GM 66252 TECHNICAL REPORT AND RECOMMENDATIONS, RECONNAISSANCE AND TRENCHING PROGRAM, ASSINICA PROJECT
ITEM 1 : TITLE PAGE
Technical Report 43-101A1
Technical Report and Recommendations Reconnaissance and Trenching Program Assinica Project
VIRGINIA MINES INC. January 2012
Prepared by:
Jean-François Boivin, B.Sc. Ing. Trainee Geological Engineer GM66252. Virginia Mines Inc.
And
Paul Archer, M.Sc. Ing. Vice President, Exploration REÇU AU MRN Virginia Mines Inc. - 8 FEU. 2012
Ressources naturelles et Faune CENTRE DE SERVICES DES MINES
3 Q AVR, 2012 Dir information géologique 1 1 7 1 4 4 3 1 Assinica Project January 2012
1 ITEM 2 : TABLE OF CONTENTS
ITEM 1 : TITLE PAGE I ITEM 2 : TABLE OF CONTENTS II 1 ITEM 3 : SUMMARY 4 ITEM 4 : INTRODUCTION AND TERMS OF REFERENCE 4 ITEM 5 : DISCLAIMER 4 1 ITEM 6 : PROPERTY DESCRIPTION AND LOCATION 5 ITEM 7 : ACCESSIBILITY, CLIMATE, LOCAL RESOURCES, INFRA- 1 STRUCTURE AND PHYSIOGRAPHY. 5 ITEM 8 : HISTORY 5 8.1 PROPERTY OWNERSHIP 5 8.2 PREVIOUS WORKS 6 ITEM 9 : GEOLOGY 8 9.1 REGIONAL GEOLOGY 8 9.2 STRUCTURE 8 9.3 ECONOMIC GEOLOGY 9 9.4 LOCAL GEOLOGY 9 9.4.1 Basalts and gabbros 9 1 9.4.2 Rhyolites 10 9.4.3 Mudstones 10 9.4.4 Wackes and arenites 10 9.4.5 Iron formations 11 ITEM 10 : DEPOSIT TYPE 11 ITEM 11 : MINERALIZATION 11 ITEM 12 : EXPLORATION WORK 11 ITEM 13 : DRILLING 11 ITEM 14 : SAMPLING METHOD AND APPROACH 11 1 14.1 ROCK SAMPLES 11 14.2 TILL SAMPLES 12 ITEM 15 : SAMPLE PREPARATION, ANALYSIS AND SECURITY 12 15.1 SAMPLE SECURITY, STORAGE AND SHIPMENT 12 15.2 SAMPLE PREPARATION AND ASSAY PROCEDURES 13 15.2.1 Rock samples 13 ITEM 16 : DATA VERIFICATION 13 1 ITEM 17 : ADJACENT PROPERTIES 14 ITEM 18 : MINERAL PROCESSING AND METALLURGICAL TESTING 14
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ITEM 19 : MINERAL RESOURCE, MINERAL RESERVE ESTIMATES 14 ITEM 20 : OTHER RELEVANT DATA 14 ITEM 21 : INTERPRETATION AND CONCLUSIONS 14 ITEM 22 : RECOMMENDATIONS 14 ITEM 23 : REFERENCES 15 ITEM 24 : DATE AND SIGNATURES PAGE 18 ITEM 25 : FIGURES 20 ITEM 26 : PICTURES 21 ITEM 27 : APPENDIX 22
LIST OF TABLES
TABLE 1. SUMMARY OF PREVIOUS WORK PERFORMED IN 32J/11 6
LIST OF FIGURES
FIGURE 1: ASSINICA PROJECT LOCATION, 1:7 500 000 FIGURE 2: ASSINICA PROJECT, 1:250 000 FIGURE 3: CLAIMS AND CDC ASSINICA PROJECT, 1:50 000 FIGURE 4: OUTCROPS, BOULDERS AND SAMPLES COMPILATION, ASSINICA PROJECT, 1:25 000
LIST OF APPENDICES
APPENDIX 1. ABBREVIATION LIST , ' . APPENDIX 2.Summ.. G- i -"' :°i :•e e • • , r.•-- •.• efiqfrr7S Li ST APPENDIX 3: SAIbIPLES-LIâT S Linn r>> Af2`Î â)1` Ç.btz, 0R-id 1z6Vt;~.k-tZS A'v--b © `Fr-c-fk)~ APPENDIX 4. - . E • • • 4S'AMZ.t~S 03 ,-7 —
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ITEM 3 : SUMMARY
The objective of the 2011 campaign was to find the source of three gold anomalous tills situated in the southern part of the Assinica property. A secondary objective of this campaign was to fly over the property in order to find new mineralized outcrops. A total of 18 man/days were invested in the 2011 campaign. Prospecting work has described a total of 5 outcrops and 3 boulders from which 3 samples were analyzed. Geochemical results do not reveal new mineralized zones or anomalous gold content. Considering these results no further work is recommended in the near future.
ITEM 4 : INTRODUCTION AND TERMS OF REFERENCE
Virginia Mines Inc. began investigating in fall 2005 (Grenier et al., 2005) the central segment of the Frotet-Evans greenstone belt located in the Baie James area. In the summer of 2006, Virginia Mines Inc. undertook a large geochemical survey consisting of till sampling. This work discovered a pristine gold grains dispersion pattern taking its origin in the sedimentary package (Grenier et al., 2007). During summer 2009, Virginia undertook an intensive prospecting, mapping, till sampling and trenching program on the Assinica project. The exploration program based on the previous geophysical and geochemical surveys returned new mineralized boulders and outcrops. In fact, three new Au mineralized boulders were found over the grid area and returned values up to 0.97 g/t Au in grab samples. A channel sample also returned 1.04 g/t Au in a metasedimentary rock.
The Virginia Mines 2011 exploration program on the Assinica project was designed to find the source of a gold anomalous till. This anomalous till is situated in the south part of the property. A short intervention of 2 days has been undertaken during 2011 spring.
This report provides the status of current technical geological information relevant to the latest Virginia Mines Inc. exploration program on the Assinica project in Québec. It has been prepared in accordance with the Form 43-101F1 Technical Report format outlined under NI-43-101. The report also provides recommendations for future work.
ITEM 5 : DISCLAIMER
Co-author Jean-François Boivin, B.Sc. Ing. and Trainee Geological Engineer for Virginia Mines Inc. has been involved in Assinica project fieldwork campaing of 2011. Co-author Paul Archer, geological engineer with an M.Sc.A in Earth Sciences and Vice President, Exploration of Virginia Mines Inc. is responsible for the design and is the qualified person for all Virginia's exploration programs.
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ITEM 6 : PROPERTY DESCRIPTION AND LOCATION
At the time of the field work, the Assinica property was composed of 82 claims (Fig. 3) covering approximately 42 km2 located 100 km NW of Chibougamau, James Bay area (Fig. 1 and Fig. 2). The complete claims list with their surface and expiration date is found in appendix 1.
Geographical references and SNRC sheets covered by the Assinica property are:
Latitude: 50°37' Nord Longitude: 75°13' Ouest SNRC: 32J/11 UTM zone: 18 (nad83) NTS: 484 705 mE 5 608 152 mN
ITEM 7 : ACCESSIBILITY, CLIMATE, LOCAL RESOURCES, INFRA- STRUCTURE AND PHYSIOGRAPHY.
The Assinica project is located in the James Bay territory between the Assinica Lake to the south, the Broadback River to the west and the Mistassini Lake to the east. For this campaign, field operations were conducted from the municipality of Chibougamau which is located 100 km SE. There is also the Assinica camp which could be accessed by helicopter or by land using an 18 km temporarily access trail. Half of the team and all supplies were brought in using the North road from Chibougamau and a gravel road maintained by Hydro-Quebec to a sand pit located under the power line on the east side of the Pasquale lake at kilometre 140 on the Route du Nord (Fig. 2). From there to camp, men and all supplies were flown in by helicopter. The other half of the team was brought using helicopter from Chibougamau to the property.
The landscape of the study area is relatively flat. The property is located in a glacial valley surrounded by low altitude rounded hills. The highest summit ranges at 565 m above sea level. Vegetation is typical of boreal forest composed of tightly packed pine tree. The main area of the Assinica property was burned 10 to 15 years ago leaving large cleared area covered with small silver birch, high alder and packed low bushes. The lower lands are mainly occupied by swamps vegetation and lakes. The hydrographic network is well developed and at the 1: 50 000 scales, the Assinica, Clapier, Saint-Poncy, Savournin, Pasquale and Mineray lakes occupied large area.
ITEM 8 : HISTORY
8.1 Property ownership
The Assinica property is wholly owned by Virginia Mines Inc.
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8.2 Previous works
Table 1 summarises the exploration work performed in sheets 32J/ 11 to date.
Table 1. Summary of previous work performed in 32J/11
Geological Survey of Canada (1942) - Reconnaissance mapping (Shaw, 1942).
Consolidated Mining and smelting Co. of Canada (1961) - Reconnaissance mapping, prospecting, sampling and diamond drilling survey for lithium in pegmatite over SIRMAC property (GM: 9428, 10551, 11470, 24590, 25283, 33998 and 52050).
Geological Survey of Canada (1966) - Reconnaissance mapping at a scale of 1: 63 360 (Gillett, 1966).
Yorbeau Mines Inc. (1968) - Acquiring lithium property and potential evaluation
Falconbridge Nickel Mines(1975-76) - Geophysical and diamond drilling survey for base metal (GM: 32937, 33168 and 33169).
SDBJ (1979) - Lake sediments geochemical survey for Co-Cu-Fe-Mn-Mo-Ni-Pb-U-Zn in the Assinica Lakes area (SDBJ, 1979).
Exploration Nord-Ouest — Mines Northgate (1984-85) - Geological mapping, sampling, geophysical survey and drilling campaign on the south of Gariteau lake (GM: 40779 and 42166).
Utah Mines Ltd. (1986-89)
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- Geological mapping, channel sampling, geophysical survey and drilling campaign on the Saint-Poncy property (GM: 45797 and 49263).
Corporation Lithos (1992) - Acquiring SIRMAC property.
Ministry of Natural Resources of Québec (1995) - Map compilation and re-analyse of lake sediments samples for Au-Ag-As-B-Ba-Be-Br- Ca-Cd-Ce-Co-Cr-Cs-Cu-Eu-Fe-Hg-K-La-Li-Mg-Mn-Mo-Na-Ni-P-Pb-Sb-Sc-Se-Sm-Sr- Th-Ti-Tm-U-V-W-Y-Zn in the Assinica Lakes area (Beaumier and Kirouac, 1995).
Ministry of Natural Resources of Québec (1995) - Geological mapping of the Assinica lake area, NTS sheet 32J/ 11, at a scale of 1 : 50 000 (Brisson and al., 1997)
SOQUEM — Pangea Goldfield Inc. (1996-99) - Prospecting, geological mapping, geochemical survey, geophysical survey trenching and drilling campaign over Assinica property and surrounding area (Larocque, 2000).
Cominco Ltd. (1999) - Drilling program, Garevan property (Dejou, 2000).
Virginia Gold Mines (2005-06) - Prospecting and geological mapping over the volcano-sedimentary assemblage of the Frotet-Evans greenstone belt and the surrounding area (Internal report: Grenier and al., 2005; Grenier and al., 2006).
TJCM (Table Jamésienne de Concertation Minière)(2007) - Geochemical survey over glacial deposit, Frotet-Troilus area, NTS sheet 32J/ 11 (De Corta and al., 2007).
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Goldman Exploration Enr. (2008) - Beep Mat prospecting around Mineray Lake (Gaucher, 2008)
Everton Ressources (2008) - Lithium potential evaluation and exploration on the Sirmac property (L'Heureux, 2008)
ITEM 9 : GEOLOGY
9.1 Regional geology
The following description of the regional geology is mainly taken from Brisson and al. (1997). The study area lays in the Superior province or more precisely in the central part of the Opatica Archean subprovinces (Hocq, 1994). The area is dominated by tonalites and granites hosting the Frotet-Evans greenstone belt (FEGB), the largest greenstone belt in Quebec after the Abitibi belt. This volcano-sedimentary domain hosts in its east segment the Troïlus Au-Cu mine (44 MT @ 1,35 g/t Au, 1,30 g/t Ag and 0,12% Cu) (Morin, 1996).
The central segment of FEGB, the Assinica segment, is about 13 kilometres thick by 50 kilometres long and is divided in two groups: the Assinica group and the Broadback group (Brisson and al., 1997). The Assinica group occupies the south and the north areas of the Assinica segment and is composed principally of mafic volcanic rocks with a small proportion of felsic pyroclastics rocks and mudrocks. The Broadback group occupies the central area of the Assinica segment and is composed of sedimentary rocks. The Broadback group is divided in four units. The sequence is, from the base to the top, a basal conglomerate, a mudstone, a sandstone and an upper conglomerate. The regional metamorphism changes from the greenschist to the lower amphibolite facies.
A simplified description of the most abundant lithostratigraphic assemblages mapped during our exploration work is included below.
9.2 Structure
The structural and aeromagnetic orientation in the central segment of the FEGB is dominated by an E-W trend disturbed by late circular pattern outlining the intrusion. Primary structures are observed in both the volcanic and sedimentary sequences. Polarities were identified in pillowed lava and cross bedded arenite. Structurally, Brisson and al. (1997) have suggested a domes and basins pattern created by a first E-W compression phase followed by the principal deformation in the Assinica segment, a N-S compression phase. The imprint of the second deformation phase is a well developed axial plane schistosity (E-W) observed in all the units. In the west area, the increase of the regional fabric is associated to the ductile Lucky Strike fault (Benn and al., 1992). Its dextral movement offsets the units.
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9.3 Economic geology
The FEGB shows a great potential for 1) gold mineralisation associated to Au-Cu porphyry system. The Troïlus mine was classified in this type by Fraser (1993) and others similar showings are known and were mentioned by Gosselin (1995). 2) The large volcano- sedimentary assemblage is favourable to base metal mineralisation associated to VMS type. Previous works was mainly done to discover this type of mineralisation. Only in the vicinity of the Assinica property, numerous base metal showings are mapped and the reader should refer to the Quebec Natural Resources data base for more information. 3) The Sirmac lithium deposit, associated to pegmatite intrusion, was studied by Gillett (1966) and principally worked by Yorbeau Mines and smelting co. of Canada (1961). Other Li showings were discovered nearby this deposit.
After the discovery of Eleonore gold deposit by Virginia Mines Inc. in 2004, exploration focus shifted on archean sedimentary assemblages. As lake sediment anomalies, Au in till samples and Au-As mineralised boulders outlined he great potential of the Boadback sedimentary group.
