English version
MALMDATABASEN
Forekomstområde 819 - 014
(Sist oppdatert 11.nov.2024)

Navn på deposit area : Fensfeltet
(Objekt Id : 0819,014,00,00)
Lokalisering
Fylke : Telemark (08) Kommune : Nome (0819)
Kart 1:50000: Nordagutu (1713-4) Kart 1:250000: Skien
Markeringspunkt: Lengdegrad: 9.3057510 Breddegrad: 59.2749490
EU89-UTM Zone 32 (Coordinates IS confirmed)
X-koord: 517425 m. Y-koord: 6570708 m.
Materialtype
Hovedtype: Spesialmetaller (Nb,Ta,Be,Li,Sc,REE) Subtype: REE-metaller
Element(s): REE Th Nb
Production
Activity: Prospektering Reserves: 654000 thousand tons
Prod. method: Production:
Prod. status: Ikke satt i drift Volume of dump:
Resource estimat. standard: JORC

Betydning
Offentlig: International Importance (reg. 08.06.2015)
Economical: Meget viktig , (Confirmed 08.jun.2015 by Julian Schilling)

Products
Element/product Crude ore grade or quality
NB 1700 ppm
REE 1.4 %

Mineralization
Era: Paleozoic Period: Cambrian
Dating: 539 (-14\+14) million year Method: U/Pb
Genesis: Intrusivbreksje/diatrem Form: Rør
Main texture: Strukturløs Min. distribution: Disseminert
Main grain size: Finkornet (<1 mm) Main alteration:
Strike/Dip: Direction:
Plunge:
Stratigraphic classification of host rock
Era: Proterozoic Period: Neoproterozoic
Province:
Geotec.unit:
Tectonic complex:
Igneous complex:
Group: Formation:

Mineralogy
Relationship Mineral Amount
Gangue mineral Amphibole Major mineral (>10%)
Gangue mineral Dolomite Major mineral (>10%)
Gangue mineral Biotite Major mineral (>10%)
Gangue mineral Microcline Major mineral (>10%)
Gangue mineral Calcite Major mineral (>10%)
Gangue mineral Ankerite Major mineral (>10%)
Gangue mineral Pyroxene Subordinate mineral (1-10%)
Ore mineral Magnetite Major mineral (>10%)
Ore mineral Hematite Major mineral (>10%)
Ore mineral Monazite Subordinate mineral (1-10%)
Ore mineral Parisite Subordinate mineral (1-10%)
Ore mineral Apatite Subordinate mineral (1-10%)
Ore mineral Synchysite Accessory mineral (<1%)
Ore mineral Bastnäsite Accessory mineral (<1%)
Ore mineral Thorite Accessory mineral (<1%)
Ore mineral Allanite Accessory mineral (<1%)

Lithology:
Relationship Rock Origin
Host rock Soevite Intrusive
Host rock Raudbergite Extrusive

Opplysning(er) i fritekstformat
Fri tekst
Fensfeltet er en mineralforekomst omkring 5 km i diameter som ligger ved Ulefoss i Telemark. Feltet inneholder en rekke dyp- og gangbergarter, vesentlig karbonatitter, silikat-karbonatitter og nefelin-pyroksenitter. I de senere år har feltet fått ny interesse pga innholdet av Thorium Forekomsten av thorium er anslått til 170 000 tonn og gjør feltet til en av de største forekomstene i verden, konsentrasjonen av thoriumoksyd når maksimalt 0,2% (usikker). Det er også knyttet en rekke usikre forhold rundt prossessen for å få thorium ut fra bergartene Forekomsten ble første gang beskrevet av prof. W. C. Brøgger i 1921 og en rekke nye bergarter ble gitt navn etter gårdene i området. I perioden 1650 til 1929 ble det utvunnet jernholdig dolomitt til Ulefos Jernværk. I en periode fra 1953 til 1963 ble det brutt søvitt og dolomitt i Søve gruver for produksjon av niob ved Norsk Hydro på Herøya.

Bilde(r) fra forekomstområdet:
Photo no. 1 showing th map"
Photo no. 2 showing U_map"

Bibliography:
From NGU's Reference Archive:
Sæther, Egil , 1957
The alkaline rock province of the Fen area in southern Norway.
;ARTIKKEL;Det Kongelige Norske Videnskabers Selskabs Skrifter; No.1;150 s. pages
Abstract:
An account is given of the field relationships, petrography, and mode of formation of alkaline silicate and carbonate rocks in the Cambro-Silurian Fen area in Telemarken, southwestern Norway. The Fen complex lies in Archean gneiss and gneissose granite and consists of the following rocks: granitic breccia; fenite (syenite); vipetoite, melteigite, ijolite, urtite (mafic alkalic rocks); damtjernite (hypabyssal rock); soevite (calcite rock); rauhaugite (ankerite rock); roedbergite or red rock (clacite-ankerite-hematite rock); and some dike rocks. Chemical rock and mineral analyses and spectrochemical analyses of oxide and sulfide minerals are presented, and optical data are given for many minerals. Substance transfers are computed for various metasomatic rock transformations in the area. Petrofabric diagrams of carbonatites are presented and interpreted. Genesis of the rocks is ascribed to two magmas poor in silica and rich in alkali metals, calcium, and carbon dioxide. Two separate cycles are established, each of which involved eruption of a mafic magma with subsequent very extensive hydrothermal activity (alkali metasomatism and carbonatization). The Fen area is compared with Alnø in Sweden, its close counterpart.

Brøgger, W.C. , 1920
Fehn grube. Geologisk oversiktskart 1:20 000.
;Norges geologiske undersøkelse;KART;Bergarkivet; No.K 377

Brøgger, W.C. , 1920
Søve gruve. Oversiktskart 1:20 000
;Norges geologiske undersøkelse;KART;Bergarkivet; No.K 2411

Bugge, J.A.W.; Lingjærde, R.O.; Tandberg, B.T.; Bråten, O. , 1973
Thorium-fremstilling i Norge. B0561,4322 Fensfeltet-en økonomisk vurdering Del I.
;Norges geologiske undersøkelse;FAGRAPPORT;Bergarkivet; No.BA 6347;59 pages
Abstract:
Komiteen konkluderer med at i lys av den markedsutvikling man idag kan se, er det vanskelig å anbefale på det nåværende tidspunkt å ta sikte på å utnytte de norske thorium-reservene kommersielt. På den annen side er de norske thoriumreservene så vidt lite undersøkt vitenskapelig og så komplekse at det for å kunne foreta en forsvarlig vurdering av størrelsen, vil bli påkrevd med inngående vitenskapelige studier av dem før eventuell industriell virksomhet vil kunne settes i gang i fremtiden. Gjennom denne utredningen, har det klart kommet fram at en rekke land sitter inne med store thorium-reserver, og endog tildels som mer eller mindre ferdig- raffinerte produkter. Thorium er i disse tilfeller et biprodukt enten ved prosesseringen av visse uran-forekomster, eller ved fremstilling av sjeldne jordarter fra f. eks. monazitt. Det er idag stor overproduksjon av thorium, og dette er en situasjon som man venter vil vedvare langt ut i 80-årene, dog med det vesentlige forbehold at bruk av thorium til helt nye formål totalt kunne forandre bildet, i og med at både det markedet man idag kjenner og det markedet man kan vente i fremtiden, begge tross alt er av meget beskjedent omfang. Det omsettes idag ca. 200 tonn thorium-oksyd pr. år på global basis. Dette kan komme til å øke til 1 000 - 1 600 tonn pr. år innen 1985.

