Class information for:
Level 1: MOGANITE//OPAL CT//AGATE

Basic class information
Class id #P Avg. number of
references		 Database coverage
of references
14040 797 41.4 40%


Bar chart of Publication_year

Last years might be incomplete

Hierarchy of classes
The table includes all classes above and classes immediately below the current class.


Cluster id Level Cluster label #P
4 4 ENVIRONMENTAL SCIENCES//GEOSCIENCES, MULTIDISCIPLINARY//METEOROLOGY & ATMOSPHERIC SCIENCES 1766162
31 3       GEOGRAPHY, PHYSICAL//GEOSCIENCES, MULTIDISCIPLINARY//HOLOCENE 107938
1403 2             SPELEOTHEM//STALAGMITE//TRAVERTINE 8059
14040 1                   MOGANITE//OPAL CT//AGATE 797

Terms with highest relevance score


rank Term termType Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 MOGANITE authKW 1060287 4% 86% 32
2 OPAL CT authKW 942280 4% 72% 34
3 AGATE authKW 739945 3% 74% 26
4 CHALCEDONY authKW 602271 3% 60% 26
5 OPAL C authKW 574672 2% 100% 15
6 OPAL A authKW 562989 3% 57% 26
7 SILICEOUS SINTER authKW 500601 2% 93% 14
8 CHRYSOPRASE authKW 306492 1% 100% 8
9 OPAL authKW 239736 5% 16% 39
10 SILICA DIAGENESIS authKW 221653 1% 64% 9

Web of Science journal categories


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 Mineralogy 22170 24% 0% 189
2 Geology 16164 20% 0% 159
3 Geosciences, Multidisciplinary 4944 29% 0% 234
4 Geochemistry & Geophysics 2080 15% 0% 117
5 Paleontology 828 5% 0% 36
6 Microscopy 70 1% 0% 9
7 Mining & Mineral Processing 62 1% 0% 8
8 Archaeology 53 1% 0% 8
9 Biology 47 3% 0% 23
10 Spectroscopy 40 3% 0% 21

Address terms


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 IZMIR MULTIDISCIPLINARY VOCAT 141882 1% 37% 10
2 IMYO 103530 1% 27% 10
3 ABT EDELSTEINFOR 76623 0% 100% 2
4 EXOBIOL GRP 76623 0% 100% 2
5 METLAOUI 76623 0% 100% 2
6 RED PATRIMONIO GUADALTEBA 76623 0% 100% 2
7 DPT PREHIST 57464 0% 50% 3
8 GEOL NUCL SCI 56278 2% 11% 13
9 CEREES 55159 1% 24% 6
10 MAT JEAN ROUXEL IMNUMR 6502 51081 0% 67% 2

Journals


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 GEMS & GEMOLOGY 15816 1% 5% 9
2 NEUES JAHRBUCH FUR MINERALOGIE-ABHANDLUNGEN 14645 2% 2% 19
3 JOURNAL OF SEDIMENTARY PETROLOGY 10852 3% 1% 20
4 SEDIMENTOLOGY 10438 3% 1% 26
5 JOURNAL OF SEDIMENTARY RESEARCH 8991 3% 1% 20
6 SEDIMENTARY GEOLOGY 8471 4% 1% 30
7 NEUES JAHRBUCH FUR MINERALOGIE-MONATSHEFTE 6363 2% 1% 14
8 EUROPEAN JOURNAL OF MINERALOGY 6107 3% 1% 20
9 PALAIOS 5146 2% 1% 13
10 GEOBIOLOGY 5135 1% 2% 8

Author Key Words


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class		 LCSH search Wikipedia search
1 MOGANITE 1060287 4% 86% 32 Search MOGANITE Search MOGANITE
2 OPAL CT 942280 4% 72% 34 Search OPAL+CT Search OPAL+CT
3 AGATE 739945 3% 74% 26 Search AGATE Search AGATE
4 CHALCEDONY 602271 3% 60% 26 Search CHALCEDONY Search CHALCEDONY
5 OPAL C 574672 2% 100% 15 Search OPAL+C Search OPAL+C
6 OPAL A 562989 3% 57% 26 Search OPAL+A Search OPAL+A
7 SILICEOUS SINTER 500601 2% 93% 14 Search SILICEOUS+SINTER Search SILICEOUS+SINTER
8 CHRYSOPRASE 306492 1% 100% 8 Search CHRYSOPRASE Search CHRYSOPRASE
9 OPAL 239736 5% 16% 39 Search OPAL Search OPAL
10 SILICA DIAGENESIS 221653 1% 64% 9 Search SILICA+DIAGENESIS Search SILICA+DIAGENESIS

Core articles
The table includes core articles in the class. The following variables is taken into account for the relevance score of an article in a cluster c:
(1) Number of references referring to publications in the class.
(2) Share of total number of active references referring to publications in the class.
(3) Age of the article. New articles get higher score than old articles.
(4) Citation rate, normalized to year.