9.4 Local geology
The following descriptions of the main lithologies are based on macroscopic observations made during the numerous field works. The basalt, rhyolite and mudstone are part of the regional Assinica group and the wacke and the iron formation are part of the Broadback group.
9.4.1 Basalts and gabbros
The basalts and the gabbros are found in the southern end of the property. Their color changes from dark-green to brownish green and they are essentially composed of hornblende and plagioclase with various proportions of quartz, actinolite, chlorite, garnet, calcite and epidote. The textures observed distinguish the two facies. The basalts are mainly fine grained and massive. On few outcrops, decimeter scale pillows with centimeter scale chloritized aphanic borders could be observed (Pict.1). A north oriented polarity was established based on pillows shape and the layering of massive to pillowed and breccia flows. The gabbros are always coarse grained and massive with millimeter scale idiomorphics plagioclases crystals. Metamorphism ranges from green schist to lower amphibolite facies. The regional deformation imprints a well developed and regular E-W trending axial planar schistosity in the two facies.
The basalt have been interpreted as large flows interlayered with and cut by co-magmatic gabbro sills and dykes. These two facies are the lower units of the stratigraphie column in the Assinica area of the FEGB (Brisson and al., 1997) (Fig. 4).
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9.4.2 Rhyolites
The felsic units have been mainly observed in trenches. The rhyolites often occur as short, meter scale benches interlayered in the basalts but locally the rhyolites are mapped as large plurimetric scale domes near the contact between the volcanic and sedimentary rocks. The rhyolites are described as light brownish to light-grey coloured rocks composed of quartz and plagioclase. Muscovite is a dominant accessory mineral but biotite, garnet, chlorite and sericite occur as well. The rhyolites are usually fine to medium grained with 5% of quartz phenocrysts. Facies ranges from massive to lapilli- boulder tuff. Millimeter scale quartz and tourmaline veins are regularly observed in various proportions.
Because of the scarcity of outcrops, the extensions are difficult to follow for more than 300 meters laterally and 100 meters in across lithostratigraphy section. They are interpreted as felsic volcanoclastites that form part of a bi-modal volcanic sequence (Brisson and al., 1997).
9.4.3 Mudstones
The mudstones have only been observed in trenches made near the contact between the volcanic and the sedimentary rocks. They are layered in the basalt in decimeter to meter scale benches with the felsic volcanic rocks. The mudstones are black coloured rocks mainly composed of quartz, feldspars and biotite with various proportions of pyrite, pyrrhotite and graphite. They are usually aphanitic to fine grained with millimeter scale clusters of sulphides. Facies range from massive siltstone to strongly laminated clayshale textured. The regional deformation compresses the sulphides clusters in sigmoid shapes parallel to the main E-W foliation.
The mudstones are associated to the upper position in the lithostratigraphic sequence. Even if they only have been observed in trenches, they were followed over 1000 m across the Assinica grid based on the IP and magnetic geophysical surveys.
9.4.4 Wackes and arenites
The metasedimentary units of the Broadback group are found in the northern end of the property. They are light to medium gray coloured and composed of quartz, plagioclase biotite. The biotite proportion makes the difference between the wacke and the arenite facies. Where biotite represents more than 30% of the whole rock it is mapped as wacke otherwise it is mapped as arenite. K-feldspar, garnet, muscovite, chlorite, hornblende and magnetite are the accessory minerals. Medium to coarse grained, the metasedimentary rocks are usually massive with parallel and crosscutting laminations.
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' 9.4.5 Iron formations
Iron formations were only observed in the trench ASA09-TR-008. They are medium- to dark-green coloured banded rocks composed of 80% centimeter-scale quartz-rich bands interlayered with 20% silicate-rich bands. The silicate bands are composed of hornblende, garnet, actinolite, grunerite and biotite. The volume of sulphide ranges from trace to 10% of the rock and usually consists of pyrrhotite and pyrite. The chert bands are aphanitic to fine- grained whereas the silicate bands are medium- to coarse-grained.
ITEM 10 : DEPOSIT TYPE
This section is not applicable to this report.
ITEM 11 : MINERALIZATION
The 2011 field works have not discovered any new mineralized zone.
ITEM 12 : EXPLORATION WORK
' This section describes the work performed over the Assinica property during the spring of 2011. Prospecting was done over three gold anomalous tills (samples number 194548, 194549 and 194550) which contain respectively 15, 4, and 1 pristine grain. A secondary ' objective of this campaign was to fly over the property in order to find new gossan outcrops. A total of 18 man/days were invested in the 2011 campaign.
A total of 5 outcrops and 3 boulders were described from which 3 samples (which only come from boulders) were analyzed (Fig. 4).
The reader could refer to the appendices for outcrops and boulders description and certificates of analysis.
ITEM 13 : DRILLING
This section is not applicable to this report
ITEM 14 : SAMPLING METHOD AND APPROACH
14.1 Rock Samples
' Rock samples collected during the 2011 reconnaissance program were obtained to determine the elemental concentrations in a quantitative way by ALS Chemex, Val d'Or.
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These included both mineralized and barren rocks, the latter of which were selected for lithological controls. Samples were collected at the bedrock surface by either a hammer or a saw at sub-surface. All the collected samples were located with the use of a GPS instrument. Samples from the trenches were positioned relative to one other using the GPS position of the trenches.
For surface sampling, most of the weathered crust was removed before samples were bagged. All samples were placed in individual bags with their appropriate tag number and the bags were sealed with fibreglass tape. Individual bagged samples were then placed in shipping bags. The authors are not aware of any sampling or recovery factors that would impact the reliability of the samples.
14.2 Till Samples
Till samples collected during the 2009 till sampling campaign were obtained to determine the quantities of total, reshaped, modified and pristine gold grains by Overburden Drilling Manager, Nepean Ontario. The heavy fraction was sent to determine the elemental concentrations in a quantitative way by ALS Chemex, Val d'Or. Samples have been collected on the overburden deposit by digging with a shovel to the appropriate horizon and they all have been located with the use of a GPS instrument.
All samples were placed in individual bags doubled by caution and tagged with their appropriate number. Bags were sealed with fibreglass tape or with plastic tie straps. The authors are not aware of any sampling or recovery factors that would impact the reliability of the samples.
ITEM 15 : SAMPLE PREPARATION, ANALYSIS AND SECURITY
15.1 Sample security, storage and shipment
Samples were collected and processed by the personnel contracted by Virginia. They were immediately placed in appropriates sample bags, tagged and recorded with unique sample numbers. Rocks sealed samples were placed in shipping bags, which in turn were sealed with plastic tie straps or fibreglass tape. Bags remained sealed until the ALS Chemex Val-d'Or or Overburden Drilling Management personnel opened them.
All samples were initially stored at the campsite. Samples were not secured in locked facilities, this precaution deemed unnecessary due to the remote location of the camp. Rocks samples were then loaded onto a pickup truck for transport to Val-d'Or where Virginia personnel delivered them to the ALS Chemex sample preparation facility.
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15.2 Sample preparation and assay procedures
15.2.1 Rock samples
After logging in, the samples were crushed in their entirety at the ALS Chemex preparation laboratory in Val-d'Or to 70% passing 2 mm (ALS Chemex Procedure CRU- 31). From these coarse rejects a sub-sample of 200 to 250 g was split and pulverized to 85% passing 75 µm (200 mesh - ALS Chemex Procedure PUL-31). From each such pulp, a 100-g sub-sample was split and shipped to the ALS Chemex laboratory for assay. The remainder of the pulp (nominally 100 to 150 g) and the rejects are held at the processing lab for future reference.
Samples were analysed by either the Gole or the Au+scan package depending on the expected type of mineralization as deduced by the geologist on the field. The Gole package includes quantitative detection of Ag, Co, Cu, Ni, Au, Pt, Pd, S, Si02, A1203, Fe203, CaO, MgO, Na20, K20, Cr203, Ti02, MnO, P205, SrO, BaO and LOI. The Au+Scan package includes Au, Ag, Al, As, B, Ba, Be, Bi, Ca, Cd, Co, Cr, Cu, Fe, Ga, Hg, K, La, Mg, Mn, Mo, Na, Ni, P, Pb, S, Sb, Sc, Sr, Th, Ti, Tl, U, V, W and Zn.
For the Gole package, the base metals of economic interest (Ni, Cu, Co) and Ag were determined using ALS Chemex Geochemical Procedure ME-AA61, a four-acid digestion followed by atomic absorption spectrometry (AAS). The precious metals Au, Pt and Pd were determined by ALS Chemex Geochemical Procedure PGM-ICP23, a 30 g fire assay followed by ICP-AES finish. Elements of more general, geochemical interest such as Si, Al, Fe, Ca, Mg, Na, K, Cr, Ti, Mn, P, Sr and Ba were determined using ALS Chemex Geochemical Procedure ME-XRF06, a lithium metaborate fusion followed by XRF. Total sulfur was determined using a Leco sulfur analyzer (Geochemical Procedure S-IR08). The sample (0.5 to 5.0 g) is heated to approximately 1350 °C in an induction furnace while passing a stream of oxygen through the sample. Sulfur dioxide released from the sample is measured by an IR detection system and the total sulfur result is provided.
The upper limit for the base metals determined by this method is 1%. Samples showing higher values were re-assayed using a 0.4 g aliquot and an AAS finish.
For the Au+ package, all elements except Au were determined by ALS Chemex Geochemical Procedure ME-ICP-41, an aqua regia leach followed by ICP-AES. Au was determined by ALS Chemex Geochemical Procedure Au-AA-23, a 30 g fire assay followed by AAS.
ITEM 16 : DATA VERIFICATION
Due to the relative grassroot nature of the exploration program, rigorous data verification procedures were not deemed necessary. The authors were involved in the collecting, recording, interpretation and presentation of data in this report and the accompanying maps. The data has been reviewed and checked by the authors and is believed to be
Virginia Mines Inc. Page 13 Assinica Project January 2012 accurate. ALS Chemex, as part of their standard quality control, ran duplicate check samples and standards. No sample was assayed at other laboratories. It is considered somewhat less important in grassroot projects, which are generally characterized by small batches of unmineralized to weakly-mineralized samples.
ITEM 17 : ADJACENT PROPERTIES
This section is not applicable to this report.
ITEM 18 : MINERAL PROCESSING AND METALLURGICAL TESTING
This section is not applicable to this report.
ITEM 19 : MINERAL RESOURCE, MINERAL RESERVE ESTIMATES
This section is not applicable to this report.
ITEM 20 : OTHER RELEVANT DATA
This section is not applicable to this report.
ITEM 21 : INTERPRETATION AND CONCLUSIONS
The 2011 campaign on Assinica project has not discover any new mineralized zone or significant gold content. The prospecting work only has covered a basaltic unit. Outcrops observed during these works does not exposed sulphides-enrichment or any significant alteration package. Therefore, the source of the three gold anomalous tills has not been found. Finally, flying over the property has also not revealed the presence of new gossans outcrop.
ITEM 22 : RECOMMENDATIONS
No interesting results were obtained during the 2011 reconnaissance campaign. Considering these results, no further work is recommended in the near future.
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ITEM 23 : REFERENCES
Beesley, T.J., 1992, Report on Winter 1992 diamond drilling program, Eastmain Project, Harbourg Lake, SOQUEM Option, Northern Quebec. Kingswood exploration 1985 Ltd.
Berger, J., 1999, Rapport final sur la détection des chapeaux de fer à l'aide d'une image Landsat TM pour les feuillets 23E ouest et 33H est, projet Minto; GM 58324; 8 p.
Cannuli, M., 1975, Rapport des levés géochimiques d'eau et de sédiments de lac, territoire de la Baie James, Bloc "B", GM 34036, 38 p.
Chapdelaine, M., 1999, Projet Caniapiscau, Rapport des travaux de reconnaissance automne 1998. Internal Report, Mines d'Or Virginia, 13 pages.
Choinière, J. and Leduc, M., 1996, Analyse pour l'arsenic, l'or, l'antimoine et le tungstène (SNRC 23E). Ministère des Ressources naturelles, Québec, MB 96-29.
David, J., et Parent, M., 1997, Géochronologie U-Pb du Projet Moyen-Nord. Ministère des Ressources Naturelles, Québec; rapport interne.
De Corta et al., 2007, Résultats d'une campagne d'échantillonnage d'esker : Secteur Frotet-Troilus, 32J/11 nord, Table Jamésienne de concertation minière, GM 62945, 31 pages.
Dejou, B.J., 2000, 1999 drilling program, Garevan property, Cominco Ltd., GM59199, 32 pages.
Desbiens, H., 1995, Rapport de la prospecting et de la cartographie géologique de la propriété Lac Trieste, Baie-James, Québec (33H/ 07-08). Ministère des Ressources naturelles, Québec, GM 53578, 25 pages.
Duffel, S. and Roach, R.A., 1959, Mount Wright, Québec-Newfoundland. Geological Survey of Canada, Map 6-1959.
Eade, K.E., 1966, Fort George River and Kaniapiskau River (west half) Map-Areas, New Quebec. Geological Survey of Canada, Memoir 354, 23 pages.
Francoeur, G. and Chapdelaine, M., 1995, Technical Report and Recommendations, Eastmain River Project (40349). SOQUEM, 17 pages.
Fraser, R., 1993, The lac Troïlus gold-copper deposit, northwester Quebec: a possible Archean porphyry system. Economic Geology; volume 88, p. 1685-1699.
Gaucher, F. and Gaucher, E., 2008, Levé au Beep Mat, rapport final, lac Mineray, Goldman Exploration Enr., GM 63855, 35pages
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Gauthier, M., 1996, Géologie de la région du Lac Sauvolles (SNRC 33H et 23E ouest); MB 96-27; carte 1:250 000.
Gauthier, M., Larocque, M., et Chartrand, F., 1997, Cadre géologique, style et répartition des minéralisations métalliques de la Grande Rivière, territoire de la Baie James; MB 97- 30; 69 p.
Gillett, L.B., 1966, Geology of the Assinica area. Ministère des richesses naturelles, Québec, RP 550, 18 pages.
Gosselin, C., 1995, Synthèse géologique de la region de Frotet-Troïlus et ses implication pour l'exploration. Ministère des Ressources naturelles; PRO 95-10, 18 pages.
Grenier, L. and al., 2005, Technical report and recommendations, Reconnaissance program ASSINICA project, Virginia gold mines. 16 pages.
Grenier, L. and al., 2007, Technical report 43-101A1, Technical report and recommendations, Reconnaissance program ASSINICA project, Virginia mines inc. 28 pages.
L'Heureux, M., 2008, Exploration work for 2007 at Sirmac property, Everton Ressources, GM 63472, 27 pages.
