EV Resources Limited: Tungsten Assays up to 15.9% W at the Christina Tungsten-Tin project
Highlights:
- A substantial mapping and sampling campaign at Christina has concluded with the balance 339 samples analysed.
- A 2,500m diamond drilling campaign has been planned to test down-dip extensions of mineralised quartz veins and interpreted structural trap sites.
- Assay results from sampling include Tungsten (W) values up to 15.9% and Tin (Sn) up to 1.41%. Best results include:
- Sample ZX23 7.60% W
- Sample ZX305 15.90% W
- Sample ZX424 3.49% W
- Sample ZX425 15.90% W
- Sample ZX426 3.65% W
- Sample ZX428 14.70% W
- Sample ZX/G13 4.59% W
- Mapping reveals a 1–3km wide, NW-SE trending zone of mineralised E-W striking quartz veins and micro vein swarms that extend for 8km from the northern boundary to the southern end of the concessions.
- Quartz vein density and assay results for W and Sn are highest in the central portion of the concessions and will be the target for most of the planned initial drilling.
- A Mining Licence has been issued over part of the 48km2 project area, with final environmental permits imminent.
27th February 2023, EV Resources Limited (“EVR”, or “the Company”) is pleased to report an update on the analytical results from a further 339 rock samples collected within the framework of a comprehensive sampling programme at the Christina Tin-Tungsten Project in Morocco, from locations on surface and underground.
A total of 439 samples have been collected from centimetre to metre-thick quartz veins, (some samples with visible wolframite and scheelite mineralisation), from millimetre to centimetre-thick micro veins, and from the hosting two-mica granite in the immediate vicinity of the veins. Numerous veins from the most prospective segments of the concessions were mapped, surveyed and characterised.
Results from 100 of the 439 samples were reported on 17 November 2022 (refer ASX release “Further High Grade Results at the Christina Tin-Tungsten Project”) with the remaining 339 sample results reported in this announcement.
Figure 1: Christina Project location, sample positions, tungsten assays, quartz veining
Figure 2: Christina Project location, sample positions, tin assays, quartz veining
Geological Report
The Christina Tin (Sn) and Tungsten (W) grassroots exploration project is located approximately 120km east of Casablanca, Morocco. EVR has secured an option for a large area of 48 square kilometres under licence, a proportion of which has been converted to a Mining Licence.
The project area has seen sporadic mining during the 1930’s through to the early 1980’s, from a few nearly vertical shafts to 120m below surface and from at least three horizontal adits with lengths of up to 150m. Ore was hand-sorted and no plant was ever in operation. There has been no modern exploration undertaken within the concessions.
The deposit is located in the southern part of the Hercynian granitic Zaer intrusive complex. Mineralisation is associated with a coarse-grained two-mica granite, frequently greisenised and showing potassic alteration, and hosting a locally high density of quartzose micro veins.
Mapping of structure and geology initially focused on the better-known central areas of the concessions (see Figure 1), where most of the historical mining and extraction had occurred. Mapping and sampling activities were subsequently extended to the north and south, and in the process outlining multiple mineralised veins that apparently had previously never been explored or mined.
Mapping has demonstrated a NW-SE trending, 1 to 3 kilometre wide corridor of approximately E-W striking quartz veins and micro veins that are frequently mineralised. There are very few veins striking in directions other than E-W. The SW part of the concessions is underlain by biotite granite that appears to have less prospectivity for mineralisation. The north-eastern and eastern parts of the concessions, although underlain by the highly prospective two-mica granite, were not investigated at this stage due to agricultural cover.
Analytical Results
Table 1 shows a compilation of assays of Tungsten and Tin elements in all 439 samples collected during the entire mapping and sampling programme. Sample numbers, descriptions and coordinates for the latest batch of 339 samples are highlighted in light blue.
Tungsten (W):
Of the 339 samples collected from quartz veins at the Christina Project, 22 recorded values in excess of 1% W, while another 37 samples ranged between 0.1 to 1% W.
For the 439 samples collected in total during the programme, 36 samples recorded values >1% W (including four samples exceeding the upper XRF detection limit of 15.9% W), plus another 51 samples with values ranging between 0.1 to 1% W. The average value for all 439 samples calculates at 0.45% W, including barren granite samples.
