Geology Reference
In-Depth Information
Studies in Environmental Science 3. Elsevier Scientific
Publishing Company, Amsterdam, 47-68.
L AIZ , L., G ROTH , I., S CHUMANN , P., Z EZZA , F., F ELSKE ,
A., H ERMOSIN ,B.&S AIZ -J IMENEZ , C. 2000. Micro-
biology of the stalactites from Grotta dei Cervi, Porto
Badisco, Italy. International Microbiology, 3, 25-30.
L AURITZEN , S.-E. & L UNDBERG , J. 1999. Calibration of
the speleothem delta function: an absolute temperature
record for the Holocene in northern Norway. The
Holocene, 9, 659-669.
L ECLERQ , J. C., C OUT ´ ,A.&D UPUY , P. 1983. Le climat
annuel de deux grottes et d'une ´glise du Poitou, o`
vivent des colonies pures d'algues sciaphiles. Crypto-
gamie, Algologie, 4, 1-19.
L EE , S. D. 2006. Nocardia jejuensis sp. nov., a novel
actinomycete isolated from a natural cave on Jeju
Island, Republic of Korea. International Journal of
Systematic and Evolutionary Microbiology, 56,
559-562.
L EFEVRE ,M.&L APORTE , G. S. 1969. The “Maladie
Verte” of Lascaux. Studies in Speleology, 2, 34-44.
L ´ VEILL ´ , R. J., F YFE ,W.S.&L ONGSTAFFE , F. J. 2000.
Geomicrobiology of carbonate-silicate microbialites
from Hawaiian basaltic sea caves. Chemical Geology,
169, 339-355.
L ´ VEILL ´ , R. J., L ONGSTAFFE ,F.J.&F YFE , W. S. 2007.
An isotopic and geochemical study of carbonate-clay
mineralization in basaltic caves: abiotic versus
microbial processes. Geobiology, 5, 235-249.
L I ´ GEOIS , P. G. 1956. A propos des perles de cavernes et
concr´tions analogues non encore d´crites. Annales de
la Soci´t´ G´ologique de Belgique, 80, 165-169.
L OWENSTAM , H. A. 1981. Minerals formed by organisms.
Science, 211, 1126-1131.
M ANOLI ,F.&D ALAS , E. 2000. Spontaneous precipi-
tation of calcium carbonate in the presence of chon-
droitin sulfate. Journal of Crystal Growth, 217,
416-421.
M ART ´ NEZ -A RKARAZO , I., A NGULO , M., Z ULOAGA , O.,
U SOBIAGA ,A.&M ADARIAGA , J. M. 2007.
Spectroscopic characterization of moonmilk deposits
in Pozalagua tourist cave (Karrantza, Basque
Country, North of Spain). Spectrochimica Acta Part
A, 68, 1058-1064.
M ASON , H. E., F RISIA , S., T ANG , Y., R EEEDER ,R.J.&
P HILLIPS , B. L. 2007. Phosphorus speciation in
calcite speleothems determined from solid-state
NMR spectroscopy. Earth and Planetary Science
Letters, 254, 313-322.
M ASON -W ILLIAMS , A. 1959. The formation and depo-
sition of moon-milk. Cave Research Group, Trans-
actions, Great Britain, 10, 135-138.
M ASON -W ILLIAMS , M. A. 1967. Further investigations
into bacterial and algal populations of caves in South
Wales. Speleology, II, 389-395.
M C D ERMOTT , F., F RISIA ,S. ET AL . 1999. Holocene
climate variability in Europe, evidence from d 18 O
and textural variations in speleothems. Quaternary
Science Reviews, 18, 1021-1038.
M ELIM , L. A., N ORTHUP , D. E., S PILDE , M. N., J ONES ,
B., B OSTON ,P.J.&B IXBY , R. J. 2008. Reticulated
filaments in cave pool speleothems: microbe or
mineral? Journal for Cave and Karst Studies, 70(3),
135-141.