Hocq, M., 1985, Géologie de la région des lacs Campan et Cadieu, Territoire-du- Nouveau-Québec. Ministère de l'Énergie et des Ressources, Québec, ET 83-05, 178 pages.
Lamothe, D., Leclair, A.D. and Choinière, J., 1998, Géologie de la région du lac Vallard (23C). Ministère des Ressources naturelles, Québec, RG 98-13, 31 pages.
Leclair, A.d., Lamothe, D., Choinière, J. and Parent, M., 1998, Géologie de la région du lac Bermen (23F et 23G). Ministère des Ressources naturelles, Québec, RG 97-11
Ross, M., 1998, Géochimie du till et comptage de grain d'or sur la propriété Escale, été 1998, Ressources Sirios inc.; GM 56127; 37 p.
Savard, M., 2000, Rapport technique sur le projet Reccey 55 Nord, Automne 2000, Mines d'Or Virginia, inc., 9 p.
SDBJ, 1978, Cartes géochimiques des sédiments de lacs de la région de la Baies-James. Ministère des Ressources naturelles, Québec, GM-34039.
Sharma, K.N.M., 1978, Région de la Grande Rivière, Nouveau-Québec (projet 1977); Ministère des Richesses naturelles, Québec; DPV 558, 32 p.
Virginia Mines Inc. Page 16 Assinica Project January 2012
Villeneuve, P.-A., 1999, Rapport des travaux du projet Caniapiscau, 1999, Mines d'Or Virginia, 22 p.
Villeneuve, P.-A., 2000, Rapport des travaux 2000, projet Caniapiscau. Internal Report, Mines d'Or Virginia, 27 pages.
Virginia Mines Inc. Page 17 Assinica Project January 2012
ITEM 24 : DATE AND SIGNATURES PAGE
CERTIFICATE OF QUALIFICATIONS
I, Jean-François Boivin, resident at 1212 rang Edmour Lavoie, Ferland-et-Boilleau, Qc, GOV 1H0, hereby certify that:
- I am presently employed as a Trainee Geological Engineer with Virginia Mines inc., 116 St-Pierre, Suite 200, Québec, Qc, G1K 4A7. - I have received a B.Sc. in Geology in 2009 from the Université du Québec à Chicoutimi. - I have been working as in mineral exploration since 2006. - I am a professional trainee engineer presently registered to the board of the Ordre des ingénieurs du Québec, permit number 5009684. - I am not a qualified person with respect to the Assinica Project in accordance with section 5.1 of the national instrument 43-101. - I supervised the Assinica project during may 2011. - I am responsible for writing the present technical report in collaboration with the other author, utilizing proprietary exploration data generated by Mines Virginia inc. and information from various authors and sources as summarized in the reference section of this report. - I am not aware of any missing information or changes, which would have caused the present report to be misleading. - I do not fulfill the requirements set out in section 5.3 of the National Instrument 43- 101 for an «independant qualified person» relative to the issuer being a direct employee of Mines Virginia inc. - I have been involved in the Assinica project since 2011. - I have read and used the National Instrument 43-101 and the Form 43-101A1 to make the present report in accordance with their specifications and terminology.
Dated in Québec, Qc, this 10th day of January 2012.
"Jean-François Boivin"
--541/40Cc3- 6°4`i
Jean-François Boivin, B.Sc. Ing.
Virginia Mines Inc. Page 18 Assinica Project January 2012
CERTIFICATE OF QUALIFICATIONS
I, Paul Archer, resident at the 4772 rue du Courlis, St-Augustin-de-Desmaures, Qc, G3A 2B5, hereby certify that:
- I am presently the Vice President, Exploration with Mines Virginia inc., 116 St- Pierre, Suite 200, Québec, Qc, G1K 4A7. - I received a B.Sc. in Geological Engineering from the Université du Québec à Chicoutimi in 1979 and a M.Sc.A. in Earth Sciences from the Université du Québec à Chicoutimi in 1982. - I have been working as a professional geologist in exploration since 1980. - I am an active professional engineer in geology presently registered to the board of the Ordre des Ingénieurs du Québec, permit number 36271. - I am a qualified person with respect to the Assinica Project in accordance with section 5.1 of the national instrument 43-101. - I have already visited the immediate region where the exploration activities were undertaken. - In collaboration with the other author, I have supervised the preparation and edited all sections of this report utilizing proprietary exploration data generated by Virginia Mines inc. and information from various authors and sources as summarized in the reference section of this report. - I am not aware of any missing information or change, which would have caused the present report to be misleading. - I do not fulfill the requirements set out in section 5.3 of the National Instrument 43- 101 for an «independant qualified person» relative to the issuer being a direct employee of Virginia Mines inc. - I have been involved in the Assinica project since 2005. - I read and used the National Instrument 43-101 and the Form 43-101A1 to make the present report in accordance with their specifications and terminology.
Dated in Québec, Qc, this 10th day of January 2012.
Paul~~o~~~~M-~ç.~ P. Eng. ~~~ ,~~~~ ° ~ ~~~ ~~~~ ~4. 3 ~,3~° ~~ r. g
N ...p.~~ ,.~•; ~'8---
PAUL ~~PC.~~1 ~ a
Virginia Mines Inc. Page 19 Assinica Project January 2012
ITEM 25 : FIGURES
Virginia Mines Inc. Page 20
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ITEM 26 : PICTURES
Virginia Mines Inc. Page 21 Assinica Project January 2012
ITEM 27 : APPENDICES
Virginia Mines Inc. Page 22 Appendix I : List of abreviations
Source Domain M Code ' Signification (French) Reference VIA Alteration ALB Albitisation VIA Alteration CAR Carbonatation VIA Alteration CHL Chloritasation VIA Alteration FRE Fresh-Unaltered VIA Alteration HEM Hematisation VIA Alteration KSP Potassic Ait VIA Alteration SER Sericitisation VIA Alteration SIL Sil icification VIA Alteration SUL Sulfurisation 1 VIA Contrôle CTC ... associé à un contact VIA Contrôle CTL ... associé au litaqe VIA Contrôle BFR ... bordure de fragments 1 VIA Contrôle BCO ... bordures de coussins VIA Contrôle PSC ... dans le plan de la schistosité VIA Contrôle ZCI ... dans une zone de cisaillement VIA Contrôle FRP ... en plaquage de fracture VIA Contrôle VEI ... en veines et veinules VIA Contrôle GTE ... grid texture VIA Contrôle PEN ... pénétrant - pervasive VIA Contrôle RAM ... remplissage d'amygdules VIA Contrôle STO ... stockwerk VIA Contrôle VAR ... variable - moUled e VIA Contrôle ZAN ... zones anastomosée SIGEOM Minéralisation Ag Argent natif (visible) PRO2000-08 SIGEOM Minéralisation AS Arsénopyrite PRO2000-08 SIGEOM Minéralisation Bi Bismuth PRO2000-08 SIGEOM Minéralisation BM Bismuthinite PRO2000-08 SIGEOM Minéralisation BS Bismutite PRO2000-08 SIGEOM Minéralisation BN Bornite PRO2000-08 SIGEOM Minéralisation BG Boulangerite PRO2000-08 SIGEOM Minéralisation WO Bournonite PRO2000-08 SIGEOM Minéralisation CT Chalcocite(ne) PRO2000-08 SIGEOM Minéralisation CP Chalcopyrite PRO2000-08 SIGEOM Minéralisation CM Chromite PRO2000-08 SIGEOM Minéralisation CE Cobaltite PRO2000-08 SIGEOM Minéralisation NB Colu m bite/N iobite PRO2000-08 SIGEOM Minéralisation TO Columbo-tantalite PRO2000-08 SIGEOM Minéralisation CV Covellite PRO2000-08 SIGEOM Minéralisation CF Cubanite PR02000-08 SIGEOM Minéralisation Cu Cuivre natif (visible) PRO2000-08 SIGEOM Minéralisation CU Cuprite PRO2000-08 SIGEOM Minéralisation DG Digenite PRO2000-08 SIGEOM Minéralisation EM Électrum PRO2000-08 SIGEOM Minéralisation EG Enarqite PRO2000-08 SIGEOM Minéralisation Fe Fer PRO2000-08 SIGEOM Minéralisation FM Ferrimolybdite PRO2000-08 SIGEOM Minéralisation GH Gahnite PRO2000-08 SIGEOM Minéralisation GL Galène PRO2000-08 SIGEOM Minéralisation GO Goethite PRO2000-08 SIGEOM Minéralisation HM Hématite PRO2000-08 SIGEOM Minéralisation IM Ilménite PRO2000-08 SIGEOM Minéralisation LM Limonite PRO2000-08 SIGEOM Minéralisation LG Loellinqite PRO2000-08 SIGEOM Minéralisation MG Magnétite PRO2000-08 SIGEOM Minéralisation MC Malachite PRO2000-08 1 SIGEOM Minéralisation MS Marcasite PRO2000-08 1 Appendix I : List of abreviations
Source' Domain <, Code Signification (French) Reference SIGEOM Minéralisation MK Merenskyite PRO2000-08 SIGEOM Minéralisation NS Millerite PRO2000-08 SIGEOM Minéralisation OP Minéraux opaques PRO2000-08 SIGEOM Minéralisation MR Minéraux radioactifs PRO2000-08 SIGEOM Minéralisation MO Molybdénite PRO2000-08 SIGEOM Minéralisation MB Molybdite(dine) PRO2000-08 SIGEOM Minéralisation UN Nickeline PRO2000-08 SIGEOM Minéralisation VG Or natif (visible) SIGEOM Minéralisation OF Oxyde de fer PRO2000-08 SIGEOM Minéralisation PB Pechblende PRO2000-08 SIGEOM Minéralisation PD Pentlandite PRO2000-08 SIGEOM Minéralisation PY Pyrite PRO2000-08 SIGEOM Minéralisation PM Pyrochlore PRO2000-08 SIGEOM Minéralisation PO Pyrrhotine PRO2000-08 SIGEOM Minéralisation SW Scheelite PRO2000-08 SIGEOM Minéralisation SG Sélénite PRO2000-08 SIGEOM Minéralisation Se Sélénium PRO2000-08 SIGEOM Minéralisation S Souffre PRO2000-08 SIGEOM Minéralisation HS Spécula rite PRO2000-08 SIGEOM Minéralisation SP Sphalérite PRO2000-08 SIGEOM Minéralisation SB Stibine/Stibnite PRO2000-08 SIGEOM Minéralisation HD Stilbite (Heulandite) PRO2000-08 SIGEOM Minéralisation SF Sulfures PRO2000-08 SIGEOM Minéralisation OT T étraferroplatine PRO2000-08 SIGEOM Minéralisation TH Tétrahédrite PRO2000-08 SIGEOM Minéralisation TR Thorianite PRO2000-08 SIGEOM Minéralisation TI Thorite PRO2000-08 SIGEOM Minéralisation NM Titanomagnétite PRO2000-08 SIGEOM Minéralisation UR Uraninite PRO2000-08 SIGEOM Minéralisation UP Uranophane PRO2000-08 SIGEOM Minéralisation UI Uranopilite PRO2000-08 SIGEOM Minéralisation UH Uranothorianite PRO2000-08 SIGEOM Minéralisation UT Uranothorite PRO2000-08 SIGEOM Minéralisation GU Uvarovite PRO2000-08 SIGEOM Minéralisation WF Wolframite PRO2000-08 SIGEOM Minéralogie AV Acanthite PRO2000-08 SIGEOM Minéralogie AC Actinote PRO2000-08 SIGEOM Minéralogie EC Aeschynite - Y PRO2000-08 SIGEOM Minéralogie AE Agate PRO2000-08 SIGEOM Minéralogie BP Aikinite PRO2000-08 SIGEOM Minéralogie KA Akermanite PRO2000-08 SIGEOM Minéralogie AB Albite PRO2000-08 SIGEOM Minéralogie AL Allanite PRO2000-08 SIGEOM Minéralogie TP Altaïte PRO2000-08 SIGEOM Minéralogie Al Amazonite PRO2000-08 SIGEOM Minéralogie AH Améthyste PRO2000-08 SIGEOM Minéralogie AO Amiante (Asbestos) PRO2000-08 SIGEOM Minéralogie AM Amphibole PRO2000-08 SIGEOM Minéralogie NT Anatase PRO2000-08 SIGEOM Minéralogie AD Andalousite PRO2000-08 SIGEOM Minéralogie AA Andésine PRO2000-08 SIGEOM Minéralogie GD Andradite PRO2000-08 SIGEOM Minéralogie LR Anglésite PRO2000-08 SIGEOM Minéralogie AY Anhydrite PRO2000-08 SIGEOM Minéralogie AK Ankérite PRO2000-08 SIGEOM Minéralogie NG Annabergite PRO2000-08 Appendix I : List of abreviations