Barth, Thomas Fredrik Weiby; Ramberg, Ivar B. , 1966
The Fen circular complex
;Interscience publishers;ARTIKKEL;Carbonatites / ed. by O.F. Tuttle and J. Gittins;225-257 pages

Andersen, Tom , 1983
Iron ores in the Fen central complex, Telemark (S.Norway): Petrography, chemical evolution and conditions of equilibrium
;Norsk geologisk forening;TIDSSKRIFTARTIKKEL;Norsk geologisk tidsskrift; No.63 (2/3);73-82 pages
Abstract:
Hydrothermal iron ores from the Fen central complex may be classified according to their mineral assemblages as primary (magnetite +- pyrite +- anatase + calcite) or secondary (hematite +- goethite + calcite +- dolomite). Primary ores equilibrated between the hematite-magnetite and magnetite-pyrite-pyrrho- tite buffers, at temperatures below 600°C. Alteration to form the secondary parageneses took place above the hematite-magnetite buffer, probably at lower temperature.

Bergstøl, S.; Svinndal, S. , 1960
The carbonatite and per-alkaline rocks of the Fen area.
;Norges geologiske undersøkelse;FAGRAPPORT;Bergarkivet; No.BA 4704;12 pages
Abstract:
Rapporten er en kopi fra publikasjon NGU nr. 208 side 99 - 110, og omhandler Fensfeltet.

Bowen, N.I. , 1924
The Fen area in Telemark, Norway.
;TIDSSKRIFTARTIKKEL;American Journal of Science; No.8, no. 43;8 s. + pl pages

Bjørlykke, Harald; Svinndal, Sverre , 1960
The carbonite and per-alkaline rocks of the Fen area. Mining and exploration work.
;Norges geologiske undersøkelse;TIDSSKRIFTARTIKKEL;NGU; No.208;105-110 pages

Bergstøl, Sveinung; Svinndal, Sverre , 1960
Description of mines and deposits. Søve Niobium Mine, Fen area.
;Norges geologiske undersøkelse;EKSKURSJONSGUIDE; TIDSSKRIFTARTIKKEL;NGU; No.212m;16-25 pages

Dahlgren, Sven , 1987
The satellitic intrusions in the Fen carbonatite alkaline rock Province, Telemark, Southeastern Norway. Distribution, emplacement, compositional characteristics and petrology.
;UiO Geologisk fellesråd;AVHANDLING

Dahlgren, Sven , 1993
Fensfeltet - et stykke eksplosiv geologi.
;TIDSSKRIFTARTIKKEL;Stein; No.20 (3);146-155 pages

Svinndal, Sverre , 1973
Thorium i Fensfeltet.
;Norges geologiske undersøkelse;FAGRAPPORT;NGU-rapport; No.1162;28 pages

Svinndal, Sverre , 1968
Undersøkelser etter sjeldne jordartselementer (RE) i Fensfeltet, Ulefoss.
;Norges geologiske undersøkelse;FAGRAPPORT;NGU-rapport; No.820;42 pages
Abstract:
Rapporten inneholder resultatene fra: 1. Innsamling og analysering av prøver. 2. Radiometriske målinger. 3. Mineralogiske målinger. 4. Forsøk med utleiting av RE fra Fenfeltets bergarter. 5. Vurdering av resultatene. 6. Forslag til videre undersøkelser.

Ihlen, Peter M.; Schiellerup, Henrik; Gautneb, Håvard; Skår, Øyvind , 2014
Characterization of apatite resources in Norway and their REE potential — A review
;Elsevier;ARTIKKEL;Ore geology reviews; No.58;126-147 pages
Abstract:
Apatite is a necessity for the production of phosphorus fertilizers and presents a potential raw material for the extraction of REE and Y. A wide spectrum of apatite deposits is found in Norway including sedimentary, igneous, and vein type deposits. The igneous deposits which appear to have the greatest potential for exploitation occur associated with alkaline complexes, massif-type anorthosite complexes and monzonitic complexes. One of the most promising is found in the monzonoritic Bjerkreim–Sokndal Layered Intrusion of the early Neoproterozoic Rogaland Anorthosite Province in southwest Norway.

Schilling, Julian , 2013
Petrography, mineralogy and whole-rock data of the major lithologies of the Fen Complex
;Norges geologiske undersøkelse;RAPPORT;NGU-rapport; No.2013.034;18 pages
Abstract:
This report documents the petrography of a limited sample set consisting of 12 specimens from the Fen complex, Telemark, South Norway. The samples comprise several, texturally variable calciocarbonatites (søvite), one Fe-rich carbonatite (rauhaugite), two magnetite-rich rødbergites, a silico-carbonate rock ("vipetoite") and a lamprophyre termed damtjernite. Major REE minerals are LREE carbonates and monazite in the søvite and rødbergite and LREE carbonates in the rauhaugite and damtjernite. The LREE are enriched to greater degrees (up to 4000-fold in the rødbergite and an inclusion-rich søvite) and lowest contents for Lu, a HREE, were found in a relatively fine-grained søvite sample, corresponding to a 2-fild enrichment relative to primitive mantle. The sum of all REE is as high as 15950 ppm in the REE-richest sample, a rødbergite, alnd lowest (715 ppm) in a søvite. The concentration of Th tend to correlate positively with the sum of the REE and are 1470 ppm in the REE-richest rødbergite and <20 ppm in the søvite. Uranium is as high as 114 ppm in the søvite and 20 ppm or less in the other lithologies.

Lie, Anders; Østergaard, Claus , 2011
The Fen carbonatite complex, Ulefoss, South Norway. Summary of historic work and data
;21st NORTH;RAPPORT;47 pages

Lie, Anders; Østergaard, Claus , 2011
The Fen carbonatite complex, Ulefoss, South Norway. Results and conclusions from preliminary microscope and microprobe studies
;21st NORTH;RAPPORT;35 pages

Dahlgren, Sven , 2012
Thorium i Fensfeltet - Ressursanslag
;Regiongeologen Buskerud, Telemark, Vestfold Fylkeskommuner;RAPPORT;Rapport; No.1-2012;23 s. pages
Abstract:
I denne rapporten er Fensfeltets samlede thoriumressurser anslått. De befinner seg i den østlige halvdelen av Fensfeltet i bergartene rødberg og ankerittkarbonatitt.