M ELIM , L. A., S HINGLMAN , K. M., B OSTON , P. J.,
N ORTHUP , D. E., S PILDE ,M.N.&Q UEEN ,J.M.
2001. Evidence for microbial involvement in pool
finger precipitation, Hidden Cave, New Mexico.
Geomicrobiological Journal, 18, 311-329.
M ERZ , M. U. E. 1992. The biology of carbonate precipi-
tation by Cyanobacteria. Facies, 26, 81-101.
M ONTE ,M.&F ERRARI , R. 1993. Biodeterioration in
subterranean environments. Aerologica, 9, 141-148.
M OORE ,G.W.&B UKRY , D. 1968. Electronmicrograph
of moonmilk from caverns of Sonora, Texas. National
Speleological Society News, 26, 122.
M OROZEWICZ , J. 1907. Lublinit (Przyczynki do znajo-
mosci weglanu wapniowego). Kosmos, 32, 487-495.
M OROZEWICZ , J. 1911. ¨ ber lublinit, eine neue Varit¨t
des kalkspates. Centralblatt fur Mineralogie, Geologie
und Pal¨ontologie, 229-230.
M UEGGE , O. 1914. Uver die Lublinit genannte angeblich
neue modifikation des kohlensauren kalkes. Central-
blatt f¨r Mineralogie, Geologie und Pal¨ontologie,
673-675.
M ULEC , J. 2008. Microorganisms in hypogeon: examples
from Slovenian karst caves. Acta Carsologica, 37,
153-160.
M ULEC , J., K OSI ,G.&V RHOVSEK , D. 2007. Algae
promote growth of stalagmites and stalactites in karst
caves (Skocjanske jame, Slovenia). Carbonates and
Evaporites, 22,6-9.
M ULEC , J., Z ALAR , P., H AJNA ,N.Z.&R UPNIK ,M.
2002. Screening for cultural microorganisms from
cave environments (Slovenia). Acta Carsologica, 8,
177-187.
N ADER , F. H. 2007. Petrographic and geochemical study
on cave pearls from Kanaan Cave (Lebanon). Inter-
national Journal of Speleology, 36, 39-50.
N AGY , J. P. 1965. Preliminary notes on the algae of Crystal
Cave, Kentucky. Speleology, 1, 479-490.
N ORTHUP ,D.E.&L AVOIE , K. H. 2001. Geomicrobiol-
ogy of caves: a review. Geomicrobiological Journal,
18, 199-222.
O NAC ,B.P.&G HERGARI , L. 1993. Moonmilk mineral-
ogy in some Romanian and Nowegian caves. Cave
Science, 20, 107-111.
P ALIK , P. 1960. Study into the algal flora of caves. Hidro-
logiani Kozlony, 5, 417-422.
P HOENIX , V. R., A DAMS ,D.G.&K ONHAUSER ,K.O.
2000. Cyanobacterial viability during hydrothermal
biomineralisation. Chemical Geology, 169, 329-338.
P HOENIX , V. R., K ONHAUSER , K. O., A DAMS ,D.G.&
B OTTRELL , S. H. 2001. Role of biomineralization as
an ultrviolet shield: implications for Archean life.
Geology, 29, 823-826.
P OLYAK ,V.J.&C OKENDOLPHER , J. C. 1992. Recovery
of microfossils from carbonate speleothems. National
Speleological Society Bulletin, 54, 66-68.
P OND , A. W. 1945. Calcite oolites or “cave pearls” found
the “Cave of the Mounds”. Journal of Sedimentary
Petrology, 15, 55-58.
P ROCTOR , C. J., B AKER , A., B ARNES ,W.L.&
G ILMOUR , M. A. 2000. A thousand year speleothem
proxy record of North Atlantic climate from Scotland.
Climate Dynamics, 16, 815-820.
Q IN , X., T AM , M., L IU , T., W ANG , X., L I ,T.&L U ,J.
1999. Spectral analysis of 1 100-year stalagmite
Search WWH ::




Custom Search