1 Source Domain Code Signification (French) :. Reference SIGEOM Minéralogie AN Anorthite PRO2000-08 SIGEOM Minéralogie AT Anthophyllite PRO2000-08 SIGEOM Minéralogie Sb Antimoine PRO2000-08 SIGEOM Minéralogie AP Apatite PRO2000-08 SIGEOM Minéralogie OA Aragonite PRO2000-08 SIGEOM Minéralogie AG Augite PRO2000-08 SIGEOM Minéralogie AU Autunite PRO2000-08 SIGEOM Minéralogie NF Awaruite PRO2000-08 SIGEOM Minéralogie AX Axinite PRO2000-08 SIGEOM Minéralogie AZ Azurite PRO2000-08 SIGEOM Minéralogie BR Barytine PRO2000-08 SIGEOM Minéralogie BA Bastnaesite PRO2000-08 1 SIGEOM Minéralogie BL Béryl PRO2000-08 SIGEOM Minéralogie BF Bétafite PRO2000-08 SIGEOM Minéralogie BO Biotite PRO2000-08 SIGEOM Minéralogie BI Birnessite PRO2000-08 SIGEOM Minéralogie BD Boltwoodite PRO2000-08 SIGEOM Minéralogie DI Braggite PRO2000-08 SIGEOM Minéralogie BE Brannerite PRO2000-08 SIGEOM Minéralogie BV Bravoite PRO2000-08 SIGEOM Minéralogie BU Britholite PRO2000-08 SIGEOM Minéralogie BH Brochantite PRO2000-08 SIGEOM Minéralogie BC Brucite PRO2000-08 SIGEOM Minéralogie BT Bytownite PRO2000-08 SIGEOM Minéralogie CA Calaverite PRO2000-08 1 SIGEOM Minéralogie CO Calcédoine PR02000-08 SIGEOM Minéralogie CC Calcite PRO2000-08 SIGEOM Minéralogie CB Carbonate PR02000-08 SIGEOM Minéralogie CJ Cattierite PRO2000-08 f SIGEOM Minéralogie WD Cérussite PRO2000-08 SIGEOM Minéralogie OS Cervantite PRO2000-08 SIGEOM Minéralogie ZB Chabazite(Chabasite) PRO2000-08 SIGEOM Minéralogie DN Chamosite PRO2000-08 SIGEOM Minéralogie CH Chert PRO2000-08 SIGEOM Minéralogie CO Chloanthite PRO2000-08 SIGEOM Minéralogie CL Chlorite PR02000-08 SIGEOM Minéralogie CR Chloritoïde PRO2000-08 SIGEOM Minéralogie HR Chondrodite PRO2000-08 SIGEOM Minéralogie CY Chrysocolle PRO2000-08 SIGEOM Minéralogie CS Chrysotile PRO2000-08 SIGEOM Minéralogie UC Clarkeite PRO2000-08 SIGEOM Minéralogie CI Clevelandite PRO2000-08 1 SIGEOM Minéralogie HO Clinohypersthene PRO2000-08 SIGEOM Minéralogie CX Clinopyroxène PRO2000-08 SIGEOM Minéralogie CZ Clinozoïsite PRO2000-08 1 SIGEOM Minéralogie UB Coffinite PRO2000-08 SIGEOM Minéralogie 00 Coopérite PRO2000-08 SIGEOM Minéralogie CD Cordiérite PRO2000-08 SIGEOM Minéralogie CN Corindon PRO2000-08 SIGEOM Minéralogie PI Cosalite PRO2000-08 SIGEOM Minéralogie CK Cryptomelane PRO2000-08 SIGEOM Minéralogie CG Cummingtonite PRO2000-08 SIGEOM Minéralogie ZU Cyrtolite PRO2000-08 SIGEOM Minéralogie DT Danaite PRO2000-08 SIGEOM Minéralogie DL Devilline PRO2000-08 SIGEOM Minéralogie DP Diopside PRO2000-08 Appendix I : List of abreviations
Source , Domain -Code Signification (French) Reference SIGEOM Minéralogie DJ Djurleite PR02000-08 SIGEOM Minéralogie DM Dolomite PR02000-08 SIGEOM Minéralogie TG Dravite PR02000-08 SIGEOM Minéralogie DS Dravite-Schorlite PR02000-08 SIGEOM Minéralogie ES Enstatite PR02000-08 SIGEOM Minéralogie EP Epidote PR02000-08 SIGEOM Minéralogie ER Erythrite PR02000-08 SIGEOM Minéralogie EU Eudialyte PR02000-08 SIGEOM Minéralogie EX Euxénite - (Y) PR02000-08 SIGEOM Minéralogie FA Fayalite PR02000-08 SIGEOM Minéralogie FP Feldspath PR02000-08 SIGEOM Minéralogie FN Feldspath noir PR02000-08 SIGEOM Minéralogie FK Feldspath potassique PR02000-08 SIGEOM Minéralogie FV Feldspath vert/brun PR02000-08 SIGEOM Minéralogie FD Feldspathoïde PR02000-08 SIGEOM Minéralogie FT Ferghanite PR02000-08 SIGEOM Minéralogie FS Fergusonite PR02000-08 SIGEOM Minéralogie FB Fibrolite PR02000-08 SIGEOM Minéralogie AF Fluorapatite PR02000-08 SIGEOM Minéralogie FL Fluorite (fluorine) PR02000-08 SIGEOM Minéralogie FO Forstérite PR02000-08 SIGEOM Minéralogie FR Franklinite PR02000-08 SIGEOM Minéralogie FG Freibergite PR02000-08 SIGEOM Minéralogie Fe Fuchsite PR02000-08 SIGEOM Minéralogie Ne Gaspéite PR02000-08 SIGEOM Minéralogie GT Gédrite PR02000-08 SIGEOM Minéralogie NA Gersdorffite PR02000-08 SIGEOM Minéralogie Ge Glaucophane PR02000-08 SIGEOM Minéralogie GP Graphite PR02000-08 SIGEOM Minéralogie GF Greenalite PR02000-08 SIGEOM Minéralogie GK Greenockite PR02000-08 SIGEOM Minéralogie GR Grenat PR02000-08 SIGEOM Minéralogie GM Grenat manganésifère PR02000-08 SIGEOM Minéralogie GA Grenat-almandin PR02000-08 SIGEOM Minéralogie GG Grenat-qrossulaire PR02000-08 SIGEOM Minéralogie GY Grenat-pyrope PR02000-08 SIGEOM Minéralogie GN Grunérite PR02000-08 SIGEOM Minéralogie UD Gudmundite PR02000-08 SIGEOM Minéralogie GB Gummite PR02000-08 SIGEOM Minéralogie GI Gunningite PR02000-08 SIGEOM Minéralogie GE Gypse PR02000-08 SIGEOM Minéralogie HL Halite PR02000-08 SIGEOM Minéralogie HZ Heazlewoodite PR02000-08 SIGEOM Minéralogie HG Hédenbergite PR02000-08 SIGEOM Minéralogie HE Hemimorphite PR02000-08 SIGEOM Minéralogie He Hercynite PR02000-08 SIGEOM Minéralogie HK Holmquistite PR02000-08 SIGEOM Minéralogie HB Hornblende PR02000-08 SIGEOM Minéralogie HT Hydrocerussite PR02000-08 SIGEOM Minéralogie HN Hydromagnésite PR02000-08 SIGEOM Minéralogie ZH Hydrozincite PR02000-08 SIGEOM Minéralogie HP Hypersthène PR02000-08 SIGEOM Minéralogie ID Idaite PR02000-08 SIGEOM Minéralogie IG Iddingsite PR02000-08 SIGEOM Minéralogie IR Iriginite PR02000-08 SIGEOM Minéralogie IF Isoferroplatine PR02000-08 Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Minéralogie JA Jade PR02000-08 SIGEOM Minéralogie JS Jarosite PR02000-08 1 SIGEOM Minéraloqie JP Jaspe PR02000-08 SIGEOM Minéraloqie KL Kaolinite PR02000-08 SIGEOM Minéraloqie KS Kasolite PR02000-08 SIGEOM Minéralogie KM Kermésite PR02000-08 SIGEOM Minéralogie KK Klockmannite PR02000-08 SIGEOM Minéralogie KP Kornérupine PR02000-08 SIGEOM Minéralogie KR Krennerite PR02000-08 SIGEOM Minéralogie KN Kyanite/Disthène PR02000-08 SIGEOM Minéraloqie LB Labradorite PR02000-08 SIGEOM Minéraloqie LU Laumontite PR02000-08 1 SIGEOM Minéraloqie LI Laurite PR02000-08 SIGEOM Minéralogie LS Lawsonite PR02000-08 SIGEOM Minéralogie LD Lepidocrocite PR02000-08 SIGEOM Minéralogie LP Lépidolite PR02000-08 1 SIGEOM Minéralogie LE Lessingite PR02000-08 SIGEOM Minéralogie LC Leucite PR02000-08 SIGEOM Minéraloqie LX Leucoxène PR02000-08 SIGEOM Minéraloqie LN Linnaéite PR02000-08 SIGEOM Minéraloqie DH Maqhémite PR02000-08 SIGEOM Minéralogie IC Magnésiochromite PR02000-08 SIGEOM Minéralogie MN Magnésite PR02000-08 SIGEOM Minéralogie MM Manganite PR02000-08 SIGEOM Minéralogie MT Mariposite PR02000-08 SIGEOM Minéralogie ZF Marmatite PR02000-08 SIGEOM Minéraloqie MH Martite PR02000-08 SIGEOM Minéraloqie ME Mélilite PR02000-08 SIGEOM Minéraloqie MW Melonite PR02000-08 1 SIGEOM Minéralogie NE Ménéghinite PR02000-08 SIGEOM Minéralogie MP Mésoperthite PR02000-08 SIGEOM Minéralogie WH Meymacite PR02000-08 1 SIGEOM Minéralogie MI Mica PR02000-08 SIGEOM Minéralogie ML Microcline PR02000-08 SIGEOM Minéraloqie MA Minéraux argileux PR02000-08 SIGEOM Minéraloqie MD Minéraux décoratifs PR02000-08 SIGEOM Minéraloqie MX Minéraux lourds PR02000-08 SIGEOM Minéralogie MF Minéraux mafiques PR02000-08 SIGEOM Minéralogie MU Minnesotaite PR02000-08 SIGEOM Minéralogie MZ Monazite PR02000-08 SIGEOM Minéralogie OM Monticellite PR02000-08 SIGEOM Minéralogie MV Muscovite PR02000-08 SIGEOM Minéraloqie NP Néphéline PR02000-08 SIGEOM Minéraloqie 01 Niocalite PR02000-08 SIGEOM Minéraloqie OC Ocre PR02000-08 SIGEOM Minéralogie OG Oligoclasse PR02000-08 SIGEOM Minéralogie OV Olivine PR02000-08 SIGEOM Minéralogie OR Orthoclase (orthose) PR02000-08 SIGEOM Minéralogie OX Orthopyroxène PR02000-08 1 SIGEOM Minéralogie OL Ottrelite PR02000-08 SIGEOM Minéraloqie OH Oxyhornblende (Hornblende brune) PR02000-08 SIGEOM Minéraloqie PE Paraqonite PR02000-08 1 SIGEOM Minéraloqie PT Penninite/Pennine PR02000-08 SIGEOM Minéralogie II Péristérite PR02000-08 SIGEOM Minéralogie PK Perovskite PR02000-08 SIGEOM Minéralogie PR Perthite PR02000-08 1 Appendix I : List of abreviations
Source Domain Code , Signification (French) Reference SIGEOM Minéralogie PZ Petzite PRO2000-08 SIGEOM Minéralogie PA Phénacite/Phénakite PRO2000-08 SIGEOM Minéraloqie PH Phloqopite PRO2000-08 SIGEOM Minéraloqie PU Phosphuranylite PRO2000-08 SIGEOM Minéraloqie AR Picrolite PRO2000-08 SIGEOM Minéralogie PC Pistachite PRO2000-08 SIGEOM Minéralogie PG Plagioclase PRO2000-08 SIGEOM Minéralogie ZP Pollucite PRO2000-08 SIGEOM Minéralogie PJ Posniakite PRO2000-08 SIGEOM Minéralogie PN Préhnite PRO2000-08 SIGEOM Minéraloqie PP Pumpellyite PRO2000-08 SIGEOM Minéraloqie PS Pyrolusite PRO2000-08 SIGEOM Minéraloqie PL Pyrophyllite PRO2000-08 SIGEOM Minéralogie PX Pyroxène PRO2000-08 SIGEOM Minéralogie QZ Quartz PRO2000-08 SIGEOM Minéralogie QB Quartz bleu PRO2000-08 SIGEOM Minéralogie RD Rhodochrosite PRO2000-08 SIGEOM Minéralogie RN Rhodonite PRO2000-08 SIGEOM Minéraloqie RB Riebeckite PRO2000-08 SIGEOM Minéraloqie RM Romanechite PRO2000-08 SIGEOM Minéraloqie RC Roscoelite PRO2000-08 SIGEOM Minéralogie RZ Rozénite PRO2000-08 SIGEOM Minéralogie RL Rutile PRO2000-08 SIGEOM Minéralogie FF Safflorite PRO2000-08 SIGEOM Minéralogie SK Samarskite PRO2000-08 SIGEOM Minéralogie UL Samarskite - (Y) PRO2000-08 SIGEOM Minéraloqie SA Sanidine PRO2000-08 SIGEOM Minéraloqie SH Sapphirine PRO2000-08 SIGEOM Minéraloqie SC Scapolite PRO2000-08 SIGEOM Minéralogie TF Schorl ite(Schorl) PR02000-08 SIGEOM Minéralogie VS Sénarmontite PRO2000-08 SIGEOM Minéralogie SR Séricite PRO2000-08 SIGEOM Minéralogie ST Serpentine PRO2000-08 SIGEOM Minéralogie SD Sidérite( sidérose) PRO2000-08 SIGEOM Minéraloqie SI Sidérotil PRO2000-08 SIGEOM Minéraloqie SM Sillimanite PRO2000-08 SIGEOM Minéraloqie DW Sklodowskite PRO2000-08 SIGEOM Minéralogie TW Smaltite/Smaltine PRO2000-08 SIGEOM Minéralogie ZO Smithsonite PRO2000-08 SIGEOM Minéralogie SS Sodalite PRO2000-08 SIGEOM Minéralogie DY Soddyite PRO2000-08 SIGEOM Minéralogie GS Spessartine PRO2000-08 SIGEOM Minéraloqie SN Sphéne/Titanite PRO2000-08 SIGEOM Minéraloqie SL Spinelle PRO2000-08 SIGEOM Minéraloqie SO Spodumène PRO2000-08 SIGEOM Minéralogie NN Stannite PRO2000-08 SIGEOM Minéralogie SY Starkéyite PRO2000-08 SIGEOM Minéralogie SU Staurotide PRO2000-08 SIGEOM Minéralogie TS Stéatite PRO2000-08 SIGEOM Minéralogie ON Stibiconite PRO2000-08 SIGEOM Minéraloqie SE Stilpnomélane PRO2000-08 SIGEOM Minéraloqie SV Sylvanite PRO2000-08 SIGEOM Minéraloqie SZ Szomolnokite PRO2000-08 SIGEOM Minéralogie TC Talc PRO2000-08 SIGEOM Minéralogie TN Tantalite PRO2000-08 SIGEOM Minéralogie TB Tellurobismuthite PRO2000-08 Appendix I : List of abreviations
