Membership of the UK-Node of the NASA Solar System Exploration Research Virtual
Institute (SSERVI)
Institution
Aberystwyth
University
Name(s) & Email Address(es)
1. Manuel Grande (mng@aber.ac.uk)
Current Interests
lunar crustal composition using Xray fluorescence spectroscopy from
orbit (D-CIXS, C1XS)
Digital elevation modelling, lunar
topography and cartography
2. Tony Cook (atc@aber.ac.uk)
Birkbeck
College,
University of
London
3. Louise Alexander (l.alexander@bbk.ac.uk),
4. Abigail Calzada
(abigailcalzada@gmail.com),
5. Ian Crawford (i.crawford@ucl.ac.uk)
6. Hilary Downes (h.downes@ucl.ac.uk),
7. Huma Irfan (irfan.huma@gmail.com),
8. Lewis Pinault (lewispinault@btinternet.com)
Centre for
Planetary
Sciences at
University
College
London
9.
10.
11.
12.
13.
Adrian Jones (adrian.jones@ucl.ac.uk),
Alan Smith (as@mssl.ucl.ac.uk),
Rob Gowen (rag@mssl.ucl.ac.uk),
Andrew Coates (ajc@mssl.ucl.ac.uk)
Terry Hackwill (t.hackwill@ucl.ac.uk)
14. Giovanna Tinetti (g.tinetti@ucl.ac.uk)
Imperial
College
London
Natural
History
Museum,
London
Rutherford
Appleton
Laboratory
15. Tom Pike (w.t.pike@imperial.ac.uk),
16. Sunil Kumar (s.kumar@imperial.ac.uk)
17. Michele Dougherty
(m.dougherty@imperial.ac.uk)
18. Sara Russell (sarr@nhm.ac.uk)
19. Barry Kellett (B.J.Kellett@rl.ac.uk),
20. Chris Howe (C.J.Howe@rl.ac.uk),
21. Mike Lockwood (M.Lockwood@rl.ac.uk)
Lunar petrology; crustal evolution
using lunar meteorites and orbital
X-ray data (D-CIXS and C1XS);
Multi-spectral imaging; Impact
studies; Lunar astrobiology,
including studies of the
survivability of terrestrial materials
on the Moon.
Development of the MoonLITE
concept (including management of
the MoonLITE Phase-A study),
and development of
instrumentation for lunar landers
(e.g. seismometers, penetrometers,
PANCAM).
Whole Earth imaging from the
Moon for comparison with
exoplanets.
Lunar seismology,
microseismometer technology,
Lunar magnetometry
Petrology and mineralogy of lunar
meteorites
Lunar crustal composition using Xray fluorescence spectroscopy from
orbit; instrument development (e.g.
D-CIXS, C1XS); Exoplanetary
Auroral Kilometric Radiation
The Open
University,
Planetary
and Space
Sciences
University of
Cambridge
University of
Edinburgh
University of
Glasgow
University of
Lancaster
University of
Leicester,
Space
Research
Centre
22. Mahesh Anand (M.Anand@open.ac.uk),
23. Simeon Barber
(Simeon.Barber@open.ac.uk),
24. Jessica Barnes (Jessica.Barnes@open.ac.uk),
25. Simon Kelley (S.P.Kelley@open.ac.uk),
26. Ian Franchi (I.A.Franchi@open.ac.uk),
27. Jason Gow (Jason.Gow@open.ac.uk),
28. Monica Grady (Monica.Grady@open.ac.uk),
29. Richard Greenwood
(R.C.Greenwood@open.ac.uk),
30. Axel Hagermann
(A.Hagermann@open.ac.uk),
31. Andrew Holland
(Andrew.Holland@open.ac.uk),
32. Sungwoo Lim (Sungwoo.Lim@open.ac.uk),
33. James Mortimer
(James.Mortimer@open.ac.uk),
34. John Murray (J.B.Murray@open.ac.uk),
35. Nicci Potts (Nicci.Potts@open.ac.uk),
36. David Rothery (D.A.Rothery@open.ac.uk),
37. Phillipa Smith (Phillipa.Smith@open.ac.uk),
38. Simon Sheridan (S.Sheridan@open.ac.uk),
39. Romain Tartese
(Romain.Tartese@open.ac.uk),
40. Rebecca Thomas
(Rebecca.Thomas@open.ac.uk),
