| authors |
title |
 |
abstract
number |
| Accardo, Jolliff, & Lawrence |
Boulder densities at
the Compton-Belkovich Volcanic Complex |
1656 |
| Clegg & Jolliff |
Photometric analysis
of the Apollo landing sites |
2030 |
| Clegg, Sharma, Misra, Dyar, Dallmann, Wiens, Vaniman, Speicher,
Smrekar, Wang, Maurice, & Esposito |
Raman
& laser-induced breakdown spectroscopy (LIBS) remote geochemical analysis
under Venus atmospheric pressure |
2105 |
| Du & Wang |
Raman imaging of extraterrestrial
materials |
2221 |
| Herzog, Delaney, Lindsay, Alexander, Chakrabarti, Jacobsen, Whattam,
Korotev & Zeigler |
Magnesium
and silicon isotopes in HASP glasses from Apollo 16 lunar soil 61241 |
1579 |
| Jolliff, Zanetti, Shirley, Accardo, Lauber, Robinson, & Greenhagen
|
Compton-Belkovich Volcanic
Complex |
2097 |
| Korotev, Irving, & Bunch |
Keeping up with the
lunar meteorites - 2012 |
1152 |
| Kuehner, Irving, & Korotev |
Petrology
and composition of lunar meteorite Northwest Africa 7022: An unusually sodic
anorthositic gabbroic impact melt breccia with compositional similarities
to Miller Range 090036 |
1524 |
| Kuehner, Irving, & Korotev |
Petrology
and composition of lunar mare ferroan gabbro breccia Northwest Africa 7007:
New insights into the complex petrogenesis of Northwest Africa 773 and siblings |
1519 |
| Liu & Wang |
Dehydration of Na-jarosite,
ferricopiapite, and rhomboclase at high T and implications on martian ferric
sulfates |
2791 |
| Lu & Wang |
Synthesis and spectral
characterization of OH-bearing ferric sulfates |
2514 |
| Murchie, Chabot, Yen, Arvidson, Maki, Trebi-Ollennu, Wang, Gellert,
Daly, Rivkin, Seelos, Eng, Guo, & Adams |
MERLIN:
Mars-Moon Exploration, Reconnaissance and Landed Investigation |
2569 |
| Seddio, Jolliff, Korotev, & Carpenter |
Thorite in an Apollo
12 granite fragment and age determination using the electron microprobe |
2704 |
| Seddio, Korotev, & Jolliff |
Two Apollo 12 granite
rock fragments: Evidence for the proximal coexistence of high-Th impact
melt breccia and granite |
1006 |
| Shaulis, Righter, Lapen, Korotev, Irving, & Kuehner |
Baddeleyite
chronology of Northwest Africa 6950: A 3.1 GA lunar olivine gabbro paired
with NWA 2977 and the cumulate mare gabbro lithology in NWA 773 |
2236 |
Shirley, Zanetti, Jolliff, van der Bogert, & Hiesinger
|
Crater size-frequency
distribution measurements at the Compton-Belkovich Volcanic Complex
|
2792 |
| Sobron, Amundsen, Bauer, Bishop, Jordan, Josset, Josset, Leveille,
Pugh, Schmitz, Steele, & Wang |
In-situ investigation
of Devonian redbed sediments in Bockfjord (Svalbard, Norway) as a martian
analogue |
2631 |
| Wang |
Subsurface hydrous salts
and obliquity cycle on Mars |
2172 |
| Wang |
In situ laser Raman
spectroscopy for Mars sample return mission |
2149 |
| Wittmann, Goderis, & Claeys |
Depositional record of pristine impactites and traces
of the projectile in El’gygytgyn crater |
1999 |
| Zanetti, Jolliff, van der Bogert, & Hiesinger |
Equal-area radial crater
counts at large Copernican craters: Implications for late-stage ejecta emplacement |
2131 |
| Zeigler, Korotev, & Jolliff |
Pairing relationships
among feldspathic lunar meteorites from Miller Range, Antarctica |
2377 |
| Zhou & Wang |
Potential existence
of Al-bearing sulfates on Mars and their spectral characteristics |
2289 |
| Zhou, Zeigler, Yin, Korotev, Jolliff, Amelin, Marti, Wu, Li, Li,
Lin, Liu & Tang |
U-Pb
dating of zircons and phosphates in lunar meteorites, acapulcoites and angrites |
1554 |
| authors |
title |
|
abstract
number |
| Carpenter, Edmunson, Cohen, Zeigler, & Jolliff |
First lunar occurrence of
keiviite-(Y) in troctolitic anorthosite 76335 |
2767 |
| Clegg, Sharma, Misra, Dyar, Hecht, Lambert, Feldman, Dallmann, Wiens,
Humphries, Vaniman, Speicher, Carmosino, Smrekar, Treiman, Wang, Maurice, &
Esposito |
Remote Raman
– Laser Induced Breakdown Spectroscopy (LIBS) geochemical
investigation under Venus atmospheric conditions |
1450 |
| Cohen, Jolliff, Bierhaus, Clark, Clegg, Elphic, Glavin, Hagerty,
Lawrence, Mahaffy, Wang, & Wiens |
The case for in
situ exploration of volatile deposits at the lunar poles |
1425 |
| Farrand, Bell, Clark, Edgar, Hayes, Johnson, &
Jolliff |
Color banding
within the inner rims of craters in Meridiani Planum: Observations by the
Opportunity Pancam and HiRISE |
2359 |
| Gibson & Jolliff |
Correlation of
surface units and FeO concentrations in the South Pole-Aitken Basin
interior |
2326 |
| Jolliff, Gibson, & Scholten |
South Pole-Aitken Basin
interior: Topographic expression of mare, cryptomare, and nonmare plains
units |
2774 |
| Jolliff, Tran, Lawrence, Robinson, Scholten, Oberst, Hawke, Hiesinger,
van der Bogert, Greenhagen, Wiseman, Glotch, & Paige |
Compton-Belkovich: Nonmare,
silicic volcanism on the Moon's far side |
2224 |
| Kong, Jolliff, & Wang |