Source Domain Code Signification (Fï`ench) ~ ~ Reference SIGEOM Minéralogie TT Tennantite PRO2000-08 SIGEOM Minéralogie TE Tenorite PRO2000-08 SIGEOM Minéraloqie TD Tétradymite PRO2000-08 SIGEOM Minéraloqie ZT Thomsonite PRO2000-08 SIGEOM Minéraloqie HU Thucholite PRO2000-08 SIGEOM Minéralogie TZ Topaze PRO2000-08 SIGEOM Minéralogie TU Torbernite PRO2000-08 SIGEOM Minéralogie TL Tourmaline PRO2000-08 SIGEOM Minéralogie TA Tourmaline zincifère PRO2000-08 1 SIGEOM Minéralogie TM Trémolite PRO2000-08 SIGEOM Minéraloqie US Ulv6spinel PRO2000-08 SIGEOM Minéraloqie VA Valentinite PRO2000-08 SIGEOM Minéraloqie VL Valleriite PRO2000-08 SIGEOM Minéralogie VR Vermiculite PRO2000-08 SIGEOM Minéralogie W Vésuvianite PRO2000-08 SIGEOM Minéralogie VO Viola rite PRO2000-08 SIGEOM Minéralogie WM Willemite PRO2000-08 SIGEOM Minéralogie WS Wilsonite PRO2000-08 1 SIGEOM Minéraloqie WL Wollastonite PRO2000-08 SIGEOM Minéraloqie WN Wulfenite PRO2000-08 SIGEOM Minéraloqie TX Xénotime-(Y) PRO2000-08 SIGEOM Minéralogie ZL Zéolite PRO2000-08 SIGEOM Minéralogie ZN Zincite PRO2000-08 SIGEOM Minéralogie ZC Zircon PRO2000-08 SIGEOM Minéralogie ZS Zoïsite PRO2000-08 SIGEOM OrganoFossile XX Autres PRO2000-08 SIGEOM OrganoFossile XB Bioclastes PRO2000-08 SIGEOM OrganoFossile YB Brachiopodes PRO2000-08 1 SIGEOM OrganoFossile YZ Bryozoaires PRO2000-08 SIGEOM OrganoFossile YC Céphalopodes PRO2000-08 SIGEOM OrganoFossile XC Ciment PRO2000-08 1 SIGEOM OrganoFossile YA Conulaires PRO2000-08 SIGEOM OrganoFossile YX Coraux PRO2000-08 SIGEOM OrganoFossile YR Crinoïdes PRO2000-08 SIGEOM OrganoFossile YD Échinodermes PRO2000-08 SIGEOM OrganoFossile YE Éponges PRO2000-08 SIGEOM OrganoFossile yy Fossile PRO2000-08 SIGEOM OrganoFossile YT Gastéropodes PRO2000-08 SIGEOM OrganoFossile YG Graptolites PRO2000-08 SIGEOM OrganoFossile XH Hydrocarbures PRO2000-08 SIGEOM OrganoFossile XL Liant PRO2000-08 SIGEOM OrganoFossile XR Lithoclastes PR02000-08 SIGEOM OrganoFossile XG Matière organique PRO2000-08 SIGEOM OrganoFossile XM Matrice PRO2000-08 SIGEOM OrganoFossile XT Oncolites PRO2000-08 SIGEOM OrganoFossile XO Oolites PRO2000-08 SIGEOM OrganoFossile YO Ostracodes PRO2000-08 SIGEOM OrganoFossile YP Pélécipodes PRO2000-08 SIGEOM OrganoFossile XP Pellets PRO2000-08 SIGEOM OrganoFossile XD Péloïdes PRO2000-08 SIGEOM OrganoFossile YN Plantes PRO2000-08 SIGEOM OrganoFossile YK Poissons PRO2000-08 SIGEOM OrganoFossile YS Stromatoïdes PRO2000-08 SIGEOM OrganoFossile YI Stromatoporoïdes PR02000-08 SIGEOM OrganoFossile YF Traces fossiles PRO2000-08 SIGEOM OrganoFossile YL Trilobites PRO2000-08 Appendix I : List of abreviations
Source Domain Coded Signification (French) Reference SIGEOM Roche 14QA Aillikite MB96-28 SIGEOM Roche 11K Alaskite MB96-28 SIGEOM Roche 140A Alnoite MB96-28 SIGEOM Roche V2J Andésite MB96-28 SIGEOM Roche S12C Anhydrite MB96-28 SIGEOM Roche 13G Anorthosite MB96-28 SIGEOM Roche 13T Anorthosite à hyperstène MB96-28 SIGEOM Roche 13GR Anorthosite foidifère MB96-28 SIGEOM Roche 13H Anorthosite gabbroique MB96-28 SIGEOM Roche 13GQ Anorthosite quartzifère MB96-28 SIGEOM Roche 11F Aplite MB96-28 SIGEOM Roche S2 Arénite MB96-28 SIGEOM Roche S2D Arénite arkosique MB96-28 SIGEOM Roche S2E Arénite lithique MB96-28 SIGEOM Roche S2A Arénite Quartizitique MB96-28 SIGEOM Roche S1C Arkose MB96-28 SIGEOM Roche S2C Arkose MB96-28 SIGEOM Roche S7J Bafflestone MB96-28 SIGEOM Roche V3B Basalte MB96-28 SIGEOM Roche V3E Basalte à olivine MB96-28 SIGEOM Roche V3C Basalte à quartz MB96-28 SIGEOM Roche V3A Basalte andésitique/Andésite basaltique MB96-28 SIGEOM Roche V3F Basalte magnésien MB96-28 SIGEOM Roche V3H Basanite MB96-28 SIGEOM Roche V3HP Basanite phonolitique MB96-28 SIGEOM Roche V2FB Benmoréite MB96-28 SIGEOM Roche V3J Bonninite MB96-28 SIGEOM Roche S71 Boundstone MB96-28 SIGEOM Roche S5 Brèche MB96-28 SIGEOM Roche S5G Brèche Intraformationnel MB96-28 SIGEOM Roche S5H Brèche Intraformationnel Fermé MB96-28 SIGEOM Roche S51 Brèche Intraformationnel Ouvert MB96-28 SIGEOM Roche S5A Brèche Monogénique MB96-28 SIGEOM Roche S5B Brèche Monogénique Fermé MB96-28 SIGEOM Roche S5C Brèche Monoqénique Ouvert MB96-28 SIGEOM Roche S5D Brèche Polygénique MB96-28 SIGEOM Roche S5E Brèche Polygénique Fermé MB96-28 SIGEOM Roche S5F Brèche Polygénique Ouvert MB96-28 SIGEOM Roche S7 Calcaire MB96-28 SIGEOM Roche S7C Calcarénite MB96-28 SIGEOM Roche S7A Calcilulite MB96-28 SIGEOM Roche 14QC Calciocarbonatite MB96-28 SIGEOM Roche S7D calcirudite MB96-28 SIGEOM Roche S7B calcisiltite MB96-28 SIGEOM Roche 140C Camptonite MB96-28 SIGEOM Roche 14Q Carbonatite MB96-28 SIGEOM Roche 11P Charnockite (Granite à hyperstène) MB96-28 SIGEOM Roche 110 Charnockite à feldspath alcalin MB96-28 SIGEOM Roche S10 Chert MB96-28 SIGEOM Roche S10B Chert Carbonaté MB96-28 SIGEOM Roche S10F Chert Ferrugineux MB96-28 SIGEOM Roche S10E Chert Graphiteux/Carboné MB96-28 SIGEOM Roche S10A Chert Oxydé MB96-28 SIGEOM Roche S10C Chert Silicate MB96-28 SIGEOM Roche S10D Chert Sulfuré MB96-28 SIGEOM Roche S6H Clayshale MB96-28 Appendix I : List of abreviations
1 Source Domain Code Signification (French) Reference SIGEOM Roche S61 Clayslate MB96-28 SIGEOM Roche S6G Claystone MB96-28 SIGEOM Roche 14C Clinopyroxénite MB96-28 SIGEOM Roche 14F Clinopyroxénite à olivine MB96-28 SIGEOM Roche V1BC Commendite MB96-28 SIGEOM Roche S4 Conglomérat MB96-28 SIGEOM Roche S4G Conglomérat intraformationnel MB96-28 SIGEOM Roche S4H Conglomérat intraformationnel Fermé MB96-28 SIGEOM Roche S41 Conglomérat intraformationnel Ouvert MB96-28 SIGEOM Roche S4A Conglomérat monogénique MB96-28 SIGEOM Roche S4B Conglomérat monogénique fermé MB96-28 SIGEOM Roche S4C Conglomérat monogénique Ouvert MB96-28 SIGEOM Roche S4D Conglomérat polygénique MB96-28 SIGEOM Roche S4E Conglomérat polygénique Fermé MB96-28 SIGEOM Roche S4F Conglomérat polygénique Ouvert MB96-28 SIGEOM Roche V1 D Dacite MB96-28 1 SIGEOM Roche 140D Damtjernite MB96-28 SIGEOM Roche 13B Diabase MB96-28 SIGEOM Roche 13M Diabase à olivine MB96-28 SIGEOM Roche 13F Diabase à quatrz MB96-28 SIGEOM Roche 12J Diorite MB96-28 SIGEOM Roche 120 Diorite à hyperstène MB96-28 SIGEOM Roche 12JR Diorite foidifère MB96-28 SIGEOM Roche 12JF Diorite foidique MB96-28 SIGEOM Roche 121 Diorite quartzifère MB96-28 SIGEOM Roche S8C Dolarénite MB96-28 SIGEOM Roche S8A Dololutite MB96-28 SIGEOM Roche S8 Dolomite MB96-28 SIGEOM Roche S8D Dolorudite MB96-28 SIGEOM Roche S8B Dolosilite MB96-28 SIGEOM Roche 14M Dunite MB96-28 SIGEOM Roche In Enderbite (Tonalite à hyperstène) MB96-28 SIGEOM Roche S12 Evaporite MB96-28 SIGEOM Roche S11 Exhalite MB96-28 SIGEOM Roche 140F Ferrocarbonatite MB96-28 1 SIGEOM Roche 13D Ferrogabbro MB96-28 SIGEOM Roche 11N FilonNeine de quartz MB96-28 SIGEOM Roche V41 Foidite MB96-28 SIGEOM Roche V41P Foidite phonolitique MB96-28 SIGEOM Roche V41T Foidite téphritique MB96-28 SIGEOM Roche 14S Foidolite MB96-28 SIGEOM Roche S9 Formation de fer MB96-28 SIGEOM Roche S9C Formation de fer Carbonatée MB96-28 SIGEOM Roche S9A Formation de fer indéterminée MB96-28 SIGEOM Roche S9B Formation de fer oxydée MB96-28 SIGEOM Roche S9D Formation de fer Silicatée MB96-28 SIGEOM Roche S9E Formation de fer Sulfurée MB96-28 SIGEOM Roche 13A Gabbro MB96-28 SIGEOM Roche 13K Gabbro à olivine MB96-28 SIGEOM Roche 13E Gabbro à quartz MB96-28 SIGEOM Roche 131 Gabbro anorthosite MB96-28 SIGEOM Roche 13AR Gabbro foidifère MB96-28 SIGEOM Roche 130 Gabbronorite MB96-28 SIGEOM Roche 13R Gabbronorite à olivine MB96-28 SIGEOM Roche S7H Grainstone MB96-28 SIGEOM Roche 11B Granite MB96-28 Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Roche 11A Granite à feldspath alcalin MB96-28 SIGEOM Roche 111 Granitoide riche en quartz MB96-28 SIGEOM Roche 11C Granodiorite MB96-28 SIGEOM Roche 11S Grano-diotite à hyperstène MB96-28 SIGEOM Roche 11H Granophyre MB96-28 SIGEOM Roche S1 Grès MB96-28 SIGEOM Roche S1 D Grès Arkosique MB96-28 SIGEOM Roche Si B Grès Feldspathique MB96-28 SIGEOM Roche S1E Grès Lithique MB96-28 SIGEOM Roche S1F Grès Lithique subfeldspathitique MB96-28 SIGEOM Roche S1A Grès Quartzique MB96-28 SIGEOM Roche S12D Gypse MB96-28 SIGEOM Roche S12A Halite MB96-28 SIGEOM Roche 14L Harzburgite MB96-28 SIGEOM Roche V3DH Hawaiite MB96-28 SIGEOM Roche 14A Hornblendite MB96-28 SIGEOM Roche V2JI Icelandite MB96-28 SIGEOM Roche V3AI Icelandite basaltique MB96-28 SIGEOM Roche 11 Intrusion felsique MB96-28 SIGEOM Roche 12 Intrusion Intermédiaire MB96-28 SIGEOM Roche 13 Intrusion mafique MB96-28 SIGEOM Roche 14 Intrusion ultramafique MB96-28 SIGEOM Roche S10J Jaspe, Jaspilite MB96-28 SIGEOM Roche 12P Jotunite (Monzodiorite à hyperstène) MB96-28 SIGEOM Roche 130K Kersantite MB96-28 SIGEOM Roche 14P Kimberlite MB96-28 SIGEOM Roche 14PA Kimberlite (croupe 1) MB96-28 SIGEOM Roche 14PB Kimberlite (groupe II) MB96-28 SIGEOM Roche V4A Komatiite MB96-28 SIGEOM Roche V4D Komatiite dunitique MB96-28 SIGEOM Roche V4C Komatiite péridotitique MB96-28 SIGEOM Roche V4B Komatiite pyroxénitique MB96-28 SIGEOM Roche 14R Lamproite MB96-28 SIGEOM Roche 130 Lamprophyre mafique MB96-28 SIGEOM Roche 140 I.amprophvre ultrabasique MB96-28 SIGEOM Roche V2FL Latite MB96-28 SIGEOM Roche V2LR Latite foidifère MB96-28 SIGEOM Roche V2E Latite quartzifère MB96-28 SIGEOM Roche 13P Leuconorite MB96-28 SIGEOM Roche 14K Lherzolite MB96-28 SIGEOM Roche 14QM Magnésiocarbonatite MB96-28 SIGEOM Roche 120 Mangérite (Monzonite à hyperstène) MB96-28 SIGEOM Roche V4E Meimechite MB96-28 SIGEOM Roche V4F Melilitite MB96-28 SIGEOM Roche V4F0 Melilitite à olivine MB96-28 SIGEOM Roche 14T Mélilitolite MB96-28 SIGEOM Roche 130M Minette MB96-28 SIGEOM Roche 140M Monchiquite MB96-28 SIGEOM Roche 12H Monzodiorite MB96-28 SIGEOM Roche 12HR Monzodiorite foidifère MB96-28 SIGEOM Roche 12HF Monzodiorite foidique MB96-28 SIGEOM Roche 12G Monzodiorite quartzifère MB96-28 SIGEOM Roche 13C Monzoqabbro MB96-28 SIGEOM Roche 13CR Monzogabbro foidifère MB96-28 SIGEOM Roche 13CF Monzogabbro foidique MB96-28 SIGEOM Roche 13CQ Monzogabbro quartzifère MB96-28 Appendix I : List of abreviations