41. Ian P. Wright (I.P.Wright@open.ac.uk),
42. John Zarnecki (J.C.Zarnecki@open.ac.uk)
43. Chris Haniff (cah@mrao.cam.ac.uk)
Lunar petrology, geochemistry,
geochronology and isotopic studies
(C1XS Co-Is, solar wind analysis,
age dating, exposure ages, trace
elements, stable isotope analysis
etc.); photogeology;
instrumentation for surface science
(e.g. penetrometers, moles); in situ
detection and analysis of polar
volatiles; surface heat flow and
thermal properties; lunar dust;
impact physics; UV/Vis/NIR
spectrometry; ESMO team
members; lunar astrobiology;
exploration architecture studies;
geological, volatiles and space
weathering comparisons between
the Moon and Mercury
44. Kathy Whaler (kathy.whaler@ed.ac.uk)
Lunar magnetism
45. Graham Woan (graham@astro.gla.ac.uk)
LOFAR & VLBI
46. Lionel Wilson (L.Wilson@Lancaster.ac.uk)
Lunar volcanism, magma ocean
evolution and structure of the lunar
crust
Instrumentation for lunar landers,
building on the Beagle 2 legacy
(especially lunar applications of the
PAW instruments); Planetary
Robotics; Earth magnetospheric XRay imaging (MagEx); Sample
acquisition and processing systems
47.
48.
49.
50.
51.
52.
Mark Sims (mrs@star.le.ac.uk),
Richard Ambrosi (rma@star.le.ac.uk),
John Bridges (j.bridges@le.ac.uk),
Derek Pullan (dpu@star.le.ac.uk),
Steve Sembay (sfs5@star.le.ac.uk),
Andrew Read (amr30@star.le.ac.uk)
Optical interferometry
University of
Manchester
University of
Oxford
University of
Surrey,
Surrey Space
Centre
53. Ray Burgess (ray.burgess@man.ac.uk),
54. Patricia Clay
(patricia.clay@manchester.ac.uk)
55. Sarah Crowther
(Sarah.Crowther@manchester.ac.uk)
56. Natalie Curran
(natalie.curran@postgrad.manchester.ac.uk ),
57. Jamie Gilmour
jamie.gilmour@manchester.ac.uk
58. Katherine
Joy (katherine.joy@manchester.ac.uk ),
59. Dayl Martin
(dayl.martin@postgrad.manchester.ac.uk)
60. Fran McDonald
(Francesca.McDonald@postgrad.manchester.
ac.uk );
61. John Pernet-Fisher (john.pernetfisher@manchester.ac.uk )
62. Grenville Turner
(grenville.turner@manchester.ac.uk)
63. Jessica Arnold
(jessica.arnold@physics.ox.ac.uk),
64. Neil Bowles (n.bowles1@physics.ox.ac.uk),
65. Kerri Donaldson-Hanna
(Kerri.DonaldsonHanna@physics.ox.ac.uk),
66. Rory Evans (roryjacobevans@gmail.com),
67. Jonathon Grice (jonathon.grice@stannes.ox.ac.uk),
68. Charlotte Marriner
(Charlotte.Marriner@physics.ox.ac.uk),
69. Tristram Warren
(Tristram.Warren@physics.ox.ac.uk),
70. Weijia Zhang
(Weijia.Zhang@physics.ox.ac.uk)
Department of Physics
71. Alex Halliday
(Alex.Halliday@earth.ox.ac.uk),
Department of Earth Sciences
72. Yang Gao (Yang.Gao@surrey.ac.uk)
Lunar petrology, geochemistry,
geochronology and isotopic studies
(C1XS Co-Is, age dating, exposure
ages, etc.). For more information
please follow this link:
http://www.seaes.manchester.ac.uk
/our-research/researchareas/pes/isotope-geochemistryand-cosmochemistry/
Infrared mapping of the lunar
surface (LRO Diviner); design and
manufacture of mole tethers for
surface heat flow measurement.
Geochemical and isotopic studies
of lunar formation and evolution
Lunar regolith drilling and
sampling, lunar penetrometer,
lunar mission development