Ti distribution in grain-size
fractions of Apollo soils 10084 and 71501 |
1641 |
| Korotev, Jolliff, & Carpenter |
Miller Range feldspathic
lunar meteorites |
1999 |
| Kuebler, Wang, & Jolliff |
Review of
terrestrial laihunite and stilpnomelane analogs, identified as potential secondary
alteration phases in MIL 03346 |
1022 |
| Lawrence, Denevi, Hawke, Giguere, Robinson, Stopar, Tran, Jolliff,
Bussey, & Stelling |
Size frequency
distributions of blocks on lunar volcanic landforms: Results from
LROC |
2422 |
| Lindsay, Herzog, Albarède, & Korotev |
Elemental and isotopic
abundances of Fe, Cu and Zn in low-ti lunar basalts |
1907 |
| Marion, Osinski, Antonenko, Barfoot, Battler, Beauchamp, Cloutis,
Cupelli, Chanou, Daly, Ferrière, Flemming, Francis, Ghafoor, Grieve, Hodges,
Hussain, Jolliff, Mader, McCullough, Otto, Preston, Redman, Shankar, Singleton,
Stooke, Sylvester, Tornabene, Unrau, & Veillette |
A lunar analogue
mission: Sample return to the South Pole-Aitken Basin |
2515 |
| Petro & Jolliff |
Basin and crater ejecta
contributions to the South Pole-Aitken Basin (SPA) regolith: Positive implications
for robotic surface samples |
2637 |
| Seddio, Jolliff, Korotev, and Zeigler |
Fragments of granite in
Apollo 12 regolith: Pieces of 12013? |
2381 |
| Sobron & Wang |
Spectral data processing for
LIBS quantitative elemental analysis of geological samples |
1640 |
| Sobron & Wang |
Low-temperature Raman
spectroscopy of materials relevant for planetary exploration |
1580 |
| Tran, Robinson, Lawrence, Braden, Plescia, Hawke, Jolliff, Stopar,
& LROC Team |
Morphometry of Lunar
volcanic domes from LROC |
2228 |
| Wang, Zheng, Kong, Ling, Kong, Sobron, and Jolliff |
A low T, high RH, and
potentially life-friendly environment within the martian salt-rich subsurface in
equatorial regions |
2049 |
| Zanetti, Hiesinger, van der Bogert, Reiss, & Jolliff |
Aristarchus Crater: Mapping
of impact melt and absolute age determination |
2330 |
| Zanetti, Hiesinger, van der Bogert, & Jolliff |
Observation of stratified
ejecta blocks at Aristarchus Crater |
2262 |
| Zeigler, Korotev, & Jolliff |
Petrography and geochemistry
of lunar meteorite Dhofar 1442 |
1012 |
| authors |
title |
|
abstract
number |
Carpenter, Zeigler, & Jolliff
|
Advances in defocused-beam
electron-probe microanalysis |
2656 |
Denevi, Robinson, Hapke, Lawrence, Wiseman, Jolliff, & LROC
Team
|
Global ultraviolet through
visible color observations of the moon with the Lunar Reconnaissance Orbiter wide
angle camera
|
2263 |
| Edmunson, Cohen, Carpenter, Zeigler, & Jolliff |
Yttrium silicate in lunar
troctolitic anorthosite 76335 |
2627 |
| Gibson, Jolliff, Zeigler, & Korotev |
Testing petrogenetic
relationships of the lunar NWA 773 meteorite clan with nickel & cobalt in
olivine |
2593 |
| Irving, Kuehner, Herd, Gellissen, Korotev, Puchtel, Walker, Lapen,
& Rumble |
Petrologic, elemental and
multi-isotopic characterization of permafic olivine-phyric shergottite Northwest
Africa 5789: A primitive magma derived from depleted martian
mantle |
1547 |
| Jolliff, Alkalai, Pieters, Head, Papanastassiou, &
Bierhaus |
Sampling the South
Pole-Aitken basin: Objectives and site selection criteria |
2450 |
| Jolliff, Wiseman, Lawrence, Tran, & LROC Science Team |
Scientific return from
systematic imaging of the constellation exploration sites: Compton-Belkovich
example |
2412 |
| Kong & Wang |
Planetary laser Raman
spectroscopy for surface exploration on C/D-type asteroids – A
case study
|
2730 |
| Kong, Wang, & Chou |
Determination of phase
boundary between kornelite and pentahydrated ferric sulfate by humidity buffer
technique and Raman spectroscopy at 0.1 MPa
|
2010 |
| Korotev, Jolliff, & Zeigler |
On the origin of the
Moon's feldspathic highlands, pure anorthosite, and feldspathic
lunar meteorites |
1440 |
| Korotev, Zeigler, & Jolliff |
New geochemical constraints
on pairing of the Dhofar 961 clan of lunar meteorites |
2126 |
| Kuehner, Irving, Gellissen, & Korotev |
Petrology and composition of
lunar troctolitic granulite Northwest Africa 5744: A unique recrystallized,
magnesian crustal sample |
1552 |
| Lawrence, Stopar, Hawke, Gaddis, Robinson, Denevi, Giguere, Jolliff,
Braden, & LROC Science Team |
LROC observations of the
Marius Hills |
1906 |
| Liu, Jolliff, Zeigler, Wan, Zhang, Dong, & Korotev |
A 3.91 billion year age for
Apollo 12 high-thorium impact-melt breccias: Products of Imbrium, or an older
impact basin in the Procellarum KREEP Terrane? |
2477 |
| Mittlefehldt, Gellert, Herkenhoff, Morris, Clark, Cohen, Fleischer,
Jolliff, Klingelhöfer, Ming, & Yingst |
Marquette Island: A distinct
mafic lithology discovered by Opportunity |
2109 |
| Peng, Wang, & Jolliff |
Hydrothermal process on Mars
– Mission observations and a laboratory simulation
experiment |
2586 |