Lie, Anders; Østergaard, Claus , 2014
The Fen rare earth element deposit, Ulefoss, South Norway. Executive summary regarding deposit significance
;21st NORTH;RAPPORT;11 pages

Coint, Nolwenn; Dahlgren, Sven , 2019
Rare earth elements (REE) in two long drill-cores from the Fen Carbonatite Complex, Telemark, Norway (preliminary version)
;Norges geologiske undersøkelse;RAPPORT;NGU-rapport; No.2019.008;36 s. pages
Abstract:
Denne rapporten er erstattet av 2019.008 revised edition som ble ferdigstilt i 2023

Fieldsamples
Sample No. Sample type Miscellanrous
95394 Bedrock
Kommentar :Søvite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95395 Bedrock
Kommentar :Rauhaugite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95396 Bedrock
Kommentar :Damtjernite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95397 Bedrock
Kommentar :Rødbergite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95398 Bedrock
Kommentar :Rødbergite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95399 Bedrock
Kommentar :Søvite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95400 Bedrock
Kommentar :Søvite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95401 Bedrock
Kommentar :Søvite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95402 Bedrock
Kommentar :Søvite with inclusions
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95403 Bedrock
Kommentar :Søvite with inclusions
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95404 Bedrock
Kommentar :Søvite with inclusions
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
95405 Bedrock
Kommentar :Vipetoite
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
NB! All analyse values are shown at the end of the printout.:

Navn på sample point : LHKB-1
(Objekt Id : 0819,014,00,01)
Lokalisering
Fylke : Telemark (08) Kommune : Nome (0819)
Kart 1:50000: Nordagutu (1713-4) Kart 1:250000: Skien
Markeringspunkt: Lengdegrad: 9.3014460 Breddegrad: 59.2719470
EU89-UTM Zone 32 (Coordinates IS confirmed)
X-koord: 517181 m. Y-koord: 6570372 m.
Materialtype
Hovedtype: Spesialmetaller (Nb,Ta,Be,Li,Sc,REE) Subtype: REE-metaller
Element(s): REE Th Nb


Opplysning(er) i fritekstformat
Sammendrag
This is the locality of drill hole LHKB-1 in the vincinity of Fen school. depth to bedrock at collar is 13.3 meter length of drill hole is 1001 meter and vertical.

Fieldsamples
Sample No. Sample type Miscellanrous
1_MEDIAN100_149M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 100 to 149 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN13_49M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calculated for interval 13.24 to 49 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 37 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN150_199M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 150 to 199 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_Median200-249m Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 200 to 249 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated oxide analyses = 1
1_MEDIAN250_299M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 250 to 299 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN300_349M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 300 to 349 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN350_399M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 350 to 399 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN400_449M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 400 to 449 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN450_499M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 450 to 499 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN500_549M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 500 to 549 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN50_99M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 50 to 99 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN550_599M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 550 to 599 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN600_649M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 600 to 649 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN650_699M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 650 to 699 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN700_749M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 700 to 749 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN750_799M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 750 to 799 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN800_849M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 800 to 849 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN850_899M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 850 to 899 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN900_949M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 900 to 949 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
1_MEDIAN950_1001M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 950 to 1001 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 52 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
NB! All analyse values are shown at the end of the printout.:

Navn på sample point : LHKb-2
(Objekt Id : 0819,014,00,02)
Lokalisering
Fylke : Telemark (08) Kommune : Nome (0819)
Kart 1:50000: Nordagutu (1713-4) Kart 1:250000: Skien
Markeringspunkt: Lengdegrad: 9.2904780 Breddegrad: 59.2777920
EU89-UTM Zone 32 (Coordinates IS confirmed)
X-koord: 516553 m. Y-koord: 6571021 m.
Materialtype
Hovedtype: Spesialmetaller (Nb,Ta,Be,Li,Sc,REE) Subtype: REE-metaller
Element(s): REE Th Nb


Opplysning(er) i fritekstformat
Fri tekst
this is the locality of the drill hole LHKB-2. depth to bedrock at collar is 4.9 meter and lenth of drill hole is 716 meter vertical .

Fieldsamples
Sample No. Sample type Miscellanrous
2_MEDIAN0_50M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 4.8 to 49 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 46 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN100_149M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 100 to 149 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 42 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN150_199M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 150 to 199 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 49 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN200_228M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 200 to 228 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 29 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN250_299M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 250 to 299 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN300_334M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 300 to 334 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 34 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN450_497M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 450 to 497 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 48 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN501_549M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 501 to 549 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 44 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN50_99M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 50 to 99 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 43 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN550_599M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 550 to 599 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN600_649M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 600 to 649 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 50 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
2_MEDIAN650_697M Core
Sampler :Nolwenn Coint/...Stored :Løkken
Kommentar :This median value is calcuated for interval 650 to 697 m. Each meter from the core was analyzed as a seperate sample. This median is the result of 48 analyses conducted for this interval. The complete dataset for each meter is downloadable on https://www.ngu.no/publikasjon/rare-earth-elements-ree-two-long-drill-cores-fen-carbonatite-complex-telemark-norway
No. of registrated element analyses = 1
No. of registrated oxide analyses = 1
NB! All analyse values are shown at the end of the printout.:

Navn på sample point : TUFTE-10
(Objekt Id : 0819,014,00,03)
Lokalisering
Fylke : Telemark (08) Kommune : Nome (0819)
Kart 1:50000: Nordagutu (1713-4) Kart 1:250000: Skien
Markeringspunkt: Lengdegrad: 9.2848310 Breddegrad: 59.2718230
EU89-UTM Zone 32 (Coordinates IS confirmed)
X-koord: 516235 m. Y-koord: 6570354 m.
Materialtype
Hovedtype: Spesialmetaller (Nb,Ta,Be,Li,Sc,REE) Subtype: REE-metaller
Element(s): REE Th Nb


Navn på sample point : VIB-1
(Objekt Id : 0819,014,00,04)
Lokalisering
Fylke : Telemark (08) Kommune : Nome (0819)
Kart 1:50000: Nordagutu (1713-4) Kart 1:250000: Skien
Markeringspunkt: Lengdegrad: 9.2922540 Breddegrad: 59.2658350
EU89-UTM Zone 32 (Coordinates IS confirmed)
X-koord: 516661 m. Y-koord: 6569690 m.
Materialtype
Hovedtype: Spesialmetaller (Nb,Ta,Be,Li,Sc,REE) Subtype: REE-metaller
Element(s): REE Th Nb


Fieldsamples
Sample No. Sample type Miscellanrous
VIB-1_MEDIAN0_10m Core
Sampler :N COINT/...Stored :Løkken
Kommentar :For each meter we analyzed a quarter of a core. The median is calculated over 10 m intervals. 0-10m
No. of registrated element analyses = 1
VIB-1_MEDIAN10_20m Core
Sampler :N COINT/...Stored :Løkken
Kommentar :For each meter we analyzed a quarter of a core. The median is calculated over 10 m intervals. 10-20m
No. of registrated element analyses = 1
VIB-1_MEDIAN20_30m Core
Sampler :N COINT/...Stored :Løkken
Kommentar :For each meter we analyzed a quarter of a core. The median is calculated over 10 m intervals. 20-30m
No. of registrated element analyses = 1
VIB-1_MEDIAN30_40m Core
Sampler :N COINT/...Stored :Løkken
Kommentar :For each meter we analyzed a quarter of a core. The median is calculated over 10 m intervals. 30-40m
No. of registrated element analyses = 1
VIB-1_MEDIAN40_50m Core
Sampler :N COINT/...Stored :Løkken
Kommentar :For each meter we analyzed a quarter of a core. The median is calculated over 10 m intervals. 40-50m
No. of registrated element analyses = 1
NB! All analyse values are shown at the end of the printout.:

Analyse Results
from
Forekomstområde 819 - 014 Fensfeltet

Element analyses
( *=parts pr. million, #=parts pr.billion, Negative values means below detection limit value.)
Sample No. Sample Type Cu* Zn* Pb* Co* Ni* Ag* As*
VIB-1_MEDIAN0_10m Core
VIB-1_MEDIAN10_20m Core
VIB-1_MEDIAN20_30m Core
VIB-1_MEDIAN30_40m Core
VIB-1_MEDIAN40_50m Core
1_MEDIAN100_149M Core 4 812 13 12 5 1.0 2
1_MEDIAN13_49M Core 2 194 17 13 5 1.2 5
1_MEDIAN150_199M Core 2 274 14 13 7 .4 4
1_MEDIAN250_299M Core 3 590 18 12 4 1.2 4
1_MEDIAN300_349M Core 4 778 20 11 7 1.1 5
1_MEDIAN350_399M Core 2 228 26 12 3 .8 5
1_MEDIAN400_449M Core 2 450 14 10 3 .6 4
1_MEDIAN450_499M Core 2 231 12 9 5 .5 2
1_MEDIAN500_549M Core 5 323 20 10 13 .9 2
1_MEDIAN50_99M Core 2 354 24 8 2 .7 3
1_MEDIAN550_599M Core 5 282 18 10 12 .8 3
1_MEDIAN600_649M Core 5 376 18 9 11 .4 2
1_MEDIAN650_699M Core 9 269 16 11 16 .4 2
1_MEDIAN700_749M Core 6 349 24 11 14 .5 3
1_MEDIAN750_799M Core 7 376 23 11 17 .6 2
1_MEDIAN800_849M Core 4 285 14 10 14 .2 2
1_MEDIAN850_899M Core 3 187 17 10 12 .3 3
1_MEDIAN900_949M Core 7 356 38 12 19 .7 2
1_MEDIAN950_1001M Core 18 136 10 16 78 .2 1
2_MEDIAN0_50M Core 4 437 30 11 5 .4 3
2_MEDIAN100_149M Core 2 118 21 10 4 .5 3
2_MEDIAN150_199M Core 2 221 18 10 4 .6 4
2_MEDIAN200_228M Core 7 112 16 12 7 .6 4
2_MEDIAN250_299M Core 4 134 12 9 8 .5 3
2_MEDIAN300_334M Core 3 142 15 8 4 .4 4
2_MEDIAN450_497M Core 3 147 20 11 5 .5 8
2_MEDIAN501_549M Core 3 94 11 11 4 .6 6
2_MEDIAN50_99M Core 2 133 31 10 6 .6 2
2_MEDIAN550_599M Core 4 95 11 11 7 .8 4
2_MEDIAN600_649M Core 3 73 11 11 8 .7 5
2_MEDIAN650_697M Core 3 56 9 12 16 .5 3
95394 Bedrock 10
95395 Bedrock 11
95396 Bedrock 4
95397 Bedrock 29 53
95398 Bedrock 16
95399 Bedrock 14
95400 Bedrock 4
95401 Bedrock 8
95402 Bedrock 7
95403 Bedrock 13
95404 Bedrock 5
95405 Bedrock 37
------------------
Sample No. Cd* Ba* Mo* Sn* Sb* Bi* Se* Ga* Ge*
VIB-1_MEDIAN0_10m 3105 3 2.50
VIB-1_MEDIAN10_20m 6410 1 2.45
VIB-1_MEDIAN20_30m 1015 1 2.20
VIB-1_MEDIAN30_40m 93 2 1.40
VIB-1_MEDIAN40_50m 82 3 1.80
1_MEDIAN100_149M 3.1 2210 197.00 4 0 1 1.00 20.60 2.76
1_MEDIAN13_49M .8 1810 205.00 6 0 2 1.00 18.00 2.55
1_MEDIAN150_199M .8 2060 104.00 4 0 1 1.00 16.60 2.09
1_MEDIAN250_299M 1.7 1760 182.00 4 0 1 1.00 19.00 2.40
1_MEDIAN300_349M 2.1 2355 154.00 3 0 1 1.00 13.60 1.55
1_MEDIAN350_399M .9 1320 151.00 2 0 1 1.00 20.00 2.41
1_MEDIAN400_449M 1.6 1760 99.00 2 0 0 1.00 15.80 1.87
1_MEDIAN450_499M 1.2 2370 63.00 1 0 0 1.00 11.30 0.51
1_MEDIAN500_549M 1.7 2600 82.00 3 0 0 1.00 14.40 1.43
1_MEDIAN50_99M 1.1 3535 133.00 3 0 1 1.00 10.90 1.38
1_MEDIAN550_599M 1.3 1090 84.00 2 0 0 1.00 14.70 1.45
1_MEDIAN600_649M 1.6 1295 75.00 1 0 0 1.00 18.60 2.27
1_MEDIAN650_699M .9 2790 72.00 3 0 0 1.00 19.40 1.88
1_MEDIAN700_749M 1.2 1915 74.00 2 0 1 1.00 15.90 1.53
1_MEDIAN750_799M 1.3 3010 93.00 3 0 1 1.00 17.30 1.76
1_MEDIAN800_849M 1.5 3625 71.00 2 0 1 1.00 21.70 2.50
1_MEDIAN850_899M 1.2 2745 102.00 2 0 0 1.00 16.00 1.87
1_MEDIAN900_949M 2.3 2120 165.00 2 0 1 1.00 18.70 2.09
1_MEDIAN950_1001M .5 4365 103.00 5 0 1 1.00 17.80 1.67
2_MEDIAN0_50M 2.8 1695 286.50 3 0 1 0.50 32.65 2.72
2_MEDIAN100_149M 1.4 2225 178.25 2 0 1 1.00 31.65 2.46
2_MEDIAN150_199M 1.4 1960 267.00 3 0 1 1.00 29.20 2.38
2_MEDIAN200_228M .8 1355 287.50 2 0 1 0.50 24.57 3.04
2_MEDIAN250_299M .8 665 175.50 1 0 1 1.00 18.05 2.10
2_MEDIAN300_334M .9 1130 122.25 1 0 0 1.00 21.25 2.50
2_MEDIAN450_497M .9 2680 218.50 1 0 0 1.00 26.20 3.07
2_MEDIAN501_549M .8 2230 189.50 1 0 0 1.00 14.60 1.54
2_MEDIAN50_99M 1.4 2320 374.00 2 0 1 0.50 34.70 2.74
2_MEDIAN550_599M 1.1 1415 179.25 1 0 0 1.00 13.58 1.14
2_MEDIAN600_649M 1.0 1755 171.00 1 0 0 1.00 23.80 2.42
2_MEDIAN650_697M 1.2 870 113.50 1 0 0 1.00 29.45 2.95
95394 730 1 4.40
95395 17301 7 8.40
95396 8448 8 20.30
95397 212 5 11.80
95398 2073 1 10.40
95399 581 2 1.80
95400 62 0.50
95401 916 0.60
95402 6941 6.90
95403 642 1.60
95404 83 2 2.80
95405 2875 3 14.10
------------------
Sample No. In* S% V* Cr* Mn* Fe% Th* U* W*
VIB-1_MEDIAN0_10m 35 4 245.00 6.87 5
VIB-1_MEDIAN10_20m 29 3 307.00 5.32 2
VIB-1_MEDIAN20_30m 22 3 184.00 15.48 2
VIB-1_MEDIAN30_40m 20 4 228.00 13.70 3
VIB-1_MEDIAN40_50m 44 8 162.00 16.05 2
1_MEDIAN100_149M 0.61 .59 23 5 11125 ###### 179.00 7.50 2