Tin (Sn):
Of the 339 new samples, 6 recorded values >0.5% Sn, with a maximum of 1.4% Sn, while another 23 samples recorded values in a range of 0.1 to 0.5% Sn.
For the 439 samples collected in total, six samples recorded >0.5% Sn, and 37 values >0.1 to 0.5% Sn. The averaged value for all 439 samples calculates at 0.04% Sn, including barren granite samples.
Next Steps
A reconnaissance-style diamond exploration programme of approximately 2,500 metres has been designed to test down-dip extensions of mineralised quartz veins, and to drill into interpreted structural traps potentially hosting mineralisation.
Under EVR’s agreement to acquire the Christine Project, EVR holds the right to exercise its option to acquire 60% of Skiait Mining, the 100% owner of Sokhret Allal Tin-Tungsten ‘Christina’ Project. (See ASX Announcement dated 26th May 2022 “EVR to Acquire Christina Tin - Tungsten Project in Morocco”).
The Company has been advised that the final environmental permit for the Mining Licence is imminent. Drilling will commence as soon as possible after that permit is received.
Upcoming News
It is anticipated that the following activities will take place on the Christina Project over the next few months, subject to changes or delays which may be out of the Company’s control.
- March 2023 – Grant of environmental permit
- April 2023 – Commencement of drilling
ENDS
For further information, please contact:
Luke Martino
Non-Executive Chairman
Tel: +61 8 6489 0600
Adrian Paul
Executive Director
Tel: +61 8 6489 0600
Link to the original news: https://cdn-api.markitdigital.com/apiman-gateway/ASX/asx-research/1.0/file/2924-02636526-6A1138112?access_token=83ff96335c2d45a094df02a206a39ff4
This ASX announcement was authorised for release by the Board of EV Resources Limited.
Forward Looking Statement
Forward Looking Statements regarding EVR´s plans with respect to its mineral properties and programmes are forward-looking statements. There can be no assurance that EVR’s plans for development of its mineral properties will proceed as currently expected. There can also be no assurance that EVR will be able to confirm the presence of additional mineral resources, that any mineralisation will prove to be economic or that a mine will successfully be developed on any of EVR’s mineral properties. The performance of EVR may be influenced by a number of factors which are outside the control of the Company and its Directors, staff, and contractors. These statements include, but are not limited to statements regarding future production, resources or reserves and exploration results. All of such statements are subject to certain risks and uncertainties, many of which are difficult to predict and generally beyond the control of the company, that could cause actual results to differ materially from those expressed in, or implied or projected by, the forward-looking information and statements. These risks and uncertainties include, but are not limited to: (i) those relating to the interpretation of drill results, the geology, grade and continuity of mineral deposits and conclusions of economic evaluations, (ii) risks relating to possible variations in reserves, grade, planned mining dilution and ore loss, or recovery rates and changes in project parameters as plans continue to be refined, (iii) the potential for delays in exploration or development activities or the completion of feasibility studies, (iv) risks related to commodity price and foreign exchange rate fluctuations, (v) risks related to failure to obtain adequate financing on a timely basis and on acceptable terms or delays in obtaining governmental approvals or in the completion of development or construction activities, and (vi) other risks and uncertainties related to the company’s prospects, properties and business strategy. Our audience is cautioned not to place undue reliance on these forward-looking statements that speak only as of the date hereof, and we do not undertake any obligation to revise and disseminate forward-looking statements to reflect events or circumstances after the date hereof, or to reflect the occurrence of or non-occurrence of any events.
Competent Person’s Statement
The information in this release that relates to Exploration Results is based on information compiled by Mr Baker Khudeira who is a Member of the Australian Institute of Mining and Metallurgy (MAusIMM Number 230652). Mr Khudeira is a consultant to EVR. Mr Khudeira has sufficient experience which is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking to qualify as a Competent Person as defined in the 2012 Edition of the “Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves”. Mr Khudeira consents to the inclusion in this announcement of the matters based on information in the form and context in which it appears
Compliance Statement
This announcement contains information on the Christina Tungsten-Tin Project extracted from an ASX market announcements dated 21 September 2022 and 17 November 2022 and reported in accordance with the 2012 edition of the “Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves” ("2012 JORC Code"). EVR confirms that it is not aware of any new information or data that materially affects the information included in the original ASX market announcement.