| Robinson, Eliason, Hiesinger, Jolliff, McEwen, Malin, Ravine, Thomas,
Turtle, Bowman-Cisneros, & LROC Team |
Lunar Reconnaissance
Orbiter Camera: First results |
1874 |
| Seddio, Korotev, Jolliff, & Zeigler |
Comparing the bulk chemistry
of lunar granites, with petrologic implications |
2688 |
| Sobron & Wang |
A planetary environment and
analysis chamber equipped with multiple spectroscopic sensors |
1994 |
| Sobron, Alpers, & Wang |
LIBS/Raman investigation of
Mars-related sulfates from Iron Mountain, California |
2595 |
| Wang, Freeman, Sobron, & Lambert |
A miniaturized near infrared
instrument for detecting H2O/OH, sulfates, carbonates and organic
species during planetary surface explorations
|
2018 |
| Wang, Ling, & Freeman |
Stability fields and phase
transition pathways of ferric sulfates in 50°C to 5°C temperature
range
|
2303 |
| Zeigler, Jolliff, & Korotev |
Petrography and pairing
relationships of lunar meteorites Sayh al Uhaymir 449 and Dhofar 925, 960, and
961 |
1985 |
| authors |
title |
|
abstract
number |
| Bunch, Irving, Wittke, Rumble, Korotev, Gellissen, &
Palme |
Petrology and composition
of Northwest Africa 2990: A new type of fine-grained, enriched, olivine-phyric
shergottite |
2274 |
| Carpenter, Zeigler, Jolliff, Vicenzi, Davis, &
Donovan |
Advances in electron-probe
microanalysis and compositional mapping: Applications to lunar
samples
|
2531 |
| Chemtob, Rossman, Eiler, & Jolliff |
Silica coatings on the 1974
kilauea flow: new sem and sims results and implications for
Mars
|
2156 |
| Fernandes, Korotev, & Renne |
40Ar-39Ar ages
and chemical composition for lunar mare basalts: NWA 4734 and NWA
4898 |
1045 |
| Fernandes, Irving, Kuehner, Gellissen, Korotev, &
Bandfield |
Petrology, bulk
composition, Ar-Ar age and IR emission spectrum of lunar granulite Northwest Africa
4881
|
2009 |
| Foreman, Korotev, Zeigler, Wittmann, Kring, Irving, &
Kuehner |
Petrographic and geochemical
analysis of feldspathic lunar meteorite Shişr 161 |
2304 |
| Freeman, Wang, & Ling |
Ferric sulfates on Mars:
mission observations and laboratory investigations |
2284 |
| Freeman & Wang |
Hydrated magnesium sulfates
below 0°C - Stable phases and polymorphs |
2301 |
| Jolliff, Korotev, Zeigler, & Prettyman |
Connecting lunar meteorite
Dhofar 961 to the South Pole-Aitken Basin through Lunar Prospector gamma-ray
data |
2555 |
| Jolliff, Lawrence, Stopar, Robinson, Gaddis, & Hawke |
Targeting the Lunar
Reconnaissance Orbiter narrow angle cameras: Target sources and selection
strategy |
2343 |
| Kong, Wang, Freeman, & Sobron |
A comprehensive spectroscopic
study (Raman, MIR, VIS_NIR, LIBS, XRD) of synthetic Fe2+,
Fe3+, Mg2+ , Al3+ copiapites |
1659 |
| Kong, Zheng, Wang, & Ma |
Endolithic halophiles found
in evaporite salts on Tibet plateau as a potential analog for martian life in
saline environment |
1216 |
| Korotev, Zeigler, Irving, & Bunch |
Keeping up with the lunar
meteorites - 2009 |
1137 |
| Ling, Wang, & Li |
Comparative spectroscopic
study of three ferric sulfates: kornelite, lausenite and
pentahydrate
|
1867 |
| Ling, Wang, Jolliff, Li, Liu, Bian, Ren, Mu, & Su |
Raman spectroscopic study of
quartz in lunar soils from Apollo 14 and 15 missions |
1823 |
| Liu, Wang, & Freeman |
Raman, MIR, and NIR
spectroscopic study of calcium sulfates: gypsum, bassanite, and
anhydrite |
2128 |
| Liu, Wan, Zhang, Dong, Jolliff, Zeigler, & Korotev |
Age of zircons in the
impact-melt breccia in SaU 169 lunar meteorite: Beijing SHRIMP
IIstudy
|
2499 |
| Mayer, Arvidson, Wang, Sobron, & Zheng |
Mapping minerals at a
potential Mars analog site on the Tibetan plateau |
1877 |
| Rice, Bell, Cloutis, Wang, Ruff, Craig, Bailey, Johnson, de Souza,
& Farrand |
Silica-rich deposits and
hydrated minerals at Gusev Crater, Mars |
2134 |
| Seddio, Jolliff, Korotev, & Zeigler |
A newly characterized granite
from the Apollo 12 regolith |
2285 |
| Seddio, Korotev, Jolliff, & Zeigler |
Petrographic diversity in
Apollo 12 regolith rock particles |
2415 |
| Sobron & Wang |
Raman and LIBS: A definitive
combination for the characterization of natural samples from the Rio Tinto Mars
analog |
2400 |
| Sobron, Freeman, & Wang |
Field test of the water-wheel
IR (WIR) spectrometer on evaporative salt deposits at Tibetan
plateau
|
2372 |
| Wang & Freeman |
Pathways and rates of
Mg-sulfate dehydration and rehydration on Mars |
2029 |
| Wang & Zheng |
Evaporative salts from saline
lakes on Tibet plateau: An analog for salts on Mars
|
1858 |
| Zeigler, Korotev, & Jolliff |
A study of Apollo
16 feldspathic glasses: Locally produced or ballistically
deposited? |
2533 |
| Zheng, Wang, Kong, & Ma |
Saline lakes on Qinghai-Tibet
plateau and salts on Mars |
1454 |
| authors |
title |
|
abstract
number |
| Foreman, Korotev, Jolliff, & Zeigler |
Petrology and geochemistry of
Dhofar 733 - An unusually sodic, feldspathic lunar meteorite |