Rank Reference # ref.
in cl.		 Shr. of ref. in
cl.		 Citations
1 LYNNE, BY , (2012) MAPPING VENT TO DISTAL-APRON HOT SPRING PALEO-FLOW PATHWAYS USING SILICEOUS SINTER ARCHITECTURE.GEOTHERMICS. VOL. 43. ISSUE . P. 3 -24 43 88% 12
2 JONES, B , RENAUT, RW , (2007) MICROSTRUCTURAL CHANGES ACCOMPANYING THE OPAL-A TO OPAL-CT TRANSITION: NEW EVIDENCE FROM THE SILICEOUS SINTERS OF GEYSIR, HAUKADALUR, ICELAND.SEDIMENTOLOGY. VOL. 54. ISSUE 4. P. 921 -948 46 90% 24
3 HATIPOGLU, M , (2009) MOGANITE AND QUARTZ INCLUSIONS IN THE NANO-STRUCTURED ANATOLIAN FIRE OPALS FROM TURKEY.JOURNAL OF AFRICAN EARTH SCIENCES. VOL. 54. ISSUE 1-2. P. 1 -21 45 90% 5
4 NICOLAU, C , REICH, M , LYNNE, B , (2014) PHYSICO-CHEMICAL AND ENVIRONMENTAL CONTROLS ON SILICEOUS SINTER FORMATION AT THE HIGH-ALTITUDE EL TATIO GEOTHERMAL FIELD, CHILE.JOURNAL OF VOLCANOLOGY AND GEOTHERMAL RESEARCH. VOL. 282. ISSUE . P. 60 -76 39 81% 4
5 CAMPBELL, KA , LYNNE, BY , HANDLEY, KM , JORDAN, S , FARMER, JD , GUIDO, DM , FOUCHER, F , TURNER, S , PERRY, RS , (2015) TRACING BIOSIGNATURE PRESERVATION OF GEOTHERMALLY SILICIFIED MICROBIAL TEXTURES INTO THE GEOLOGICAL RECORD.ASTROBIOLOGY. VOL. 15. ISSUE 10. P. 858 -882 47 63% 3
6 ORANGE, F , LALONDE, SV , KONHAUSER, KO , (2013) EXPERIMENTAL SIMULATION OF EVAPORATION-DRIVEN SILICA SINTER FORMATION AND MICROBIAL SILICIFICATION IN HOT SPRING SYSTEMS.ASTROBIOLOGY. VOL. 13. ISSUE 2. P. 163-176 35 78% 7
7 CAMPBELL, KA , GUIDO, DM , GAUTRET, P , FOUCHER, F , CLAIRE, R , WESTALL, F , (2015) GEYSERITE IN HOT-SPRING SILICEOUS SINTER: WINDOW ON EARTH'S HOTTEST TERRESTRIAL (PALEO)ENVIRONMENT AND ITS EXTREME LIFE.EARTH-SCIENCE REVIEWS. VOL. 148. ISSUE . P. 44 -64 54 44% 7
8 MUNOZ-SAEZ, C , SALTIEL, S , MANGA, M , NGUYEN, C , GONNERMANN, H , (2016) PHYSICAL AND HYDRAULIC PROPERTIES OF MODERN SINTER DEPOSITS: EL TATIO, ATACAMA.JOURNAL OF VOLCANOLOGY AND GEOTHERMAL RESEARCH. VOL. 325. ISSUE . P. 156 -168 38 69% 0
9 HINMAN, NW , WALTER, MR , (2005) TEXTURAL PRESERVATION IN SILICEOUS HOT SPRING DEPOSITS DURING EARLY DIAGENESIS: EXAMPLES FROM YELLOWSTONE NATIONAL PARK AND NEVADA, USA.JOURNAL OF SEDIMENTARY RESEARCH. VOL. 75. ISSUE 2. P. 200-215 40 83% 13
10 LYNNE, BY , (2015) IMPACT OF THREE COMMON POST-DEPOSITIONAL ENVIRONMENTAL SETTINGS ON SILICEOUS SINTER DIAGENESIS: AN EIGHT YEAR EXPERIMENT.JOURNAL OF VOLCANOLOGY AND GEOTHERMAL RESEARCH. VOL. 292. ISSUE . P. 84 -101 31 79% 1

Classes with closest relation at Level 1


Rank Class id link
1 20009 TRIDYMITE//CRISTOBALITE//CORRELATED TETRAHEDRAL ROTATION
2 11682 STROMATOLITES//MICROBIALITES//STUDY EVOLUT ORIGIN LIFE
3 14070 TRAVERTINE//TUFA//CALCAREOUS TUFA
4 20786 MICROBIAL GEOCHEM//ACID BASE TITRATIONS//AQUEOUS ENVIRONM EXPT GEOCHEM GRP
5 22403 CATHODOLUMINESCENCE//TITANIQ//MICROBEAM
6 22408 FOSSIL FUNGI//GEO UMWELTWISSEN PALAONTOL GEOBIOL//FAK BIOL SYSTEMAT BOT MYKOL
7 28354 SILICA GEL SEED//SILICA SCALE//PAUZHETSKY
8 15733 SILICON ISOTOPES//BIOGENIC SILICA//SILICON CYCLE
9 19040 TAUPO VOLCANIC ZONE//WAIRAKEI//TAUPO RIFT
10 19336 RADIOLARIA//SIBUMASU//RADIOLARIANS

Go to start page