Table 1. Assay Results for 439 Samples from the Christina Project
Sample No. |
Description |
Easting |
Northing |
Sn |
W |
|
w = wolframite; sch = scheelite; fsp = feldspar |
X |
Y |
ppm |
ppm |
ZX 001 |
major vein from trench, with w |
-6.742668 |
33.194482 |
2500 |
19850 |
ZX 002 |
major vein from trench level, greyish quartz with w |
-6.742917 |
33.194553 |
490 |
23900 |
ZX 003 |
massive quartz vein, 130cm, traces of w |
-6.743308 |
33.194587 |
130 |
32 |
ZX 004 |
quartz vein, 40cm, finely disseminated w? |
-6.741815 |
33.194565 |
17 |
12 |
ZX 005 |
40cm wide corridor of quartz, granite, traces of w (2,5m distance from ZX004) |
-6.741811 |
33.194534 |
29 |
34 |
ZX 006 |
anastomosing quartz veins, 4-48cm, minor w |
-6.743372 |
33.194604 |
918 |
4730 |
ZX 007 |
quartz vein, traces of w |
-6.743678 |
33.194711 |
4150 |
593 |
ZX 008 |
quartz vein, 1cm |
-6.744520 |
33.194600 |
25 |
7 |
ZX 009 |
quartz vein, w |
-6.744955 |
33.195192 |
2950 |
21900 |
ZX 010 |
quartz vein, 1,5cm |
-6.745090 |
33.194380 |
25 |
21 |
ZX 011 |
quartz vein, traces of w |
-6.745950 |
33.195378 |
759 |
976 |
ZX 012 |
quartz, mica and fsp vein structure, not mineralised; crosscuted by fracture (N40E) |
-6.745278 |
33.194086 |
19 |
20 |
ZX 013 |
quartz vein, with w |
-6.746088 |
33.195635 |
153 |
14 |
ZX 014 |
grey quartz lens, up to 15cm, millimetric w |
-6.745227 |
33.194290 |
160 |
21100 |
ZX 015 |
quartz vein, traces of w |
-6.746634 |
33.195688 |
43 |
13 |
ZX 016 |
quartz vein, traces of w, corresponds to a system of veins of 1-10cm |
-6.745534 |
33.194494 |
3860 |
241 |
ZX 017 |
quartz vein, with w |
-6.746836 |
33.195416 |
2010 |
29900 |
ZX 018 |
quartz, muscovite and fsp vein, 5cm |
-6.745937 |
33.194595 |
31 |
19 |
ZX 019 |
quartz vein in granite |
-6.745178 |
33.194162 |
31 |
18 |
ZX 020 |
quartz vein in granite |
-6.745658 |
33.193993 |
41 |
29 |
ZX 021 |
quartz vein, with w |
-6.747281 |
33.195423 |
240 |
12250 |
ZX 022 |
brecciated grey quartz vein, up to 40cm, traces of millimetric w and sch |
-6.746979 |
33.195670 |
17 |
18 |
ZX 023 |
quartz vein, with w |
-6.747857 |
33.195453 |
7250 |
76000 |
ZX 024 |
grey-white quartz vein structure, 3-11cm, with geodes |
-6.747711 |
33.195760 |
38 |
27 |
ZX 025 |
quartz vein, traces of w |
-6.748469 |
33.195514 |
17 |
17 |
ZX 026 |
lenticular structure with quartz, mica and fsp, 2-3cm |
-6.748800 |
33.195694 |
28 |
16 |
ZX 027 |
quartz vein, traces of w |
-6.748330 |
33.195347 |
72 |
29 |
ZX 028 |
quartz vein, with granite breccia, 56cm |
-6.747723 |
33.195158 |
92 |
29 |
ZX 029 |
mineralised veins with quartz, oxidised |
-6.748750 |
33.195312 |
544 |
564 |
ZX 030 |
grey quartz vein, brecciated, with w and malachite, 34cm |
-6.747525 |
33.194942 |
571 |
708 |
ZX 031 |
faintly mineralised veins with quartz, oxidised |