1853 |
| Freeman, Jin, & Wang |
D2O substitution
experiment on hydrated iron and magnesium sulfates & its application for
spectral interpretation of martian sulfates |
2390 |
| Freeman, Wang, & Lambert |
An active source, NIR,
reflectance spectrometer in a rover wheel, waterwheel IR (WIR), for soil
characterization in future Mars surface exploration |
2190 |
| Greshake, Irving, Kuehner, Korotev, Gellissen, &
Palme |
Northwest Africa 4898: A
new high-alumina mare basalt from the Moon |
1631 |
| Irving, Kuehner, Korotev, Rumble, &
Hupé |
Petrology and bulk
composition of large lunar feldspathic leucogabbroic breccia Northwest Africa
5000 |
2168 |
| Irving, Bunch, Kuehner, Korotev, & Classen |
Unique ultramafic
shergottite Northwest Africa 4797: A highly shocked martian wehrlite cumulate
related to enriched basaltic (not “lherzoliticâ€)
shergottites |
2047 |
| Jolliff |
The composition of the lunar
crust and some unanswered questions |
2535 |
| Jolliff, Zeigler, Korotev, Carpenter, Vicenzi, &
Davis |
Mafic impact-melt components
in lunar meteorite Dhofar 961 |
2519 |
| Korotev, Irving, & Bunch |
Keeping up with the lunar
meteorites – 2008 |
1209 |
| Ling, Wang, Jolliff, Arvidson, & Xia |
Mineralogy of three lunar
soil endmembers by Raman, mid-IR, and Vis-NIR spectroscopic
studies |
1458 |
| Ling, Wang, Jolliff, Arvidson, & Xia |
A systematic Raman, mid-IR,
and Vis-NIR spectroscopic study of ferric sulfates and implications for sulfates on
Mars |
1463 |
| McCubbin, Nekvasil, Jolliff, Carpenter, & Zeigler |
A survey of lunar
apatite volatile contents for determining bulk lunar water: How dry is "bone
dry" |
1788 |
| O'Donnell, Jolliff, Zeigler, &
Korotev |
Petrography and
geochemistry of the polymict pegolith breccia NWA 3136 |
2507 |
| Wang, Bell, Rice, & Cloutis |
Coexistence of Si-rich &
S-rich materials at Gusev Crater, Columbia Hills |
2186 |
| Wang, Freeman, & Arvidson |
Study of two structural
polymorphs of MgSO4•H2O by Raman, IR, XRD,
and humidity buffer experiments – Implication for martian
kieserite
|
2172 |
| Zhang & Jolliff |
Aristarchus
region: A potential location for future surface exploration |
2534 |
| Zeigler, Jolliff, Korotev, Rumble, Carpenter, & Wang |
Petrology, geochemistry, and
likely provenance of unique achondrite Graves Nunataks 06128 |
2456 |
| authors |
title |
|
abstract
number |
| Freeman, Wang, & Jolliff |
MgSO4•11H2O –
powder XRD, Raman and VIS-NIR spectroscopic characterization |
1197 |
| Freeman, Wang, & Jolliff |
Pathways to form kieserite
from epsomite at mid to low temperatures, with relevance to Mars |
1298 |
| Gellissen, Palme, Korotev, & Irving |
NWA 2999, a unique angrite
with a large chondritic component |
1612 |
| Irving, Kuehner, Korotev, & Hupé |
Petrology and bulk
composition of primitive enriched olivine basaltic
shergottite Northwest Africa 4468
|
1526 |
| Jolliff, Zeigler, & Korotev |
Compositional
characteristics and petrogenetic relationships among the NWA 773 clan of lunar
meteorites |
1489 |
| Jollifff, Gellert, Mittlefehldt, & the Athena Science
Team |
More on the possible
composition of the Meridiani hematite-rich concretions |
2279 |
| Korotev & Zeigler |
Keeping up with the lunar
meteorites |
1340 |
| Kuebler, Jolliff, & Treiman |
A survey of
alteration products and other secondary minerals in martian meteorites recovered
from Antarctica |
2228 |
| Kuehner, Irving, Korotev, Hupé, & Ralew |
Zircon-baddeleyite-bearing
silica+k-feldspar granophyric clasts in KREEP-rich lunar breccias Northwest Africa
4472 and 4485
|
1516 |
| Schneider, Mittlefehldt, Gellert, & Jolliff |
Compositional constraints
on hematite-rich spherule (blueberry) formation at Meridiani Planum,
Mars |
1941 |
| Sullivan, Arvidson, Grotzinger, Knoll, Golombek, Jolliff, Squyres,
& Weitz |
Aeolian geomorphology with
MER Opportunity at Meridiani Planum, Mars |
2048 |
| Wang, Bell, & Li |
Salty soils at
Gusev Crater as revealed by Mars Exploration Rover Spirit |
1196 |
| Wang, Freeman, & Jolliff |
Formation rate of
amorphous magnesium sulfates at low temperatures
approaching the current surface conditions on Mars |
1195 |
| Zeigler, Korotev, & Jolliff |
Petrography, geochemistry,
and pairing relationships of basaltic lunar meteorite stones NWA 773, NWA 2700, NWA
2727, NWA 2977, and NWA 3160 |
2109 |
| Zeigler, Korotev, & Jolliff |
Miller Range 05035 and
Meteorite Hills 01210: Two basaltic lunar meteorites, both likely source-crater
paired with Asuka 881757 and Yamato 793169 |
2110 |
| authors |
title |
|
abstract
number |
| Bunch, Wittke, Korotev, & Irving |
Lunar meteorites NWA 2700,
NWA 2727 and NWA 2977: Mare basalt/gabbro breccias with affinities to NWA
773 |
1375 |
| Chemtob, Jolliff, and Arvidson |
Si- and Ti- rich surface
coatings on Hawaiian basalt and implications for remote sensing on
Mars |
1443 |
