation of subsurface hydrothermal systems by impacts that may have been favorable sites for life on Mars.

She was also an expert on Meteor Crater in Arizona and made several appearances on national and international broadcasts of programs including National Geographic specials, explaining the formation of this well-known structure. Betty was innovative, rigorous and systematic in her approach to science. She recognized the need for benchmarking and validating the different complex numerical codes to model impact and explosion cratering, organizing and leading a community effort to accomplish this major task. In addition to her science, Betty passionately promoted science education and public outreach. She took time away from her successful research career to teach undergraduates at the University of Arizona, she developed interactive websites and impact rock and meteorite kits for classroom use, as well as created professional development workshops for elementary and middle school science teachers.

Betty arrived in the United States in 1989 from Italy and the following year attended graduate school at the Department of Planetary Sciences at the University of Arizona. She handled the difficulties of living in a foreign country by opening her house and her kitchen to others. She received her Ph.D. in 1997. The quality of her graduate work was recognized by the University of Arizona with the Gerard P. Kuiper Memorial Award. She continued at the University of Arizona as a Research Associate, and in 2002 joined the Planetary Science Institute as a Research Scientist. She was promoted to Senior Scientist in 2007.

Betty was an active member of the planetary community. She served on numerous NASA review panels, was an associate editor of Meteoritics and Planetary Sciences, reviewed papers for numerous scientific journals, served as organizer of workshops and meetings on impact cratering held around the world, and was an organizer of the 2007 Meteoritical Society Meeting held in
Tucson, Arizona.

Betty was noted for the intensity with which she approached both life and work. Whether it was in the office, the classroom, on the volleyball court, the soccer field, or dance floor, her enthusiasm and joy in the activity was irresistible. She was cherished by very many people for her staunch friendship and support. She inspired countless people as a colleague, teacher, mentor and friend. Her life was even more brightened with her marriage to Keith Powell in 2007.

Over the past six months, Betty battled a rare form of cancer. She dealt with it aggressively, and never let it overwhelm her. She was always looking towards the future. In the last week of her life, in the midst of chemotherapy, she was grading class papers, working on research papers, writing reviews and preparing education proposals with her colleagues, all the while finding time to spend precious moments with her family and friends. She was ultimately and suddenly struck down by a pulmonary embolism.

Her loss is great to all those who knew her and worked with her. Hers is a great loss to the Planetary Science Institute and to our profession. We are grateful to her husband, Keith, and to her family for the time she did have with us.

[from the obituary posted on the Planetary Science Institute website]

Baruch Blumberg, who headed the NASA Astrobiology Institute from 1999 to 2002, and won the 1976 Nobel Prize in Medicine for identifying the Hepatitis B virus, has died, at the age of 85, on April 5, 2011.
The DPS recognizes the loss of a remarkable person and his contribution in several scientific communities, from Medicine to being the first permanent NASA Astrobiology Institute’s Director.

He will be sorely missed.

James L. Elliot, Professor of Planetary Astronomy and Physics at MIT, has passed away Wednesday night March 2, 2011. Jim was one of the pioneers in using stellar occultations to probe planetary atmospheres and the physical properties of small bodies in the outer solar system and beyond. Among his accomplishments are the discoveries of the ring system of Uranus and the atmosphere of Pluto. He received his undergraduate degree from MIT in 1965 and his Ph.D. from Harvard in 1972. Before returning to MIT in 1978, he was a postdoc and faculty member in the Astronomy Department of Cornell University. Jim was a wonderful mentor and teacher, and was especially supportive of women in astronomy. We will miss him deeply.

Donald Mount Hunten passed away on the 14th of December, 2010.

He was born in Montreal, before his family moved to London, Ontario where Don attended the Western Ontario University In 1946 he enrolled in the Ph.D. program at McGill University, back in Montreal, where he obtained his PhD in 1950. He later became assistant professor at the University of Saskatchewan. After Joe Chamberlain moved to Kitt Peak National Observatory in Tucson to form a space research group, he invited Don to join it and so Don moved to Tucson. In 1974 he became professor at the Lunar and Planetary Lab. In 1982 he was inducted into the National Academy of Sciences and he eventually became a Regents Professor at LPL, UA.

Borrowing from a citation by T. Owen at the 1998 John Adam Fleming Medal of the American Geophysical Union honoring Don:

Donald M. Hunten is a model for all of us engaged in the study of planetary atmospheres. He is first of all a superb scientist, one of the finest aeronomers our planet has produced. He is that rare combination of instrumentalist, observer, theorist, and responsible representative of his field that makes a “compleat” scientist. Don’s contributions are evident everywhere in the record of terrestrial and planetary aeronomy. In the 1950s, he was preeminent among those who developed the ground-based instruments that obtained the spectra required for an understanding of the excitation of Earth’s airglow and aurora, and he also developed the theories that explained the data. In the early 1960s, he contributed to the deflation of the Martian atmosphere by demonstrating the weak points in earlier attempts to derive the red planet’s surface pressure. Don was the godfather of the Pioneer Venus mission and a key scientist in its highly successful implementation and the analysis of the results.

One of his greatest achievements was the development of the theory of diffusion-limited escape and the subsequent analysis of escape of hydrogen from the planets Turning to the outer solar system, Don developed a model for the atmosphere of Titan prior to the Voyager 1 encounter in 1980 that was so good it became the standard after the data came in confirming it. With his extraordinary intuition and insight, he had correctly surmised that Titan must have a massive, molecular nitrogen atmosphere, well before there was any detection of N or N2 on this intriguing satellite. In the following decade, Don used his excellent grasp of physics together with his extensive experience in deep space missions to play a critical role in the design of the Cassini-Huygens mission, now safely on its way to Saturn and
Titan.

Don Hunten also worked on the analysis of data from the Galileo Probe into Jupiter’s atmosphere and investigated the tenuous, gaseous envelopes around Mercury and the Moon. He has been an inspiration and a mentor for many of the currently confirmed planetologists.

Materials from the Donald Hunten memorial session at the 2011 DPS conference:

1. Hunten Session Package
2. Hunten talk – Belton
3. Hunten talk – Yelle
4. Hunten talk – dePater
5. Hunten talk – Lunine part 1
6. Hunten talk – Lunine part 2
7. Hunten talk – Schneider