-6.749125 |
33.195390 |
12 |
17 |
ZX 032 |
granitic host rock |
-6.747756 |
33.195227 |
17 |
6 |
ZX 033 |
granitic host rock |
-6.749117 |
33.195223 |
23 |
24 |
ZX 034 |
grey quartz vein, brecciated, with w and malachite, 34cm |
-6.747952 |
33.194966 |
2110 |
16850 |
ZX 035 |
faintly mineralised veins with quartz, oxidised |
-6.749536 |
33.195600 |
44 |
82 |
ZX 036 |
massive quartz vein, up to 10cm |
-6.748463 |
33.195006 |
32 |
11 |
ZX 037 |
mineralised veins with quartz, oxidised |
-6.750170 |
33.195862 |
240 |
2550 |
ZX 038 |
grey quartz vein, lenticular, 3-20cm |
-6.748609 |
33.194937 |
105 |
2620 |
ZX 039 |
quartz vein, 3-15cm, vein walls are are greisenised |
-6.749269 |
33.195009 |
445 |
42 |
ZX 040 |
quartz veins, traces of w, oxidised |
-6.749698 |
33.195130 |
20 |
30 |
ZX 041 |
2 quartz veins, traces of w, oxidised |
-6.749985 |
33.194893 |
23 |
4 |
ZX 042 |
grey quartz, oxidation |
-6.750442 |
33.195102 |
25 |
92 |
ZX 043 |
quartz veins, traces of w, oxidised |
-6.750036 |
33.195050 |
12 |
5 |
ZX 044 |
grey quartz, 5cm, croscuted by fault N170 |
-6.746815 |
33.194636 |
180 |
929 |
ZX 045 |
quartz vein, w |
-6.747567 |
33.194582 |
180 |
21200 |
ZX 046 |
grey quartz, 5cm |
-6.747145 |
33.194712 |
84 |
8 |
ZX 047 |
quartz veins, oxidation |
-6.748344 |
33.194492 |
3450 |
1855 |
ZX 048 |
quartz vein, 3cm |
-6.747662 |
33.194752 |
20 |
19 |
ZX 049 |
quartz veins, traces of oxidation |
-6.749888 |
33.194600 |
17 |
16 |
ZX 050 |
pegmatite with quartz, feldspar and micas, 4cm |
-6.745774 |
33.193527 |
15 |
3 |
ZX 051 |
quartz vein with traces of iron oxides |
-6.750133 |
33.194721 |
203 |
9 |
ZX 052 |
quartz, some w |
-6.746342 |
33.193578 |
104 |
249 |
ZX 053 |
quartz vein, traces of iron oxides |
-6.744718 |
33.193566 |
394 |
49 |
ZX 054 |
quartz vein, traces of cassiterite |
-6.746115 |
33.193548 |
7010 |
25 |
ZX 055 |
quartz vein with iron oxides |
-6.744905 |
33.193926 |
18 |
5 |
ZX 056 |
granitic host rock |
-6.746284 |
33.193621 |
15 |
2 |
ZX 057 |
quartz vein with iron oxides |
-6.745164 |
33.193467 |
282 |
8230 |
ZX 058 |
granitic host rock |
-6.746380 |
33.193511 |
16 |
9 |
ZX 059 |
quartz vein with iron oxides |
-6.747060 |
33.195480 |
25 |
17 |
ZX 060 |
quartz vein with iron oxides |
-6.744351 |
33.193109 |
57 |
17 |
ZX 061 |
quartz-iron oxides, tension gashes |
-6.745874 |
33.193624 |
505 |
938 |
ZX 062 |
quartz vein with iron oxides |
-6.743709 |
33.193288 |
15 |
4 |
ZX 063 |
granitic host rock |
-6.745874 |
33.193735 |
14 |
19 |
ZX 064 |
quartz, slight oxidation |
-6.745302 |
33.192648 |
724 |
188 |
ZX 065 |
granitic host rock |
-6.746115 |
33.193653 |
16 |
5 |
ZX 066 |
quartz vein with iron oxides |
-6.743156 |
33.192888 |
25 |
34 |
ZX 067 |
quartz vein with iron oxides |
-6.746426 |
33.193746 |