1_MEDIAN13_49M 0.66 .67 22 7 10600 ###### 241.00 15.90 2
1_MEDIAN150_199M 0.61 .56 24 7 9570 ###### 241.00 12.80 2
1_MEDIAN250_299M 0.62 .76 24 5 9830 ###### 202.00 6.20 3
1_MEDIAN300_349M 0.50 .51 19 5 10350 ###### 106.00 4.20 3
1_MEDIAN350_399M 0.53 .68 21 5 10300 ###### 221.00 4.00 3
1_MEDIAN400_449M 0.44 .56 18 4 10200 ###### 138.00 3.00 2
1_MEDIAN450_499M 0.44 .46 12 8 10500 ###### 77.00 5.10 2
1_MEDIAN500_549M 0.51 .47 13 14 10475 ###### 137.00 4.80 1
1_MEDIAN50_99M 0.53 .46 20 4 10200 ###### 180.00 11.30 2
1_MEDIAN550_599M 0.48 .29 12 14 10600 ###### 188.00 3.80 2
1_MEDIAN600_649M 0.46 .31 11 11 11100 ###### 181.00 3.60 2
1_MEDIAN650_699M 0.41 .36 16 15 9950 ###### 182.00 5.00 1
1_MEDIAN700_749M 0.39 .37 18 14 10175 ###### 256.00 5.40 2
1_MEDIAN750_799M 0.44 .38 14 16 10675 ###### 292.00 4.90 2
1_MEDIAN800_849M 0.37 .40 13 11 11225 ###### 210.00 5.00 1
1_MEDIAN850_899M 0.36 .48 13 9 11525 ###### 201.00 8.00 2
1_MEDIAN900_949M 0.39 .40 12 12 11775 ###### 161.00 5.60 1
1_MEDIAN950_1001M 0.37 .37 39 75 9685 ###### 194.00 6.60 2
2_MEDIAN0_50M 0.50 ###### 23 5 12100 ###### 138.75 5.40 1
2_MEDIAN100_149M 0.44 ###### 15 4 11400 ###### 102.00 4.15 1
2_MEDIAN150_199M 0.49 ###### 16 4 11150 ###### 154.00 5.50 2
2_MEDIAN200_228M 0.47 ###### 22 6 10700 ###### 201.50 5.20 1
2_MEDIAN250_299M 0.41 ###### 15 7 8750 ###### 129.75 6.60 1
2_MEDIAN300_334M 0.38 ###### 13 4 10675 ###### 139.75 6.00 1
2_MEDIAN450_497M 0.40 ###### 13 4 10175 ###### 154.75 6.50 1
2_MEDIAN501_549M 0.36 ###### 16 6 10300 ###### 114.50 9.90 1
2_MEDIAN50_99M 0.46 ###### 18 4 11950 ###### 102.50 4.10 1
2_MEDIAN550_599M 0.33 ###### 15 8 9390 ###### 85.00 11.80 1
2_MEDIAN600_649M 0.31 ###### 17 10 11000 ###### 115.00 12.40 1
2_MEDIAN650_697M 0.23 ###### 14 8 10500 ###### 143.75 9.15 1
95394 133 21 17.80 1.30
95395 89 103 782.30 3.70 5
95396 55 130 383.00 4.50 10
95397 151 123 1080.10 22.90 12
95398 134 116 1470.60 3.40 11
95399 121 19.30 0.90
95400 11 63.70 0.80 1
95401 83 28.60 113.60
95402 77 67.00 104.80 1
95403 18 21 98.20 18.70 1
95404 28 41 106.80 5.70 1
95405 178 76.60 5.90 2
------------------
Sample No. Rb* Sr* Y* Zr* Nb* Ta* Cs* La* Ce*
VIB-1_MEDIAN0_10m 0.4 411.0 79.6 37 137.00 4.85 0.06 2800.00 5195.00
VIB-1_MEDIAN10_20m 0.2 1990.0 40.3 18 161.00 3.20 0.03 3025.00 4455.00
VIB-1_MEDIAN20_30m 0.5 819.0 99.4 42 197.00 18.45 0.08 632.00 1145.00
VIB-1_MEDIAN30_40m 0.7 634.5 103.6 46 206.00 28.95 0.13 891.00 1595.00
VIB-1_MEDIAN40_50m 0.5 740.0 94.0 168 252.00 16.70 0.08 375.00 774.00
1_MEDIAN100_149M 0.3 2635.0 44.0 33 355.00 7.90 0.03 2530.00 4620.00
1_MEDIAN13_49M 1.4 2640.0 51.0 63 486.00 4.20 0.25 2020.00 3820.00
1_MEDIAN150_199M 1.0 2685.0 42.0 42 402.00 6.60 0.12 1948.00 3635.00
1_MEDIAN250_299M 0.5 2585.0 59.0 61 550.00 5.70 0.11 2015.00 4060.00
1_MEDIAN300_349M 1.9 3170.0 34.0 58 687.00 6.50 0.58 1600.00 2980.00
1_MEDIAN350_399M 3.7 2600.0 61.0 71 468.00 3.30 1.06 2660.00 4680.00
1_MEDIAN400_449M 1.5 2850.0 62.0 52 412.00 2.60 0.49 2005.00 3415.00
1_MEDIAN450_499M 2.4 3015.0 32.0 42 498.00 3.45 0.39 1685.00 2620.00
1_MEDIAN500_549M 1.6 1828.0 27.0 43 482.00 5.40 0.18 4640.00 7105.00
1_MEDIAN50_99M 0.4 3405.0 42.0 27 616.00 7.40 0.05 1065.00 1968.00
1_MEDIAN550_599M 1.8 1963.0 38.0 29 447.00 5.30 0.25 4215.00 6910.00
1_MEDIAN600_649M 0.8 2050.0 27.0 22 421.00 4.50 0.12 3085.00 5150.00
1_MEDIAN650_699M 1.0 2030.0 38.0 32 499.00 7.20 0.09 2825.00 4550.00
1_MEDIAN700_749M 1.1 2150.0 40.0 24 465.00 6.80 0.14 1605.00 3510.00
1_MEDIAN750_799M 0.7 1985.0 34.0 28 454.00 5.40 0.06 2440.00 4365.00
1_MEDIAN800_849M 0.8 1960.0 38.0 29 436.00 4.85 0.12 3875.00 6170.00
1_MEDIAN850_899M 0.8 2465.0 34.0 18 623.00 5.90 0.19 2505.00 4535.00
1_MEDIAN900_949M 1.5 2045.0 21.0 23 709.00 6.15 0.24 3380.00 5305.00
1_MEDIAN950_1001M 6.2 1840.0 19.0 50 669.00 7.70 1.42 2135.00 3865.00
2_MEDIAN0_50M 13.4 2765.0 31.5 54 421.50 6.60 2.18 5310.00 8445.00
2_MEDIAN100_149M 13.4 2860.0 26.0 74 484.50 4.75 1.79 5590.00 8560.00
2_MEDIAN150_199M 10.4 2660.0 39.0 68 538.00 6.70 1.89 4550.00 7020.00
2_MEDIAN200_228M 6.3 2430.0 36.0 41 518.00 6.35 0.45 4006.38 6730.00
2_MEDIAN250_299M 18.9 2615.0 28.0 30 621.00 7.10 1.65 2725.00 4295.00
2_MEDIAN300_334M 1.0 2645.0 32.0 11 528.50 6.80 0.14 3355.00 5085.00