1 Source Domain Code Signification (French) Reference SIGEOM Roche 11M Monzo-Granite MB96-28 SIGEOM Roche 11R Monzo-granite à hyperstène MB96-28 I SIGEOM Roche 12F Monzonite MB96-28 SIGEOM Roche 12FR Monzonite foidifère MB96-28 SIGEOM Roche 12E Monzonite quartzifère MB96-28 SIGEOM Roche 13S Monzonorite MB96-28 I SIGEOM Roche 12K Monzosyénite MB96-28 SIGEOM Roche 12KF Monzosyénite foidique MB96-28 SIGEOM Roche OB Mort Terrain (Overburden) I SIGEOM Roche S6 Mudrock MB96-28 SIGEOM Roche S6E Mudshale MB96-28 SIGEOM Roche S6F Mudslate MB96-28 1 SIGEOM Roche S6D Mudstone MB96-28 SIGEOM Roche S7E Mudstone MB96-28 SIGEOM Roche V3GM Mugéargite MB96-28 SIGEOM Roche V41N Néphélinite MB96-28 I SIGEOM Roche 13J Norite MB96-28 SIGEOM Roche 13L Norite à olivine MB96-28 SIGEOM Roche 14E Orthopyroxénite MB96-28 I SIGEOM Roche 14H Orthopyroxénite à olivine MB96-28 SIGEOM Roche S7G Packstone MB96-28 SIGEOM Roche V1BP Pantellérite MB96-28 I SIGEOM Roche 11G Pegmatite (granitique) MB96-28 SIGEOM Roche 141 Péridotite MB96-28 SIGEOM Roche V2G Phonolite MB96-28 I SIGEOM Roche V2GT Phonolite téphritique MB96-28 SIGEOM Roche V4H Pic rite MB96-28 SIGEOM Roche V4G Picrobasalte MB96-28 SIGEOM Roche 140P Polzénite MB96-28 I SIGEOM Roche 14B Pyroxénite MB96-28 SIGEOM Roche 11J Quartzolite (Silexite) MB96-28 SIGEOM Roche V1C Rhyodacite MB96-28 1 SIGEOM Roche V1B Rhyolite MB96-28 SIGEOM Roche VIA Rhyolite à feldspath alcalin MB96-28 SIGEOM Roche V4M Roche volcanique ultramafique à melilite MB96-28 I SIGEOM Roche S7K Rudstone MB96-28 SIGEOM Roche 140S Sannaite MB96-28 SIGEOM Roche S Sédiments MB96-28 SIGEOM Roche 14N Serpentinite MB96-28 I SIGEOM Roche V3GS Shoshonite MB96-28 SIGEOM Roche S6B Siltshale MB96-28 SIGEOM Roche S6C Siltslate MB96-28 I SIGEOM Roche S6A Siltsone MB96-28 SIGEOM Roche 130S Spessartite MB96-28 SIGEOM Roche S2B SubArkose MB96-28 I SIGEOM Roche S2F Sublitharénite MB96-28 SIGEOM Roche S12E Sulfate MB96-28 SIGEOM Roche F1 Sulfures Massifs MB96-28 SIGEOM Roche F2 Sulfures semi-Massifs MB96-28 I SIGEOM Roche 12D Syénite MB96-28 SIGEOM Roche 12B Syénite à feldspath alcalin MB96-28 SIGEOM Roche 12N Syénite à hyperstène MB96-28 I SIGEOM Roche 12DR Syénite foidifère MB96-28 SIGEOM Roche 12BR Syénite foidifère à feldspath alcalin MB96-28 SIGEOM Roche 12DF Syénite foidique MB96-28 I SIGEOM Roche 12C Syénite quartzifère MB96-28 I Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Roche 12A Syénite quartzifère à feldspath alcalin MB96-28 SIGEOM Roche 12M Syénite quartzifère à feldspath alcalin avec hyperstène MB96-28 SIGEOM Roche 11L Syéno-granite MB96-28 SIGEOM Roche 11Q Syéno-granite à hyperstène MB96-28 SIGEOM Roche S12B Sylvite MB96-28 SIGEOM Roche V31 Téphrite MB96-28 SIGEOM Roche V31 P Téphryte phonolitique MB96-28 SIGEOM Roche S4J Tillite MB96-28 SIGEOM Roche 11D Tonalite MB96-28 SIGEOM Roche V2F Trachyandésite MB96-28 SIGEOM Roche V3G Trachyandésite basaltique MB96-28 SIGEOM Roche V3D Trachybasalte MB96-28 SIGEOM Roche V3DK Trachybasalte potassique MB96-28 SIGEOM Roche V1 E Trachydacite MB96-28 SIGEOM Roche V2D Trachyte MB96-28 SIGEOM Roche V2B Trachyte à feldspath alcalin MB96-28 SIGEOM Roche V2DC Trachyte commenditique MB96-28 SIGEOM Roche V2DR Trachyte foidifère MB96-28 SIGEOM Roche V2BR Trachyte foidifère à feldspath alcalin MB96-28 SIGEOM Roche V2DP Trachyte pantellétique MB96-28 SIGEOM Roche V2C Trachyte quartzifère MB96-28 SIGEOM Roche V2A Trachyte quartzifère à feldspath alcalin MB96-28 SIGEOM Roche 13N Troctolite MB96-28 SIGEOM Roche 11E Trondhjémite MB96-28 SIGEOM Roche 130V Vogesite MB96-28 SIGEOM Roche V Volcanite SIGEOM Roche V1 Volcanite felsique MB96-28 SIGEOM Roche V2 Volcanite Intermédiaire MB96-28 SIGEOM Roche V3 Volcanite mafique MB96-28 SIGEOM Roche V4 Volcanite ultramafique MB96-28 SIGEOM Roche S3 Wacke MB96-28 SIGEOM Roche S3C Wacke Arkosique MB96-28 SIGEOM Roche S3D Wacke Feldspathique MB96-28 SIGEOM Roche S3E Wacke Lithique MB96-28 SIGEOM Roche S3A Wacke Quartzitique MB96-28 SIGEOM Roche S7F Wackestone MB96-28 SIGEOM Roche 14D Websterite MB96-28 SIGEOM Roche 14G Websterite à olivine MB96-28 SIGEOM Roche 14J Wehrlite MB96-28 SIGEOM Roche Métamorphique M23 Agmatite MB96-28 SIGEOM Roche Métamorphique M16 Amphibolite MB96-28 SIGEOM Roche Métamorphique M26 Brèche Tectonique MB96-28 SIGEOM Roche Métamorphique M24 Cataclastite MB96-28 SIGEOM Roche Métamorphique M18 Cornéenne MB96-28 SIGEOM Roche Métamorphique M31 Coticule MB96-28 SIGEOM Roche Métamorphique M21 Diatexite MB96-28 SIGEOM Roche Métamorphique M17 Éclogite MB96-28 SIGEOM Roche Métamorphique M1 Gneiss MB96-28 SIGEOM Roche Métamorphique T3A Gneiss droit (cstraight gneiss») MB96-28 SIGEOM Roche Métamorphique M6 Gneiss granitique MB96-28 SIGEOM Roche Métamorphique T3D Gneiss irrégulier MB96-28 SIGEOM Roche Métamorphique T3B Gneiss porphyroclastique MB96-28 SIGEOM Roche Métamorphique M5 Gneiss Quartzofeldspathique MB96-28 SIGEOM Roche Métamorphique T3C Gneiss régulier MB96-28 SIGEOM Roche Métamorphique M2 Gneiss Rubané MB96-28 SIGEOM Roche Métamorphique M21A Granite d'Anatexie MB96-28 Appendix I : List of abreviations
.m Sources ~ ~~ ~ Domain~ ;,,n Cade _ ° Signification (Tench)£ ry ' ` ~.._` éference SIGEOM Roche Métamorphique M7 Granulite MB96-28 SIGEOM Roche Métamorphique M13 Marbre MB96-28 1 SIGEOM Roche Métamorphique M20 Métatexite MB96-28 SIGEOM Roche Métamorphique M22 Migmatite MB96-28 SIGEOM Roche Métamorphique M25 Mylonite MB96-28 SIGEOM Roche Métamorphique M3 Orthogneiss MB96-28 1 SIGEOM Roche Métamorphique M9 Orthoschiste MB96-28 SIGEOM Roche Métamorphique M4 Paragneiss MB96-28 SIGEOM Roche Métamorphique M10 Paraschiste MB96-28 SIGEOM Roche Métamorphique M11 Phyllade MB96-28 SIGEOM Roche Métamorphique M12 Quartzite MB96-28 SIGEOM Roche Métamorphique M14 Roche Calco-Silicatée MB96-28 1 SIGEOM Roche Métamorphique M15 Roche Métasomatique (Skarn) MB96-28 SIGEOM Roche Métamorphique M8 Schiste MB96-28 SIGEOM Roche Métamorphique M30 Tourmalinite MB96-28 SIGEOM Roche Tectonite T2E Blastomylon ite MB96-28 1 SIGEOM Roche Tectonite T1A Brèche de Faille MB96-28 SIGEOM Roche Tectonite TI F Brèche d'Impact MB96-28 SIGEOM Roche Tectonite T4 Brèche tectonique MB96-28 SIGEOM Roche Tectonite T4B Brèche tectonique à matrice de marbre MB96-28 SIGEOM Roche Tectonite Ti Cataclastite MB96-28 SIGEOM Roche Tectonite T1C Gouge de faille MB96-28 SIGEOM Roche Tectonite T1G Impactite MB96-28 SIGEOM Roche Tectonite T4A Mélange tectonique MB96-28 SIGEOM Roche Tectonite T1 B Microbrèche de Faille MB96-28 1 SIGEOM Roche Tectonite Ti E Mylolisthénite MB96-28 SIGEOM Roche Tectonite T2 Mylonite MB96-28 SIGEOM Roche Tectonite T2B Orthomylonite MB96-28 SIGEOM Roche Tectonite T2D Phyllonite MB96-28 1 SIGEOM Roche Tectonite T2A Protomylon ite MB96-28 SIGEOM Roche Tectonite Ti D Pseudotachyl ite MB96-28 SIGEOM Roche Tectonite T2C Ultramylonite MB96-28 VIA Structure APL Axe de Pli VIA Structure DIA Diaclase, Joint, Fracture VIA Structure DYK Dyke VIA Structure FAI Faille, Cisaillement VIA Structure FOL Foliation VIA Structure LAM Lamination, Rubannement, Flow banding VIA Structure LIN Linéation VIA Structure LIT Litage, Bedding, SO, Stratification VIA Structure PAX Plan Axial VIA Structure SCH Schistosité, Gneissosité, SP, Si, S2, S3 VIA Structure SGL Strie Glaciaire VIA Structure VEI Veine SIGEOM Structure L Axe de mullion PRO2000-08 SIGEOM Structure B Axe de boudin PRO2000-08 SIGEOM Structure J Axe de joint en colonne PRO2000-08 VIA Structure AP Axe de pli SIGEOM Structure Q Axe de stylolithe PRO2000-08 SIGEOM Structure E Axe d'étirement PRO2000-08 SIGEOM Structure A Axe d'étirement d'objet déformé PRO2000-08 SIGEOM Structure Y Axe d'étirement plaquage minéral PRO2000-08 1 SIGEOM Structure M Axe Minérale primaire (magmatique) PRO2000-08 SIGEOM Structure N Axe Minérale secondaire (tectonométamorphique) PRO2000-08 VIA Structure LE Linéation d'étirement SIGEOM Structure L1 Linéation d'intersection PRO2000-08 Appendix I : List of abreviations e Source Domain e Cflde' ` .._ Signification {French) Reference SIGEOM Structure L2 Linéation d'intersection PRO2000-08 SIGEOM Structure L3 Linéation d'intersection PRO2000-08 SIGEOM Structure L4 Linéation d'intersection PRO2000-08 SIGEOM Structure L Linéation Indéterminée PRO2000-08 VIA Structure LM Linéation minérale SIGEOM Structure F Strie de faille PRO2000-08 VIA Structure SG Strie glaciaire SIGEOM Structure T Strie intercouche PRO2000-08 VIA Structure CC Clivage de crénulation VIA Structure DY Dyke VIA Structure FA Faille VIA Structure FR Fracture VIA Structure LI Litage VIA Structure PA Plan axial VIA Structure SI Schistosité SI VIA Structure S2 Schistosité S2 VIA Structure S3 Schistosité S3 VIA Structure VN Veine VIA Structure ZC Zone de cisaillement SIGEOM Texture AC Aciculaire PRO2000-08 SIGEOM Texture AD Adcumulat PRO2000-08 SIGEOM Texture M Outcrop caractérisé par le plissement PRO2000-08 SIGEOM Texture AT Agmatitique PRO2000-08 SIGEOM Texture AL Alaskitique PRO2000-08 SIGEOM Texture AE Altéré PRO2000-08 SIGEOM Texture AO Amas arrondis (globulaires) PRO2000-08 SIGEOM Texture AB Amibôidal(e) PRO2000-08 SIGEOM Texture AM Amygdalaire PRO2000-08 SIGEOM Texture AM Amygdalaire PRO2000-08 SIGEOM Texture AN Anastomosé PRO2000-08 SIGEOM Texture AR Antirapakivi PRO2000-08 SIGEOM Texture AP Aphanitique PRO2000-08 SIGEOM Texture AY Apophyse (en) PRO2000-08 SIGEOM Texture AS Arborescent PRO2000-08 SIGEOM Texture AU Autoclastique PRO2000-08 SIGEOM Texture xx Autres PRO2000-08 SIGEOM Texture BA Bancs (en) PRO2000-08 SIGEOM Texture BM Bandes de cimentation PRO2000-08 SIGEOM Texture BS Basal(e) PRO2000-08 SIGEOM Texture BE Birds eyes PRO2000-08 SIGEOM Texture BI Biseau PRO2000-08 SIGEOM Texture BL Blocs (à) PRO2000-08 SIGEOM Texture BU Bordure / limite de coulée PRO2000-08 SIGEOM Texture BV Botryoïdal PRO2000-08 SIGEOM Texture BO Boudinage PRO2000-08 SIGEOM Texture BC Brèche à coussins ordinaires isolés PRO2000-08 SIGEOM Texture BG Brèche à coussins peu serrés PRO2000-08 SIGEOM Texture BF Brèche à méga-coussins isolés PRO2000-08 SIGEOM Texture BB Brèche à mini-coussins isolés PRO2000-08 SIGEOM Texture BQ Brèche de coulée / Brèche de lave PRO2000-08 SIGEOM Texture BH Brèche de coussins désagrégés / brisés PRO2000-08 SIGEOM Texture BK Brèche de coussins fragmentés PRO2000-08 SIGEOM Texture BN Brèche d'intrusion PRO2000-08 SIGEOM Texture BP Brèche pyroclastique PRO2000-08 SIGEOM Texture BT Brèche tectonique PRO2000-08 SIGEOM Texture BR Bréchique / Brèche PRO2000-08 Appendix I : List of abreviations