| Chemtob and 18 others |
Identification of hydrated
sulfates collected in the northern Rio Tinto valley by reflectance and Raman
spectroscopy |
1941 |
| Haloda, Korotev, Tycova, Jakes, & Gabzdy |
Lunar meteorite Northeast
Africa 003A: A new lunar mare basalt |
2269 |
| Irving, Kuehner, Korotev, Rumble &
Hupé |
Mafic granulitic
impactite NWA 3163: A unique meteorite from the deep lunar crust |
1365 |
| Jolliff |
What is the
composition of the Moon's lower crust? |
2346 |
| Jolliff, Farrand, Johnson, Schröder, & Weitz |
Origin of rocks and cobbles
on the Meridiani Plains as seen by Opportunity |
2401 |
| Korotev |
Geochemistry of a
unique lunar meteorite from Oman, a crystalline impact-melt breccia dominated by
magnesian anorthosite |
1402 |
| Korotev |
New geochemical
data for a some poorly characterized lunar meteorites |
1404 |
| Kuebler, Wang, Freeman, & Jolliff, |
Database of Raman mineral
spectra for planetary surface exploration |
1907 |
| Wang, Freeman, Jolliff, & Arvidson |
Conversion of
crystalline MgSO4.XH2O to the hydrated amorphous phase – A
Raman, NIR, and XRD study
|
2168 |
| Wang, Freeman, Jolliff, & Chou |
Sulfates on Mars,
a systematic Raman spectroscopic study of hydration states of magnesium
sulfates |
2191 |
| Zeigler, Korotev, & Jolliff |
Geochemistry and petrography
of high-Th, mafic impact-melt breccia from Apollo 12 and Sayh al Uhaymir
169
|
2366 |
| Zeigler, Korotev, Irving, Jolliff, Kuehner, &
Hupé |
Petrography and composition
of lunar basaltic meteorite NWA 3160 |
1804 |
| authors |
title |
|
abstract
number |
| Jolliff, Zeigler, Korotev, Barra, &
Swindle |
A thorium-rich
mare basalt rock fragment from the Apollo 12 regolith: A sample from a young
Procellarum flow? |
2357 |
| Jolliff & Athena Science Team |
Composition of
Meridiani hematite-rich spherules: A mass-balance mixing-model
approach |
2269 |
| Korotev & Irving |
Compositions of
three lunar meteorites: Meteorite Hills 01210, Northeast Africa 001, and Northwest
Africa 3136 |
1220 |
| Kuebler, Jolliff, Wang, & Haskin |
Extracting olivine (Fo-Fa)
compositions from Raman spectral peak positions |
2086 |
| Sharma, Wang, Haskin |
Remote Raman measurements of
minerals With Mars Microbeam Raman Spectrometer (MMRS) |
1524 |
| Wang, Haskin, Squyres, Arvidson, Crumpler, Gellert,
Hurowitz, Schröder, Tosca, Herkenhoff, Jolliff, & Athena Science
Team |
Sulfate
deposition in regolith exposed in trenches on the plains between the Spirit landing
site and Columbia Hills in Gusev Crater, Mars |
2236 |
| Wang, Haskin, Korotev, Jolliff, de Souza, & Athena
Science Team |
Evidence of
phyllosilicate in Wooly Patch – An altered rock
encountered on the Spirit rover traverse |
2327 |
| Zeigler, Korotev, Jolliff, & Haskin |
Petrography of lunar
meteorite MET 01210, a new basaltic regolith breccia |
2385 |
| authors |
title |
|
abstract
number |
| Barra, Swindle, Korotev, Jolliff, Zeigler, &
Olson |
40Ar-39Ar geochronology on Apollo 12
regolith |
1365 |
| Haskin, McKinnon, Benner, & Jolliff |
Thorium anomalies
in the NW quadrant of the South Pole-Aitken basin |
1461 |
| Jolliff |
Evolved
lithologies and their inferred sources in the northwestern Procellarum region of
the Moon |
2032 |
| Jolliff, Zeigler, & Korotev |
Petrography of
lunar meteorite LAP 02205, a new low-Ti basalt possibly launch paired with NWA
032 |
1438 |
| Korotev, Zeigler, & Jolliff |
Compositional
constraints on the launch pairing of LAP 02205 and PCA 02007 with other lunar
meteorites |
1416 |
| Kramer, Jolliff, & Neal |
Searching the Moon for
aluminous mare basalts using compositional remote-sensing constraints II: Detailed
analysis of ROIs |
2133 |
| Kuebler, Jolliff, Wang, & Haskin |
A survey of
olivine alteration products using Raman spectroscopy |
1704 |
| Wang, Haskin, Freeman, Dong, & Kuebler |
The water-wheel
IR (WIR) – A contact survey experiment for water and carbonates
on Mars |
1510 |
| Zeigler, Korotev, & Jolliff |
Petrography of lunar
meteorite PCA 02007, a new feldspathic regolith breccia |
1978 |
| Zeigler, Korotev, Jolliff, Haskin, &
Floss |
Apollo 16 mafic
glass: Geochemistry, provenance, and implications |
2082 |
| authors |
title |
|
abstract
number |
| Flor, Jolliff, & Gillis |
Mapping the concentration of iron, titanium,
and thorium in mare basalts in the Western Procellarum region of the
Moon |
2086 |
| Freeman, Wang, Kuebler, & Haskin |
Raman
spectroscopic characterization of the feldspars - Implications for in situ surface
mineral characterization in planetary exploration |
1676 |
| Gillis, Jolliff, & Lucey |
South Pole-Aitken
sample return mission: Collecting mare basalts from the far side of the
Moon |
2065 |
| Jolliff, Korotev, Zeigler, Floss, &
Haskin |
Northwest Africa
773: Lunar mare breccia with a shallow-formed olivine-cumulate component,
very-low-Ti heritage, and a KREEP connection |
1935 |