2_MEDIAN450_497M 0.6 2215.0 25.5 8 407.50 5.80 0.11 4765.00 7295.00
2_MEDIAN501_549M 1.4 2560.0 19.5 14 455.00 7.10 0.36 3950.00 6550.00
2_MEDIAN50_99M 11.4 2870.0 25.0 45 409.00 3.10 1.33 5590.00 8880.00
2_MEDIAN550_599M 13.7 2660.0 22.0 16 762.50 7.85 1.67 3900.00 5625.00
2_MEDIAN600_649M 8.3 2615.0 27.5 14 551.50 4.65 0.99 4215.00 6795.00
2_MEDIAN650_697M 4.2 2955.0 35.0 17 348.00 3.65 0.43 6080.00 9200.00
95394 3.0 3920.7 58.3 259 59.50 6.90 0.30 269.50 527.20
95395 3.2 1885.1 116.8 116 706.30 12.40 0.80 1516.20 2906.30
95396 107.4 230.6 341.5 432 1991.00 13.00 0.50 722.20 1197.90
95397 1.0 304.0 366.5 177 840.80 3.70 432.40 1066.50
95398 0.5 140.2 263.6 175 667.80 0.40 0.10 1897.60 6680.90
95399 1.0 3789.7 69.3 74 46.00 4.60 262.60 544.40
95400 0.3 3800.9 24.8 50 2735.90 10.70 137.80 313.40
95401 6.0 4523.4 66.3 17 328.60 81.30 0.20 228.80 500.00
95402 27.8 2938.1 138.9 365 421.50 58.30 0.20 541.90 1163.50
95403 1.3 5147.8 83.6 64 821.50 6.00 0.30 1066.70 1778.80
95404 0.5 430.8 46.1 13 302.90 3.10 3289.60 4894.60
95405 77.4 1814.3 107.6 1091 123.20 3.60 6.90 507.20 1049.00
------------------
Sample No. Pr* Nd* Sm* Eu* Gd* Tb* Dy* Ho* Er*
VIB-1_MEDIAN0_10m 558.00 1920.00 213.00 43.15 86.00 6.49 26.65 3.26 6.80
VIB-1_MEDIAN10_20m 435.00 1418.00 174.00 37.60 74.70 4.82 15.30 1.74 3.01
VIB-1_MEDIAN20_30m 140.00 583.00 103.00 25.30 55.25 4.99 23.00 3.66 8.72
VIB-1_MEDIAN30_40m 190.00 752.00 106.00 23.50 52.90 5.08 22.45 3.65 8.39
VIB-1_MEDIAN40_50m 96.00 395.00 85.00 21.80 49.35 5.02 22.35 3.54 7.54
1_MEDIAN100_149M 481.00 1563.00 155.00 35.80 64.50 5.04 16.90 1.94 3.50
1_MEDIAN13_49M 394.00 1425.00 166.00 34.10 63.30 5.03 18.80 2.43 4.40
1_MEDIAN150_199M 396.00 1245.00 158.00 33.70 66.40 5.34 18.10 2.12 3.70
1_MEDIAN250_299M 412.00 1485.00 148.00 32.20 67.20 6.81 19.50 2.41 4.30
1_MEDIAN300_349M 318.00 1028.00 99.00 21.00 40.90 3.84 12.30 1.46 2.90
1_MEDIAN350_399M 500.00 1498.00 146.00 32.50 66.00 6.32 20.30 2.71 5.50
1_MEDIAN400_449M 350.00 1145.00 113.00 22.20 45.50 4.61 17.60 2.61 5.40
1_MEDIAN450_499M 249.00 764.00 66.00 11.80 23.20 2.91 8.20 1.31 3.00
1_MEDIAN500_549M 655.00 1900.00 117.00 18.60 32.00 4.21 8.90 1.20 2.60
1_MEDIAN50_99M 214.00 727.00 107.00 26.00 53.80 4.17 14.30 1.86 3.60
1_MEDIAN550_599M 680.00 1833.00 126.00 22.40 39.80 4.11 12.30 1.69 3.20
1_MEDIAN600_649M 475.00 1530.00 123.00 20.90 39.00 4.83 10.70 1.32 2.50
1_MEDIAN650_699M 420.00 1350.00 130.00 25.30 47.40 5.74 13.80 1.73 3.30
1_MEDIAN700_749M 347.00 1153.00 131.00 29.60 58.00 6.94 15.50 1.81 3.60
1_MEDIAN750_799M 415.00 1345.00 132.00 27.50 54.20 5.87 14.00 1.57 2.70
1_MEDIAN800_849M 596.00 1703.00 134.00 24.80 42.40 3.44 13.20 1.59 3.10
1_MEDIAN850_899M 438.00 1303.00 106.00 20.80 36.00 2.83 9.90 1.34 2.80
1_MEDIAN900_949M 506.00 1433.00 100.00 15.60 23.50 1.90 6.20 0.85 2.00
1_MEDIAN950_1001M 360.00 1165.00 102.00 17.40 29.00 3.23 5.30 0.71 1.80
2_MEDIAN0_50M 823.50 2355.00 179.25 31.90 49.25 3.56 11.00 1.34 2.60
2_MEDIAN100_149M 786.00 2095.00 157.25 28.15 44.80 3.30 9.65 1.15 2.45
2_MEDIAN150_199M 669.00 2000.00 174.00 32.70 54.10 4.15 13.00 1.64 3.70
2_MEDIAN200_228M 639.00 1899.88 167.40 33.88 63.10 4.86 14.41 1.64 3.05
2_MEDIAN250_299M 395.50 1192.50 104.75 20.90 41.75 5.31 11.05 1.33 2.45
2_MEDIAN300_334M 483.00 1445.00 125.50 25.60 48.30 4.08 12.45 1.44 2.65
2_MEDIAN450_497M 679.50 1917.50 144.50 27.15 49.50 3.97 12.05 1.28 2.00
2_MEDIAN501_549M 615.00 1800.00 116.00 19.75 35.70 3.00 8.70 0.98 1.80
2_MEDIAN50_99M 789.00 2340.00 173.00 28.70 45.90 3.31 9.90 1.28 2.40
2_MEDIAN550_599M 494.00 1402.50 102.00 19.00 29.20 2.62 8.25 0.99 1.80
2_MEDIAN600_649M 583.50 1625.00 108.75 21.55 40.85 6.16 11.20 1.20 2.35
2_MEDIAN650_697M 835.00 2245.00 141.25 24.80 44.70 4.68 14.65 1.67 3.10
95394 60.24 218.50 32.87 9.36 24.83 2.68 12.82 1.93 4.89
95395 338.52 1269.70 237.85 64.87 137.05 11.00 40.77 4.15 9.04
95396 141.35 551.80 132.52 42.06 115.17 15.29 81.30 13.32 32.14
95397 163.27 808.70 231.68 54.55 148.03 15.09 70.77 11.10 27.45
95398 1111.09 5046.40 546.73 94.51 163.71 10.31 44.92 5.62 15.73
95399 67.23 256.60 40.83 11.77 31.02 3.41 15.96 2.35 5.44
95400 38.75 140.50 21.92 5.92 14.93 1.50 6.40 0.96 2.14
95401 61.95 239.00 38.52 11.10 28.68 3.27 16.29 2.23 5.30
95402 145.48 537.10 82.08 22.62 59.80 6.87 32.95 5.00 12.00