1 Source Domain Code Signification (French) Reference SIGEOM Texture BY Broyage PRO2000-08 SIGEOM Texture CA Cailloux 4-64 mm PRO2000-08 SIGEOM Texture PK Cailloux aliqnés «pebble stringers» PRO2000-08 SIGEOM Texture CN Cannelure PRO2000-08 SIGEOM Texture CO Cataclastique PRO2000-08 SIGEOM Texture CE Cendre (à) PRO2000-08 SIGEOM Texture VP Centre volcanique/ faciès proximal PRO2000-08 SIGEOM Texture DN Cheminée d'alimentation (dyke nourricier) PRO2000-08 SIGEOM Texture CV Cheminée volcanique PRO2000-08 SIGEOM Texture CH Chenal PRO2000-08 SIGEOM Texture CD Chenal d'érosion (à) PRO2000-08 SIGEOM Texture CG Chenalisé PRO2000-08 1 SIGEOM Texture CS Cisaillé(e) PRO2000-08 VIA Texture CIS Cisaillement SIGEOM Texture JC Columnaire/ (joints en colonnes) PRO2000-08 1 SIGEOM Texture CB Convolutions (à) PRO2000-08 SIGEOM Texture KO Coronitique PRO2000-08 SIGEOM Texture NM Coulé massive à noyaux saussuritisés PRO2000-08 SIGEOM Texture CL Coulée PRO2000-08 SIGEOM Texture NC Coulée coussinée à noyaux saussuritisés PRO2000-08 SIGEOM Texture FZ Coulée fraqmentée PRO2000-08 SIGEOM Texture CK Coulée massive PRO2000-08 SIGEOM Texture CZ Coulée massive à surface coussinée PRO2000-08 SIGEOM Texture CW Coulée massive grenue et/ou partie basale grenue de coulée PRO2000-08 1 SIGEOM Texture CO Coussiné (coussins) PRO2000-08 SIGEOM Texture CO Coussiné (coussins) PRO2000-08 SIGEOM Texture XP Coussins allonqés PRO2000-08 SIGEOM Texture FP Coussins aplatis PRO2000-08 SIGEOM Texture MD Coussins en molaire PRO2000-08 SIGEOM Texture CF Coussins fragmentés PRO2000-08 SIGEOM Texture CI Coussins isolés PRO2000-08 SIGEOM Texture CJ Coussins jointifs PRO2000-08 SIGEOM Texture CT Crescumulat PRO2000-08 SIGEOM Texture CR Cristalloblastique PRO2000-08 SIGEOM Texture CX Cristaux (en) PRO2000-08 SIGEOM Texture CP Cryptalquaire PRO2000-08 SIGEOM Texture CU Cumulat (à) PRO2000-08 SIGEOM Texture CM Cumulite PRO2000-08 SIGEOM Texture DS Cupules (cdish structure») PRO2000-08 SIGEOM Texture CY Cyclique(Cyclicité) PRO2000-08 SIGEOM Texture DG Désagrégés / brisés PRO2000-08 SIGEOM Texture DO Diabasique PRO2000-08 SIGEOM Texture DB Diablastique PRO2000-08 SIGEOM Texture DC Diaclasé PRO2000-08 SIGEOM Texture DR Direction de courant PRO2000-08 SIGEOM Texture DE Direction d'écoulement de coulés PRO2000-08 SIGEOM Texture DD Discordance PRO2000-08 SIGEOM Texture DK Drusique PRO2000-08 SIGEOM Texture DU Dunes PRO2000-08 SIGEOM Texture DW Durchbewequnq PRO2000-08 SIGEOM Texture SB Échappement (structure d') PRO2000-08 SIGEOM Texture ED Écharde PRO2000-08 SIGEOM Texture EO Écoulement (structure d') PRO2000-08 SIGEOM Texture EF Effondrement (structure d') PRO2000-08 SIGEOM Texture EL Empreinte de cannelures PRO2000-08 Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Texture EC Em preinte de charge (« load cast») PRO2000-08 SIGEOM Texture El Empreinte d'impact PRO2000-08 SIGEOM Texture EE En échelon PRO2000-08 SIGEOM Texture ES En festons PRO2000-08 SIGEOM Texture EN Enclave PRO2000-08 SIGEOM Texture EM Encroûtement (ecrustiticaticn») PRO2000-08 SIGEOM Texture EP Épiclastique PRO2000-08 SIGEOM Texture EQ Equigranulaire PRO2000-08 SIGEOM Texture ER Excroissances PRO2000-08 SIGEOM Texture EX Extrusif (ve) PRO2000-08 SIGEOM Texture FJ Faille intra-formationnelle PRO2000-08 SIGEOM Texture FV Faille synvolcanique PRO2000-08 SIGEOM Texture FD Fente de dessication PRO2000-08 SIGEOM Texture FM Fente de refroidissement PRO2000-08 SIGEOM Texture FI Fibreux (se) PRO2000-08 SIGEOM Texture FB Fibroblastique PRO2000-08 SIGEOM Texture FS Filandré « Flaser » PRO2000-08 SIGEOM Texture FH Filons-couches cogénitiques (synvolcaniques) PRO2000-08 SIGEOM Texture FE Flammes PRO2000-08 SIGEOM Texture FL Flué, par fluage - fluidal PRO2000-08 SIGEOM Texture FL Fluidal( e) (à structure) PRO2000-08 SIGEOM Texture FT Flûte (eflutecast») PRO2000-08 SIGEOM Texture FX Flûte déformée par surcharge PRO2000-08 SIGEOM Texture FO Folié(e) PRO2000-08 SIGEOM Texture FF Fossilifère PRO2000-08 SIGEOM Texture FA Fracturé(e) PRO2000-08 SIGEOM Texture FC Fractures radiales dans les coussins PRO2000-08 SIGEOM Texture FG Fragmenté PRO2000-08 SIGEOM Texture FW Fragments allongés «monomictes»/monogéniques PRO2000-08 SIGEOM Texture FU Fragments allongés «polymictic»/polygéniques PRO2000-08 SIGEOM Texture FQ Fragments aplatis «monomictic»/monogénique PRO2000-08 SIGEOM Texture FK Fragments aplatis «polymictic»/polygénique PRO2000-08 SIGEOM Texture FR Frites (cpencil structure») (en crayon) PRO2000-08 SIGEOM Texture GA Galets (à)(64-256 mm) PRO2000-08 SIGEOM Texture GE Géode PRO2000-08 SIGEOM Texture GB Gloméroblastique PRO2000-08 SIGEOM Texture GC Gloméroclastique PRO2000-08 SIGEOM Texture GX Glomérocristallin( e) PRO2000-08 SIGEOM Texture GH Gloméroporphyrique PRO2000-08 SIGEOM Texture NR Gneiss à crayons PRO2000-08 SIGEOM Texture GD Gneiss droit (cstraiqht gneiss») PRO2000-08 SIGEOM Texture GS Gneissique PRO2000-08 SIGEOM Texture GW Gradation densimétrique PRO2000-08 SIGEOM Texture VG Gradation granulométrique PRO2000-08 SIGEOM Texture GF Grains fins (à) < 1 mm roches ignées PRO2000-08 SIGEOM Texture GG Grains grossiers (à) >5 mm roches ignées PRO2000-08 SIGEOM Texture GM Grains moyens (à) 1-5 mm roches ignées PRO2000-08 SIGEOM Texture GT Grains très fins PRO2000-08 SIGEOM Texture GO Grains très grossiers PRO2000-08 SIGEOM Texture GR Granoblastique PRO2000-08 SIGEOM Texture GI Granoclassement inverse PRO2000-08 SIGEOM Texture GJ Granoclassement inverse suivi de normal PRO2000-08 SIGEOM Texture GN Granoclassement normal PRO2000-08 SIGEOM Texture GK Granoclassement normal suivi d'inverse PRO2000-08 SIGEOM Texture GQ Granoclastique PRO2000-08 SIGEOM Texture GY Granophyrique PRO2000-08 Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Texture GU Granules (à) (2-4 mm) PR02000-08 SIGEOM Texture GP Graphique PR02000-08 1 SIGEOM Texture GV Griffon PR02000-08 SIGEOM Texture HA Harrisitic PR02000-08 SIGEOM Texture HE Hélicitique PR02000-08 SIGEOM Texture HU Hétéradcumulat PR02000-08 SIGEOM Texture HB Hétéroblastique PR02000-08 SIGEOM Texture HK Hétérogène PR02000-08 SIGEOM Texture HG Hétérogranulaire PR02000-08 SIGEOM Texture HC Holocristallin( e) PR02000-08 SIGEOM Texture HH Holohyalin( e) PR02000-08 SIGEOM Texture HL Hololeucocrate PR02000-08 1 SIGEOM Texture HM Holomélanocrate PR02000-08 SIGEOM Texture HQ Homéoblastique PR02000-08 SIGEOM Texture HJ Homogène PR02000-08 SIGEOM Texture HT Homotactique PR02000-08 1 SIGEOM Texture HY Hyaloclastites PR02000-08 SIGEOM Texture HR Hyaloclastites remaniées PR02000-08 SIGEOM Texture HP Hvalopilitique PR02000-08 SIGEOM Texture TH Hyalotuf PR02000-08 SIGEOM Texture HD Hypidiomorphe PR02000-08 SIGEOM Texture HX Hypocristallin( e) PR02000-08 SIGEOM Texture IM Imbrication de cailloux, blocs PR02000-08 SIGEOM Texture IP Imprégnation PR02000-08 SIGEOM Texture IS Intersertale PR02000-08 SIGEOM Texture IT Intraclastes (à) PR02000-08 SIGEOM Texture IR Intraformationnel(Ie) PR02000-08 SIGEOM Texture IU Intrusif(ve) / injection PR02000-08 SIGEOM Texture IC Iridescence PR02000-08 SIGEOM Texture IL Isolés PR02000-08 SIGEOM Texture JC Joints en colonnes PR02000-08 SIGEOM Texture KR Karstique PR02000-08 SIGEOM Texture LU Labradorescence PR02000-08 SIGEOM Texture LA Laminaire (laminé) PR02000-08 SIGEOM Texture LC Laminations convolutées PR02000-08 SIGEOM Texture CP Laminations cryptalqaires PR02000-08 SIGEOM Texture LQ Laminations obliques PR02000-08 SIGEOM Texture LO Laminations ondulantes PR02000-08 SIGEOM Texture LL Laminations ondulantes lenticulaires PR02000-08 SIGEOM Texture LP Laminations parallèles PR02000-08 SIGEOM Texture LI Lapilli (à) PR02000-08 SIGEOM Texture TO Lapillistone PR02000-08 SIGEOM Texture LT Lattes (en) PR02000-08 SIGEOM Texture LV Lave / coulée de lave PR02000-08 SIGEOM Texture LK Lave en blocs PR02000-08 SIGEOM Texture LF Lépidoblastique PR02000-08 SIGEOM Texture LX Leucocrate PR02000-08 SIGEOM Texture LS Leucosome PR02000-08 SIGEOM Texture SA Lité( e), stratifiée e) PR02000-08 SIGEOM Texture AG Lits amalgamés PR02000-08 SIGEOM Texture LN Lits d'épaisseur moyenne (10 à 25 cm) PR02000-08 SIGEOM Texture LG Lits épais (>25 cm) PR02000-08 1 SIGEOM Texture LD Lits lenticulaires PR02000-08 SIGEOM Texture LM Lits minces (1-10 cm) PR02000-08 SIGEOM Texture LB Lobe PR02000-08 SIGEOM Texture MC Mégacoussins (à) PR02000-08 Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Texture MP Mégaporphyrique PR02000-08 SIGEOM Texture MX Mélanocrate PR02000-08 SIGEOM Texture MS Mélanosome PR02000-08 SIGEOM Texture MK Mésocrate PR02000-08 SIGEOM Texture MF Mésocumulat PR02000-08 SIGEOM Texture ME Métamorphisé PR02000-08 SIGEOM Texture ML Miarolitique PR02000-08 SIGEOM Texture MT Micritique PR02000-08 SIGEOM Texture MB Microbrèche PR02000-08 SIGEOM Texture MI Microlitique PR02000-08 SIGEOM Texture MR Microporphvrique PR02000-08 SIGEOM Texture MU Minicoussins (à) PR02000-08 SIGEOM Texture MZ Mobilisat PR02000-08 SIGEOM Texture MM Monogénique «Monomictic» PR02000-08 SIGEOM Texture MO Mosaïque PR02000-08 SIGEOM Texture MN Mylonitique PR02000-08 SIGEOM Texture MY Myrmékitique PR02000-08 SIGEOM Texture NB Nébulitique PR02000-08 SIGEOM Texture NE Nématoblastique PR02000-08 SIGEOM Texture NS Néosome PR02000-08 SIGEOM Texture NY Noyaux PR02000-08 SIGEOM Texture OC Ocellaire PR02000-08 SIGEOM Texture OE Oeillé(e) PR02000-08 SIGEOM Texture 01 Ofikocryst (à) PR02000-08 SIGEOM Texture 00 Oolitique PR02000-08 SIGEOM Texture OP Ophitique PR02000-08 SIGEOM Texture OR Orbiculaire PR02000-08 SIGEOM Texture OU Orthocumulat PR02000-08 SIGEOM Texture PS Paléosome PR02000-08 SIGEOM Texture PE Paléosurface d'érosion PR02000-08 SIGEOM Texture PA Panidiomorphe PR02000-08 SIGEOM Texture PV Patron d'interférence PR02000-08 SIGEOM Texture PG Pegmatitique PR02000-08 SIGEOM Texture PL Pellets (à) PR02000-08 SIGEOM Texture PD Péloïdes PR02000-08 SIGEOM Texture PT Perlitique PR02000-08 SIGEOM Texture LR Peu serrés (loosely packed) PR02000-08 SIGEOM Texture PH Phanéritique PR02000-08 SIGEOM Texture PI Phénocristique PR02000-08 SIGEOM Texture PZ Plis ptygmatiques PR02000-08 SIGEOM Texture PU Plutonique PR02000-08 SIGEOM Texture PC Poecilitique PR02000-08 SIGEOM Texture PB Poeciloblastique PR02000-08 SIGEOM Texture PM Polygénique j«polymictic» PR02000-08 SIGEOM Texture PN Ponce PR02000-08 SIGEOM Texture PP Porphyre PR02000-08 SIGEOM Texture PO Porphyrique PR02000-08 SIGEOM Texture PO Porphyroblastique PR02000-08 SIGEOM Texture PJ Porphyroclastique PR02000-08 SIGEOM Texture PX Prismatique PR02000-08 SIGEOM Texture PF Protoclastique PR02000-08 SIGEOM Texture PR Pyroclastique PR02000-08 SIGEOM Texture RO Radeaux (en) PR02000-08 SIGEOM Texture RK Rapakivique PR02000-08 SIGEOM Texture RG Régolite PR02000-08 SIGEOM Texture RN