| Jolliff, Haskin, Korotev, Papike, Shearer, Pieters, &
Cohen |
Scientific
expectations from a sample of regolith and rock fragments from the interior of the
lunar South Pole-Aitken basin |
1989 |
| Haskin, Gillis, Jolliff, & Korotev |
Regolith in the
South Pole-Aitken basin is mainly indigenous material |
1434 |
| Haskin & Wang |
The Mars
Microbeam Raman Spectrometer - An improved advanced brassboard |
1651 |
| Korotev, Jolliff, Campbell, & Humayun |
Laser-ablation
ICP-MS analyses of meteoritic metal grains in lunar impact-melt
breccias |
1487 |
| Korotev, Jolliff, Zeigler, & Haskin |
Compositional
evidence for launch pairing of the YQ and Elephant Moraine lunar
meteorites |
1357 |
| Kuebler, Wang, Haskin, & Jolliff |
A study of
olivine alteration to iddingsite using Raman spectroscopy |
1953 |
| Wang, Kuebler, Jolliff, & Haskin |
Fe-Ti-Cr-oxides
in martian meteorite EETA79001 studied by point-counting procedure using Raman
spectroscopy |
1742 |
| Wang, Haskin, & Gillis |
Survey for
life-related species during a planetary surface exploration; System type I - UV
stimulated fluorescent sensor |
1753 |
| Zeigler, Haskin, Korotev, Jolliff, &
Gillis |
The Apollo 16
mare component: Petrology, geochemistry, and provenance |
1454 |
| authors |
title |
|
abstract
number |
| Allen, Tsapin, Kuebler, Haskin, &
Wang |
Analysis inside the box - Studying rock and soil in
biological quarantine |
1222 |
| Flor, Gillis, Jolliff, &
Lawrence |
Investigating the origin of Th in mare basalts of the western
Procellarum region |
1909 |
| Gillis, Jolliff, Korotev, &
Lawrence |
The origin of elevated Th in the Eratosthenian lava flows in
the Procellarum KREEP Terrane |
1934 |
| Gillis, Jolliff, Lawrence, Lawson, &
Prettyman |
The Compton-Belkovich region of the Moon: Remotely sensed
observations and lunar sample association |
1967 |
| Haskin, Korotev, Gillis, &
Jolliff |
Stratigraphies of Apollo and Luna highland landing sites and
provenances of materials from the perspective of basin impact ejecta
modeling |
1364 |
| Haskin & Wang |
Study of rocks and martian meteorite using the brassboard of
the Mars Microbeam Raman Spectrometer (MMRS) |
1742 |
| Jolliff, Haskin, Gillis, Korotev, &
Zeigler |
Lithologic diversity in lunar regolith: Lessons for future
lunar exploration strategies with application to South Pole-Aitken
basin |
1156 |
| Jolliff, Gillis, & Haskin |
Eastern Basin Terrane and South Pole-Aitken basin ejecta:
Mid-level crust? |
1157 |
| Kitts, Podosek, Nichols, Ramezani, Korotev,
& Jolliff |
Chromium isotopic
composition of implanted solar wind from Apollo 16 lunar soils |
1822 |
| Korotev |
The Luna 20 regolith |
1224 |
| Korotev, Zeigler, Jolliff, &
Haskin |
Lithologies of the Apollo 12 regolith |
1395 |
| Kuebler, Jolliff, Wang, &
Haskin |
A
Raman spectroscopic study of samples from the May 2001 FIDO test
site |
1536 |
| Wang, Freeman, & Kuebler |
Raman spectroscopic characterization of
phyllosilicates |
1374 |
| Wang & Valentine |
Seeking and identifying phyllosilicates on Mars - A
simulation study |
1370 |
| Zeigler, Haskin, Jolliff, Wang, &
Korotev |
Formation of siderite in lunar regolith particles during
irradiation for instrumental neutron activation analysis |
1976 |
| Zeigler, Korotev, Jolliff, &
Haskin |
Two new evolved gabbroic samples from Apollo
16 |
2038 |
| authors |
title |
|
abstract
number |
| Gillis & Jolliff |
Bimodal TiO2 contents of mare basalts at Apollo
and Luna sites and implications for TiO2 derived from Clementine
spectral reflectance |
2164 |
| Gillis, Jolliff, Elphic, Maurice, Feldman,
& Lawrence |
A
hybrid method for calculating TiO2 concentrations using Clementine UVVIS
data, and verified with Lunar Prospector neutron spectrometer
data |
2185 |
| Guinness, Arvidson, Jolliff, Morris, &
Ming |
Mapping alteration minerals exposed on the summit of Mauna
Kea volcano using AVIRIS data: Implications for mapping Mars
mineralogy |
1659 |
| Jolliff, Korotev, &
McCallum |
Global context for lunar nonmare rock types: Sample and
remote-sensing perspectives |
1829 |
| Jolliff, Gillis, Lawrence, &
Maurice |
Thorium content of mare basalts of the western Procellarum
region |
2144 |
| Haskin |
Basin contributions to the stratigraphy of the Apollo 16
landing site |
1566 |
| Haskin, Korotev, &
Jolliff |
On a surface-sample collection strategy for Mars, with
lessons from lunar sampling |
1820 |
| Haskin, McKinnon, & Moss |
A
model for properties of basin ejecta deposits and secondary crater
densities |
1570 |
| Haskin, Wang, Jolliff, Wdowiak, Agresti,
Lane, & Squyres |
The Mars Microbeam Raman Spectrometer
(MMRS) |
1705 |
| Korotev |
On the systematics of lunar regolith
compositions |
1134 |
| Korotev & Jolliff |
The curious case of the lunar magnesian granulitic
breccias |
1455 |
| Korotev, Jolliff, Wang, Gillis, Haskin,
Fagan, Taylor, & Keil |