95403 209.41 813.20 139.91 31.32 62.38 4.51 18.87 2.20 5.72
95404 448.13 1334.30 116.53 14.30 56.96 3.49 12.41 0.99 2.13
95405 128.39 490.70 74.62 19.74 53.83 5.89 27.46 4.08 8.48
------------------
Sample No. Tm* Yb* Lu* Li* Be* Na* Mg* Al* K *
VIB-1_MEDIAN0_10m 0.69 3.71 0.53
VIB-1_MEDIAN10_20m 0.27 1.31 0.22
VIB-1_MEDIAN20_30m 1.15 7.23 1.00
VIB-1_MEDIAN30_40m 1.25 7.46 1.11
VIB-1_MEDIAN40_50m 1.06 6.55 1.03
1_MEDIAN100_149M 0.38 2.10 0.31 3 1 850 62750 1200 100
1_MEDIAN13_49M 0.44 2.60 0.37 6 2 300 62900 1800 200
1_MEDIAN150_199M 0.35 1.90 0.28 5 1 950 62650 1600 200
1_MEDIAN250_299M 0.41 2.90 0.33 5 1 300 61200 3800 100
1_MEDIAN300_349M 0.33 2.05 0.26 9 1 550 74400 3550 400
1_MEDIAN350_399M 0.48 3.20 0.37 14 1 1150 62300 2350 500
1_MEDIAN400_449M 0.58 3.80 0.55 4 1 1300 67300 1600 200
1_MEDIAN450_499M 0.37 2.25 0.37 6 1 200 73050 1650 400
1_MEDIAN500_549M 0.28 1.90 0.24 7 1 100 67650 4150 200
1_MEDIAN50_99M 0.38 2.25 0.32 2 1 200 71550 1000 100
1_MEDIAN550_599M 0.34 1.80 0.23 10 1 1700 69900 3650 300
1_MEDIAN600_649M 0.21 1.30 0.14 5 1 550 68450 3700 100
1_MEDIAN650_699M 0.35 1.90 0.24 9 1 200 71250 6900 200
1_MEDIAN700_749M 0.42 2.00 0.27 7 1 200 64800 4750 300
1_MEDIAN750_799M 0.29 1.50 0.17 7 1 200 67300 5100 100
1_MEDIAN800_849M 0.36 1.70 0.27 8 1 100 69950 4950 100
1_MEDIAN850_899M 0.33 1.50 0.26 8 1 300 74350 3500 100
1_MEDIAN900_949M 0.17 1.10 0.19 10 1 100 77100 5200 300
1_MEDIAN950_1001M 0.22 1.25 0.20 32 2 200 75850 14750 1000
2_MEDIAN0_50M 0.31 1.80 0.25 42 1 200 64550 1200 1400
2_MEDIAN100_149M 0.29 1.80 0.28 38 1 500 66400 1500 1350
2_MEDIAN150_199M 0.44 2.80 0.40 31 1 700 61700 3100 1000
2_MEDIAN200_228M 0.26 2.05 0.28 19 1 300 61000 3100 350
2_MEDIAN250_299M 0.30 1.60 0.19 31 1 200 60150 3750 1500
2_MEDIAN300_334M 0.28 1.55 0.21 6 0 200 71800 2250 100
2_MEDIAN450_497M 0.21 1.10 0.17 5 0 300 64200 3150 100
2_MEDIAN501_549M 0.16 0.95 0.13 11 0 650 70250 3700 300
2_MEDIAN50_99M 0.28 1.60 0.25 31 1 200 66500 1100 1000
2_MEDIAN550_599M 0.21 1.15 0.17 30 1 900 64150 3200 1400
2_MEDIAN600_649M 0.28 1.50 0.19 17 0 900 71850 1900 800
2_MEDIAN650_697M 0.27 1.55 0.24 8 0 650 65950 1250 300
95394 0.61 3.70 0.50 1
95395 1.41 9.63 1.23 2
95396 4.01 21.36 2.76 2
95397 3.90 23.59 3.27 24
95398 2.22 13.43 1.79 9
95399 0.65 3.59 0.46
95400 0.25 1.28 0.15
95401 0.66 4.25 0.47
95402 1.47 8.21 1.06
95403 0.88 5.89 0.81
95404 0.32 2.28 0.26
95405 1.04 5.41 0.73 5
------------------
Sample No. Ca* Sc* Ti* Te* Hf* Re* Tl*
VIB-1_MEDIAN0_10m 14.05 0.42
VIB-1_MEDIAN10_20m 11.50 0.38
VIB-1_MEDIAN20_30m 11.50 0.39
VIB-1_MEDIAN30_40m 13.15 0.51
VIB-1_MEDIAN40_50m 11.25 1.58
1_MEDIAN100_149M ###### 24.60 190 0.18 0.70 0 0
1_MEDIAN13_49M ###### 25.30 230 0.25 1.20 0 0
1_MEDIAN150_199M ###### 24.70 200 0.17 0.70 0 0
1_MEDIAN250_299M ###### 28.20 340 0.18 0.80 0 0
1_MEDIAN300_349M ###### 22.40 420 0.18 0.70 0 0
1_MEDIAN350_399M ###### 24.50 285 0.21 0.90 0 0
1_MEDIAN400_449M ###### 24.10 240 0.16 0.80 0 0
1_MEDIAN450_499M ###### 17.50 145 0.13 0.60 0 0
1_MEDIAN500_549M ###### 15.50 270 0.23 0.60 0 0
1_MEDIAN50_99M ###### 22.40 225 0.10 0.50 0 0
1_MEDIAN550_599M ###### 16.20 205 0.19 0.40 0 0
1_MEDIAN600_649M ###### 14.30 180 0.14 0.40 0 0
1_MEDIAN650_699M ###### 17.40 390 0.16 0.60 0 0
1_MEDIAN700_749M ###### 19.80 300 0.13 0.60 0 0
1_MEDIAN750_799M ###### 18.80 195 0.14 0.60 0 0
1_MEDIAN800_849M ###### 20.80 185 0.16 0.50 0 0
1_MEDIAN850_899M ###### 17.10 195 0.22 0.50 0 0
1_MEDIAN900_949M ###### 18.40 260 0.23 0.50 0 0
1_MEDIAN950_1001M ###### 25.50 1290 0.15 1.70 0 0
2_MEDIAN0_50M ###### 18.65 150 0.28 0.70 0 0
2_MEDIAN100_149M ###### 16.35 90 0.24 0.90 0 0
2_MEDIAN150_199M ###### 19.30 120 0.26 0.80 0 0
2_MEDIAN200_228M ###### 18.34 110 0.28 0.53 0 0
2_MEDIAN250_299M ###### 15.95 190 0.18 0.50 0 0
2_MEDIAN300_334M ###### 15.65 100 0.17 0.30 0 0
2_MEDIAN450_497M ###### 12.70 90 0.26 0.20 0 0
2_MEDIAN501_549M ###### 10.60 140 0.19 0.30 0 0
2_MEDIAN50_99M ###### 17.50 120 0.29 0.50 0 0
2_MEDIAN550_599M ###### 10.40 200 0.20 0.30 0 0
2_MEDIAN600_649M ###### 9.85 105 0.20 0.30 0 0
2_MEDIAN650_697M ###### 7.55 65 0.27 0.40 0 0
95394 2.00
95395 3.10
95396 12.60
95397 9.40
95398 2.30
95399 0.50
95400 0.90
95401 0.50
95402 3.50
95403 0.90
95404
95405 15.50