Remanié(e) PR02000-08 Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Texture RL Remplacement PRO2000-08 SIGEOM Texture RF Réniforme PRO2000-08 SIGEOM Texture RE Réticulé( e) PRO2000-08 SIGEOM Texture RC Rides de courant PRO2000-08 SIGEOM Texture RP Rides de plage PRO2000-08 SIGEOM Texture RM Rill mark(s) PRO2000-08 SIGEOM Texture RI Rip-up clast(s) PRO2000-08 SIGEOM Texture RQ Ruban de quartz PRO2000-08 SIGEOM Texture RU Rubané(e) PRO2000-08 SIGEOM Texture RA Rubanement concentrique PRO2000-08 SIGEOM Texture LJ Rubanement de diffusion (cl.iesegano rings») PRO2000-08 SIGEOM Texture RS Rubanement symétrique PRO2000-08 SIGEOM Texture RT Rubanement tectonique PRO2000-08 SIGEOM Texture SD Saccaroïdale (granoblastique) PRO2000-08 SIGEOM Texture SC Schisteux PRO2000-08 SIGEOM Texture SH Schlieren PRO2000-08 1 SIGEOM Texture SR Scoriacé( e) PRO2000-08 SIGEOM Texture SV shaUercone PRO2000-08 SIGEOM Texture SL Siump PRO2000-08 SIGEOM Texture SM Sommital(e) PRO2000-08 SIGEOM Texture SP Sphérolitique PRO2000-08 SIGEOM Texture SX Spinifex (à) PRO2000-08 SIGEOM Texture SN Stratifications / laminations obliques planaires PRO2000-08 SIGEOM Texture SQ Stratifications / laminations obliques tangentielles PRO2000-08 SIGEOM Texture SF Stratifications entrecroisées defosse PRO2000-08 SIGEOM Texture ST Stratifiée e) / stratiforme PRO2000-08 SIGEOM Texture SG Streaky mafiques en trait PRO2000-08 SIGEOM Texture SI Strie PRO2000-08 SIGEOM Texture SK Stromatic PRO2000-08 SIGEOM Texture SU Stromatolitique PRO2000-08 SIGEOM Texture DW Structure «durchbewegung » PRO2000-08 SIGEOM Texture ET Structure de percement (cpiercement») PRO2000-08 SIGEOM Texture PW Structure en peigne (ecomb») PRO2000-08 SIGEOM Texture SY Stylolites PRO2000-08 SIGEOM Texture SO Subophitique PRO2000-08 SIGEOM Texture SE Surface d'érosion PRO2000-08 SIGEOM Texture TA Tabulaire PRO2000-08 SIGEOM Texture TT Talus (de) PRO2000-08 SIGEOM Texture TE Tectonique PRO2000-08 SIGEOM Texture YH Tectonique hétéroclastique PRO2000-08 SIGEOM Texture YL Tectonite en L PRO2000-08 SIGEOM Texture YS Tectonite en LIS PRO2000-08 SIGEOM Texture YZ Tectonite en S PRO2000-08 SIGEOM Texture YM Tectonite homoclastique PRO2000-08 SIGEOM Texture TF Tracesfossiles (trous de vers, etc.) PRO2000-08 SIGEOM Texture TR Trachytique / trachytoïde PRO2000-08 SIGEOM Texture TP Trempe (de) PRO2000-08 SIGEOM Texture TM Tuf à blocs PRO2000-08 SIGEOM Texture TZ Tuf à blocs et tuf à lapilli PRO2000-08 SIGEOM Texture TD Tuf à cendre PRO2000-08 SIGEOM Texture TX Tuf à cristaux PRO2000-08 SIGEOM Texture TL Tuf à lapilli PRO2000-08 1 SIGEOM Texture TY Tuf à lapilli et tuf à blocs PRO2000-08 SIGEOM Texture TC Tuf cherteux PRO2000-08 SIGEOM Texture TG Tuf graphiteux PRO2000-08 SIGEOM Texture TI Tuf lithique PRO2000-08 Appendix I : List of abreviations
Source Domain Code Signification (French) Reference SIGEOM Texture TS Tuf soudé PR02000-08 SIGEOM Texture TU Tufacé PR02000-08 SIGEOM Texture TB Turbidite (voir guide des qéofiches) PR02000-08 SIGEOM Texture VA Variolitique PR02000-08 SIGEOM Texture VE Vesiculaire PR02000-08 SIGEOM Texture VI Vitreux( se) PR02000-08 SIGEOM Texture VO Volcanique PR02000-08 SIGEOM Texture VC Volcanoclastites PR02000-08 SIGEOM Texture XB Xénoblastique PR02000-08 SIGEOM Texture XM Xénomorphe PR02000-08 SIGEOM Texture ZS Zone de cisaillement PR02000-08 SIGEOM Texture ZC Zone de contact PR02000-08 SIGEOM Texture ZD Zone de déformation PR02000-08 SIGEOM Texture ZF Zone de faille PR02000-08 SIGEOM Texture ZM Zone minéralisée PR02000-08 SIGEOM Texture ZR Zone rouillée PR02000-08 SIGEOM Texture Al Amas irréguliers, agrégats PR02000-08 SIGEOM Texture 01 Colloforme PR02000-08 SIGEOM Texture CC Concrétion(s) nodules PR02000-08 SIGEOM Texture DT Dendritique PR02000-08 SIGEOM Texture DI Disséminé PR02000-08 SIGEOM Texture FN Filonien PR02000-08 SIGEOM Texture RB Framboïdal PR02000-08 SIGEOM Texture ID Idiomorphe PR02000-08 SIGEOM Texture 1G Intergranulaire PR02000-08 SIGEOM Texture IE lenticulaire PR02000-08 SIGEOM Texture MA Massif(ve) PR02000-08 SIGEOM Texture NO Nodulaire PR02000-08 VIA Texture SSM Semi-Massif SIGEOM Texture SW Stockwerk PR02000-08 SIGEOM Texture SJ Stratoïde (estratabound») PR02000-08 SIGEOM Texture SS Stringer PR02000-08 SIGEOM Texture PY Structure en cocarde (crustification , «cockade») PR02000-08 VIA Texture VN Veine Appendix Il : Claims list, Assinica project
Projet CDC,, aSNRC Row Column Surface (Ha)2 Enr Date Exp Date Assinica 2053605 32 J/11 13 28 54.64 20070208 20130207 1 Assinica 2053606 32 J/11 13 29 54.64 20070208 20130207 Assinica 2053607 32 J/11 13 30 54.64 20070208 20130207 Assinica 2053616 321/11 13 31 54.64 20070208 20130207 Assinica 2053617 32 J/11 13 32 54.64 20070208 20130207 Assinica 2053618 32 J/11 13 33 54.64 20070208 20130207 Assinica 2053602 32 J/11 14 28 54.64 20070208 20130207 Assinica 2053603 32 J/11 14 29 54.64 20070208 20130207 Assinica 2053604 32 J/11 14 30 54.64 20070208 20130207 Assinica 2053608 32 J/11 14 31 54.64 20070208 20130207 Assinica 2053609 32 J/11 14 32 54.64 20070208 20130207 Assinica 2053610 32 J/11 14 33 54.64 20070208 20130207 Assinica 2053611 32 J/11 14 34 54.64 20070208 20130207 Assinica 2053612 32 J/11 14 35 54.64 20070208 20130207 Assinica 2053613 32 J/11 14 36 54.64 20070208 20130207 Assinica 2053614 32 J/11 14 37 54.64 20070208 20130207 Assinica 2053615 32 J/11 14 38 54.64 20070208 20130207 1 Assinica 2053640 32 J/11 14 39 41.67 20070208 20130207 Assinica 2053641 32 J/11 14 40 16.43 20070208 20130207 Assinica 2053619 32 J/11 15 28 54.63 20070208 20130207 Assinica 2053620 32 J/11 15 29 54.63 20070208 20130207 Assinica 2053621 32 J/11 15 30 54.63 20070208 20130207 Assinica 2053622 32 J/11 15 31 54.63 20070208 20130207 Assinica 2053623 321/11 15 32 54.63 20070208 20130207 Assinica 2053624 32 J/11 15 33 54.63 20070208 20130207 1 Assinica 2053625 32 J/11 15 34 54.63 20070208 20130207 Assinica 2053632 32 J/11 15 35 54.63 20070208 20130207 Assinica 2053626 32 J/11 15 36 54.63 20070208 20130207 Assinica 2053627 32 J/11 15 37 54.63 20070208 20130207 Assinica 2053628 32 J/11 15 38 54.63 20070208 20130207 Assinica 2053629 32 J/11 15 39 54.63 20070208 20130207 Assinica 2053630 32 J/11 15 40 54.63 20070208 20130207 Assinica 2053633 32 J/11 15 41 54.63 20070208 20130207 Assinica 2053631 32 J/11 15 42 54.63 20070208 20130207 Assinica 2053634 32 J/11 16 28 54.62 20070208 20130207 Assinica 2053635 32 J/11 16 29 54.62 20070208 20130207 Assinica 2053636 32 J/11 16 30 54.62 20070208 20130207 Assinica 2053637 32 J/11 16 31 54.62 20070208 20130207 Assinica 2053638 32 J/11 16 32 54.62 20070208 20130207 Assinica 2053639 32 J/11 16 33 54.62 20070208 20130207 Assinica 2050052 32 J/11 16 34 54.62 20070120 20130119
1 Appendix II : Claims list, Assinica project
Projet CDC ésSNRC Row Column Surface (Na) Enr Date Exp Date Assinica 2050053 32 J/11 16 35 54.62 20070120 20130119 Assinica 2050054 32 J/11 16 36 54.62 20070120 20130119 Assinica 2050055 32 J/11 16 37 54.62 20070120 20130119 Assinica 2050056 32 J/11 16 38 54.62 20070120 20130119 Assinica 2050057 32 J/11 16 39 54.62 20070120 20130119 Assinica 2050058 32 J/11 16 40 54.62 20070120 20130119 Assinica 2050059 321/11 16 41 54.62 20070120 20130119 Assinica 2050060 32 J/11 16 42 54.62 20070120 20130119 Assinica 2050061 32 J/11 16 43 54.62 20070120 20130119 Assinica 2050062 32 J/11 17 28 54.61 20070120 20130119 Assinica 2050063 32 J/11 17 29 54.61 20070120 20130119 Assinica 2050064 32 J/11 17 30 54.61 20070120 20130119 Assinica 2050065 32 J/11 17 31 54.61 20070120 20130119 Assinica 2050066 32 J/11 17 32 54.61 20070120 20130119 Assinica 2050067 321/11 17 33 54.61 20070120 20130119 Assinica 2050068 32 J/11 17 34 54.61 20070120 20130119 Assinica 2050069 32 J/11 17 35 54.61 20070120 20130119 Assinica 2050070 32 J/11 17 36 54.61 20070120 20130119 Assinica 2050071 32 J/11 17 37 54.61 20070120 20130119 Assinica 2050072 32 J/11 17 38 54.61 20070120 20130119 Assinica 2050080 32 J/11 17 39 54.2 20070120 20130119 Assinica 2050081 32 J/11 17 40 47.48 20070120 20130119 Assinica 2050082 32 J/11 17 41 44.72 20070120 20130119 Assinica 2050083 32 J/11 17 42 47.95 20070120 20130119 Assinica 2050084 321/11 17 43 51.17 20070120 20130119 Assinica 2050085 32 J/11 17 44 54.09 20070120 20130119 Assinica 2050073 32 J/11 18 28 54.6 20070120 20130119 Assinica 2050074 32 J/11 18 29 54.6 20070120 20130119 Assinica 2050075 32 J/11 18 30 54.6 20070120 20130119 Assinica 2050076 32 J/11 18 31 54.6 20070120 20130119 Assinica 2050077 32 J/11 18 32 54.6 20070120 20130119 Assinica 2050078 32 J/11 18 33 54.6 20070120 20130119 Assinica 2050079 32 J/11 18 34 54.6 20070120 20130119 Assinica 2050086 32 J/11 18 35 46.43 20070120 20130119 Assinica 2050087 32 J/11 18 36 28.32 20070120 20130119 Assinica 2050088 32 J/11 18 37 19.42 20070120 20130119 Assinica 2050089 32 J/11 18 38 10.58 20070120 20130119 Assinica 2050090 32 J/11 18 45 5.28 20070120 20130119 Assinica 2198800 32 J/11 13 34 54.64 20100112 20120111 Assinica 2198801 32 J/11 13 35 54.64 20100112 20120111 Assinica 2198802 32 J/11 13 36 54.64 20100112 20120111 111111Appi= III: iMopsIIIIIPoullilidesIIIII3n, Mae prIMIll INN IMO I♦ IIIIII MI =I 11•11 OM NIB SIMI Ell
~ Principal Secondary Type Datum Zone X_UTM Y_UTM Texture Composition Alteration Mineralization No. Outcrop / Boulder lithology lithology ASA2011JFB-001 Bloc Erratique 83 18 484818 5605429 14B GM GR HJ MA CX(79) OX(20) OP(1) P0(0,1) AM(60) PG(34) CX(5) 484821 5605434 V3B M16 GM GR HJ MA PO ASA2011JFB-002 Bloc Erratique 83 18 OP(1) ASA2011JFB-003 Affleurement 83 18 484970 5605539 GT HJ MA FO CO PG AM AM(60) PG(30) CX(8) V3B M16 GT MA HJ IU ASA2011JFB-004 Affleurement 83 18 485274 5605976 OP(1) GR(1) AM(60) PG(30) CX(8) V3B M16 GT MA HJ IU ASA2011JFB-005 Affleurement 83 18 485357 5606039 OP(1) GR(1) AM(60) PG(30) CX(8) V3B M16 GT MA HJ IU P0(1) ASA2011JFB-006 Bloc Erratique 83 18 485368 5606063 OP(1) GR(1) ASA2011JFB-007 Affleurement 83 18 486087 5606106 V3B M16 HJ MA GF CO AM PG CX ASA2011JFB-008 Affleurement 83 18 486734 5606277 V3B M16 GT MA FO CO HK AM PG CX CL OP Appendix IV : Samples list, Trieste project
IdAffleur Type Occurence Datum Zone ,. UTM East UTM North Sample Package Tag. Number , ASA2011JFB-001 Bloc Erratique 83 18 484818 5605429 GOLF 194885 ASA2011JFB-002 Bloc Erratique 83 18 484821 5605434 GOLE 194886 ASA2011JFB-006 Bloc Erratique 83 18 485368 5606063 GOLE 194887
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