Trace-element concentrations in Northwest Africa
032 |
1451 |
| Kuebler, Wang, Haskin, &
Jolliff |
Characterization of mini-core samples using Raman
point-counting |
1697 |
| Kuebler, Wang, Abbot, &
Haskin |
Can we detect carbonate and sulfate minerals on the surface
of Mars by Raman spectroscopy? |
1889 |
| Wang, Haskin, Kuebler, Jolliff, &
Walsh |
Raman spectroscopic detection of graphitic carbon of biogenic
parentage in an ancient South African chert |
1423 |
| Wang, Kuebler, & Jolliff |
Raman spectroscopy of opaque minerals and applications to
EETA79001 martian meteorite |
1615 |
| Wang, Kuebler, Freeman, &
Jolliff |
Preliminary Raman spectroscopic survey on a martian meteorite
- Los Angeles |
1431 |
| Zeigler, Jolliff, Korotev, Kremser, &
Haskin |
Petrology and geochemistry of lunar regolith particle
65903,16-7: Evidence for extreme reduction and oxidation |
1242 |
| Zeigler, Jolliff, Wang, Korotev, Kremser,
& Haskin |
Formation of carbonate and oxyhydroxide minerals by impact of
a volatile-rich body |
1243 |
| authors |
title |
|
abstract
number |
| Jolliff, Keller, MacPherson, Neal,
Papanastassiou, Ryder, Shearer, & Papike |
A balanced model for
exploration of the terrestrial planets: Lessons from the lunar
experience |
6214 |
| Jolliff, Moersch, Knoll, Morris, Arvidson,
Gilmore, Greeley, Herkenhoff, McSween, & Squyres |
Remotely-sensed
geology from lander-based to orbital perspectives: Results of FIDO rover field
tests |
6160 |
| Haskin, Wang, Jolliff, &
Kuebler |
Why send the Athena
Raman spectrometer to Mars? |
6028 |
| Squyres et al. |
The Athena Mars Rover
Investigation |
6148 |
| Wang, Haskin, Jolliff, Wdowiak, Agresti,
Lane, & the Athena Science Team |
The Athena Raman
spectrometer |
6030 |
| authors |
title |
|
abstract
number |
| Gillis, Jolliff, Korotev, &
Lawrence |
An empirical relation
between the Lunar Prospector gamma-ray and soil sample Th
abundances |
2058 |
| Gillis, Jolliff, Spudis, &
Haskin |
The distribution of
mare source regions: Evidence using remote sensing data |
2089 |
| Gillis Rueb, Cohen, &
Hager |
The Lunar Orbiter
Photographic Atlas digital archive |
1815 |
| Haskin, Gillis, Korotev, &
Jolliff |
The nature of mare
basalts in the Procellarum KREEP Terrane |
1661 |
| Jolliff, Gillis, Korotev, &
Haskin |
On the origin of
nonmare materials at the Apollo 12 landing site
(warning: high resolution images - 4.7 Mbytes) |
1671 |
| Jolliff, Gillis, & Haskin |
Thorium mass balance
for the Moon from Lunar Prospector and sample data: Implications for thermal
evolution |
1763 |
| Korotev |
The magnesium mystery
of the Apollo 11 regolith |
1482 |
| Korotev |
On the relationship
between site geology and the distribution of surface regolith compositions at the
Apollo sites |
1209 |
| Korotev & Jolliff |
Siderophile element
concentrations in two metal fragments from the Apollo 16 regolith |
1385 |
| Korotev, Jolliff, &
Haskin |
The concentration of
oxygen (and silicon) in lunar materials |
1210 |
| Korotev, Jolliff, &
Zeigler |
The KREEP Components of
the Apollo 12 Regolith |
1363 |
| Larsen, Arvidson, Jolliff, &
Clark |
Correspondence and
least squares analyses of soil and rock compositions for the Viking Lander 1 and
Pathfinder sites |
1269 |
| Wang, Jolliff, Haskin, &
Kuebler |
Characterization of
structure and compositions of quadrilateral pyroxenes [(Mg, Fe, Ca)
Si2O6] by Raman spectroscopy - Implications for future
planetary exploration |
1875 |
| Wang, Kuebler, & Jolliff |
Mineral features of
EETA79001 martian meteorite revealed by point-counting Raman measurements as
anticipated for in-situ exploration on planetary surfaces |
1887 |
| Zeigler, Jolliff, Korotev, &
Haskin |
Petrology,
geochemistry, and possible origin of monomict mafic lithologies of the Cayley
Plains |
1859 |
| Zeigler, Jolliff, Korotev, &
Haskin |
Petrology and
geochemistry of an unusual ferroan anorthositic-troctolite assemblage from Apollo
16
(warning: high resolution image - 1.3 Mbytes) |
1623 |
| authors |
title |
|
abstract
number |
| Blewett, Taylor, Lucey, Hawke, &
Gillis |
High-resolution,
quantitative remote sensing of South Pole-Aitken basin |
1438 |
| Gillis & Spudis |
Preflow structure and
topography controlling mare basalt flows |
2019 |
| Gillis, Haskin, & Spudis |
An empirical calibration to
calculate thorium abundances from the Lunar Prospector gamma-ray
data |
1699 |
| Gillis, Spudis, Hager, Noel, Rueb, Leung,
& Cowen |
Digitized Lunar Orbiter IV
images: A preliminary step to recording the global set of Lunar Orbiter images in
Bowker & Hughes |
1770 |
| Haskin, Gillis, Jolliff, &
Korotev |
On the distribution of Th in
lunar surface materials |
1858 |
| Haskin, Korotev, &
Jolliff |
Clast provenance in Imbrium
impact melt breccias |
1942 |
| Jolliff, Gillis, Haskin,
Korotev, & Wieczorek |
Major lunar crustal