Oxide analyses
( All values are in % )
Sample No. Sample Type SiO2 Al2O3 TiO2 Fe2O3 FeO MnO MgO
1_MEDIAN100_149M Core 0.14 0.03 11.23 10.40
1_MEDIAN13_49M Core 0.21 0.04 12.36 10.43
1_MEDIAN150_199M Core 0.19 0.03 11.39 10.39
1_Median200-249m Core 0.28 0.06 10.95 9.95
1_MEDIAN250_299M Core 0.45 0.06 12.05 10.15
1_MEDIAN300_349M Core 0.42 0.07 11.41 12.34
1_MEDIAN350_399M Core 0.28 0.05 12.39 10.33
1_MEDIAN400_449M Core 0.19 0.04 11.13 11.16
1_MEDIAN450_499M Core 0.20 0.02 10.55 12.11
1_MEDIAN500_549M Core 0.49 0.05 11.08 11.22
1_MEDIAN50_99M Core 0.12 0.04 10.46 11.86
1_MEDIAN550_599M Core 0.43 0.03 11.32 11.59
1_MEDIAN600_649M Core 0.44 0.03 11.41 11.35
1_MEDIAN650_699M Core 0.82 0.07 11.72 11.81
1_MEDIAN700_749M Core 0.56 0.05 11.19 10.74
1_MEDIAN750_799M Core 0.61 0.03 12.64 11.16
1_MEDIAN800_849M Core 0.59 0.03 11.61 11.60
1_MEDIAN850_899M Core 0.42 0.03 11.45 12.33
1_MEDIAN900_949M Core 0.62 0.04 12.19 12.78
1_MEDIAN950_1001M Core 1.75 0.22 14.21 12.58
2_MEDIAN0_50M Core 0.14 0.03 12.51 10.70
2_MEDIAN100_149M Core 0.18 0.02 11.21 11.01
2_MEDIAN150_199M Core 0.37 0.02 11.87 10.23
2_MEDIAN200_228M Core 0.37 0.02 12.01 10.11
2_MEDIAN250_299M Core 0.45 0.03 10.45 9.97
2_MEDIAN300_334M Core 0.27 0.02 10.28 11.90
2_MEDIAN450_497M Core 0.37 0.02 10.83 10.64
2_MEDIAN501_549M Core 0.44 0.02 10.88 11.65
2_MEDIAN50_99M Core 0.13 0.02 11.83 11.03
2_MEDIAN550_599M Core 0.38 0.03 10.52 10.64
2_MEDIAN600_649M Core 0.23 0.02 11.55 11.91
2_MEDIAN650_697M Core 0.15 0.01 10.74 10.93
95394 Bedrock 2.08 0.32 0.18 6.30 0.22 2.80
95395 Bedrock 5.02 1.67 0.71 16.49 1.83 10.36
95396 Bedrock 48.87 8.07 1.01 5.54 0.34 3.31
95397 Bedrock 18.35 4.01 0.54 15.16 0.34 2.60
95398 Bedrock 2.05 0.71 0.07 90.39 0.54 0.54
95399 Bedrock 0.65 0.27 0.17 5.61 0.18 2.03
95400 Bedrock 0.75 0.02 3.42 0.60 17.06
95401 Bedrock 1.39 0.52 0.25 4.10 0.23 2.96
95402 Bedrock 9.73 2.47 0.56 5.58 0.35 6.09
95403 Bedrock 0.98 0.38 0.02 8.40 0.73 7.49
95404 Bedrock 1.47 0.58 0.01 1.98 0.32 0.84
95405 Bedrock 24.44 5.36 1.86 9.69 0.20 7.61
------------------
Sample No. CaO Na2O K2O P2O5 Loss Sum
1_MEDIAN100_149M 26.55 0.11 0.01 48.00
1_MEDIAN13_49M 24.20 0.04 0.02 47.00
1_MEDIAN150_199M 25.60 0.13 0.02 48.00
1_Median200-249m 25.99 0.09 0.04 47.00
1_MEDIAN250_299M 26.37 0.04 0.01 49.00
1_MEDIAN300_349M 24.73 0.07 0.05 49.00
1_MEDIAN350_399M 23.85 0.16 0.06 47.00
1_MEDIAN400_449M 24.13 0.18 0.02 47.00
1_MEDIAN450_499M 26.69 0.03 0.05 50.00
1_MEDIAN500_549M 24.94 0.01 0.02 48.00
1_MEDIAN50_99M 25.99 0.03 0.01 49.00
1_MEDIAN550_599M 24.83 0.23 0.04 48.00
1_MEDIAN600_649M 25.64 0.07 0.01 49.00
1_MEDIAN650_699M 24.55 0.03 0.02 49.00
1_MEDIAN700_749M 25.57 0.03 0.04 48.00
1_MEDIAN750_799M 24.80 0.03 0.01 49.00
1_MEDIAN800_849M 25.43 0.01 0.01 49.00
1_MEDIAN850_899M 25.50 0.04 0.01 50.00
1_MEDIAN900_949M 24.97 0.01 0.04 51.00
1_MEDIAN950_1001M 18.82 0.03 0.12 48.00
2_MEDIAN0_50M 25.08 0.03 0.17 49.00
2_MEDIAN100_149M 25.50 0.07 0.16 48.00
2_MEDIAN150_199M 24.97 0.09 0.12 48.00
2_MEDIAN200_228M 26.12 0.04 0.04 49.00
2_MEDIAN250_299M 26.76 0.03 0.18 48.00
2_MEDIAN300_334M 26.48 0.03 0.01 49.00
2_MEDIAN450_497M 26.86 0.04 0.01 49.00
2_MEDIAN501_549M 25.39 0.09 0.04 49.00
2_MEDIAN50_99M 25.53 0.03 0.12 49.00
2_MEDIAN550_599M 26.37 0.12 0.17 48.00
2_MEDIAN600_649M 25.11 0.12 0.10 49.00
2_MEDIAN650_697M 25.46 0.09 0.04 47.00
95394 0.13 0.06 4.26 35.00 51.00
95395 0.11 0.07 0.24 35.70 72.00
95396 0.11 5.24 0.13 13.40 86.00
95397 0.05 0.01 0.63 24.70 66.00
95398 0.02 0.67 0.30 95.00
95399 0.03 0.03 3.35 37.20 50.00
95400 0.01 4.16 40.70 67.00
95401 0.03 0.20 3.67 37.80 51.00
95402 0.08 1.52 15.70 19.80 62.00
95403 0.03 0.04 11.26 27.60 57.00
95404 0.35 40.90 46.00
95405 1.00 1.85 9.57 9.70 71.00

Faktaarket ble generert 13.06.2026
Spørsmål eller kommentarer vedrørende faktaarket kan mailes til:
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