terranes: Surface expressions and crust-mantle origins |
1670 |
| Jolliff, Korotev, &
Arnold |
Electron microprobe analyses
of Dar al Gani 262 lunar meteorite, a sample of the Feldspathic Highlands Terrane
of the Moon |
2000 |
| Jolliff, Wang, Kuebler, Haskin, &
Arvidson |
Raman analysis of weathered
rocks from the FIDO Mars rover test site, Silver Lake, CA |
1512 |
| Jolliff, Wang, Kuebler, Haskin,
& Klingelhöfer |
Raman and
Mössbauer characterization of a rock for potential use as an on-site
calibration target for in situ mineralogy instruments on the Athena rover
for Mars Surveyor missions |
1529 |
| Larsen, Arvidson,
Jolliff, & Clark |
Comparisons of soils and
rocks at the Viking Lander 1 and Pathfinder landing sites |
1443 |
| Korotev |
The "Great Lunar Hot Spot"
and the composition and origin of "LKFM" impact-melt breccias |
1305 |
| Korotev |
Lunar terranes and the
composition of the regolith |
1302 |
| Korotev |
A new estimate of the
composition of the feldspathic upper crust of the Moon |
1303 |
| Wang |
Some grain size effects on
Raman scattering intensity for in situ measurements on rocks and soils -
experimental tests and modeling |
1644 |
| Wang, Jolliff, Haskin, &
Kuebler |
Raman spectral features of
pyroxene - Application to martian meteorites Zagami &
EETA79001 |
1666 |
| Wieczorek &
Phillips |
Thermal modeling of mare
volcanism and the "Procellarum KREEP Terrane" |
1547 |
| Wieczorek, Phillips, Korotev, Jolliff,
& Haskin |
Geophysical evidence for the
existence of the lunar "Procellarum KREEP Terrane" |
1548 |
| authors |
title |
|
abstract
number |
| Gillis & Spudis |
Inventory of FeO and
TiO2 compositions for mare deposits on the far side of the
Moon |
1521 |
| Gillis & Spudis |
Clementine color mosaics of
lunar far side maria |
1522 |
| Jolliff |
A Clementine perspective of
terra materials in the vicinity of the Apollo 17 landing site |
1850 |
| Jolliff, Korotev, &
Haskin. |
The Apollo 17 central crater
cluster and a new look at possible Tycho components in the soil |
1734 |
| McCallum, Schwartz, Jolliff, &
Floss |
Petrology and cooling
history of monzogabbro sample 14161,7373 |
1300 |
| Korotev, Haskin, &
Jolliff |
Ir/Au ratios and the origin
of Apollo 17 and other Apollo impact-melt breccias |
1231 |
| Korotev, Wang, Haskin, &
Jolliff |
A Raman point-count study of
Apollo 17 soil |
1797 |
| Morris, Squyres, Bell, Economou,
Klingelhöfer, Held, Haskin, Wang, Jolliff, & Rieder |
Analyses of martian surface
materials during the Mars Surveyor 2001 mission by the Athena instrument
payload |
1326 |
| Squyres, Arvidson, Bell, Carr, Christensen,
Des Marais, Economou, Gorevan, Klingelhöfer, Haskin, Herkenhoff,
Knoll, Knudsen, Malin, McSween, Morris, Rieder, Sims, Soderblom,
Wänke, Wdowiak |
The Athena Mars rover
science payload |
1101 |
| Wang, Haskin, & Jolliff |
Characterization of mineral
products of oxidation and hydration by laser Raman spectroscopy –
Implications for in situ petrologic investigation on the surface of
Mars |
1819 |
| Wang, Jolliff, & Haskin |
Raman spectroscopic
characterization of a highly weathered basalt – Igneous mineralogy,
alteration products, and a bug |
1644 |
| Wang, Jolliff, & Haskin |
Raman spectroscopic
characterization of martian meteorite Zagami |
1523 |
| authors |
title |
|
page & abstract
numbers |
| Blewett, Lucey, Hawke, & Jolliff |
Clementine images of the
lunar sample-return stations: Improvements to the TiO2 mapping
technique |
119-120
1161 |
| Blewett, Lucey, Hawke, & Jolliff |
FeO mapping of the Moon:
Refinement using images of the sample-return stations |
121-122
1159 |
| Haskin |
The distribution of Th on
the Moon’s surface |
519-520
1389 |
| Haskin |
The high-Th oval region of
the Moon |
521-522
1452 |
| Haskin, Wang, Jolliff, Korotev, Rockow,
& Viskupic |
Laser Raman spectroscopic
determination of mineral proportions in rocks on planetary
surfaces |
523-524
1454 |
| Jolliff |
Clementine UV-VIS
multispectral data and the Apollo 17 landing site: What can we tell and how
well? |
671-672
1770 |
| Jolliff & Floss |
Liquid immiscibility in a
lunar plutonic setting and the evolution of KREEPy residual melts |
673-674
1648 |
| Jolliff, Wang, & Haskin |
Identification of minerals
in several martian surface analog materials by Raman spectroscopy |
675-676
1319 |
| Korotev |
What got melted to form
lunar mafic impact-melt breccias? |
751-752
1087 |
| Korotev, Rockow, Jolliff., &
Haskin |
Lithic fragments of the
Cayley plains |
753-754
1065 |
| Kuebler, McSween, &
Carlson |
Size distributions and the
mass equivalence of chondrules and metal grains in Bjurbole |
773-774
1366 |
| Wang, Cortez, & Haskin |
A Raman spectroscopic sensor
for on-surface planetary remote sensing |
1489-1490
1391 |
| Wang, Jolliff, Viskupic, &
Haskin |
Raman spectroscopic
characterization of different types of pyroxene |
1491-1492
1384 |