288 |
4 |
ZX 068 |
quartz vein with iron oxides |
-6.744647 |
33.192641 |
2930 |
1400 |
ZX 069 |
quartz vein with iron oxides |
-6.746094 |
33.193879 |
34 |
24 |
ZX 070 |
quartz vein with iron oxides |
-6.743780 |
33.192913 |
30 |
8 |
ZX 071 |
mineralized veins with quartz and oxidation |
-6.747180 |
33.194201 |
330 |
9190 |
ZX 072 |
granitic host rock |
-6.744149 |
33.193083 |
18 |
1 |
ZX 073 |
quartz vein with iron oxides |
-6.746743 |
33.193701 |
2380 |
1035 |
ZX 074 |
pegmatite with quartz, fsp and micas, 3cm |
-6.744025 |
33.192211 |
19 |
9 |
ZX 075 |
mineralized veins with quartz and oxidation |
-6.744046 |
33.192527 |
279 |
2580 |
ZX 076 |
quartz vein, 10cm, 4 m in length |
-6.743487 |
33.192048 |
3770 |
214 |
ZX 077 |
quartz vein with iron oxides |
-6.743518 |
33.192629 |
25 |
9 |
ZX 078 |
granitic host rock, cut by fractures (F1 : N70E; F2 : N30E) |
-6.743448 |
33.192469 |
23 |
8 |
ZX 079 |
quartz vein with iron oxides |
-6.742840 |
33.192538 |
27 |
45 |
ZX 080 |
grey quartz, w (5mm aggregate), 10cm |
-6.743381 |
33.192194 |
598 |
902 |
ZX 081 |
pegmatite with quartz, 10cm |
-6.743281 |
33.192780 |
43 |
5 |
ZX 082 |
quartz vein with iron oxides |
-6.746421 |
33.193273 |
17 |
8 |
ZX 083 |
granitic host rock |
-6.742805 |
33.192846 |
17 |
6 |
ZX 084 |
quartz vein with iron oxides |
-6.746920 |
33.193273 |
12 |
5 |
ZX 085 |
quartz, with iron oxidation, 20cm |
-6.747246 |
33.193245 |
59 |
32 |
ZX 086 |
grey quartz, traces of w, 2cm |
-6.747643 |
33.193149 |
21 |
30 |
ZX 087 |
quartz vein with iron oxides |
-6.747254 |
33.193597 |
342 |
34 |
ZX 088 |
grey quartz vein, 2cm, intersected by N-S fracture |
-6.748103 |
33.193192 |
17 |
16 |
ZX 089 |
mineralized veins with quartz and oxidation |
-6.747176 |
33.193539 |
19 |
187 |
ZX 090 |
granitic host rock |
-6.747783 |
33.193400 |
14 |
3 |
ZX 091 |
mineralized veins with quartz and oxidation |
-6.744030 |
33.196270 |
850 |
14 |
ZX 092 |
granitic host rock |
-6.748660 |
33.196070 |
16 |
6 |
ZX 093 |
quartz vein with iron oxides, 50cm |
-6.746064 |
33.197905 |
4 |
19 |
ZX 094 |
veins with iron oxides and indicatopn of w, 5cm |
-6.753334 |
33.200139 |
32 |
9 |
ZX 095 |
parallel veins of quartz, 3cm |
-6.754156 |
33.199262 |
41 |
52 |
ZX 096 |
parallel veins of quartz within brecciated granite of 5-10 cm |
-6.752330 |
33.200488 |
45 |
5 |
ZX 097 |
quartz vein, 6cm |
-6.752015 |
33.201159 |
3240 |
9010 |
ZX 098 |
major vein in trench, greyish quartz, traces of w |
-6.759325 |
33.198487 |
283 |
279 |
ZX 099 |
major quartz vein with iron oxidation |
-6.748748 |
33.200566 |
412 |
44 |
ZX 100 |
major quartz vein with iron oxidation, > 30cm |
-6.752078 |
33.197410 |
4 |
42 |
ZX 101 |
two quartz veins with iron oxidation, < 2cm |
-6.751006 |
33.197933 |
6 |
5 |
ZX 102 |
grey granite with muscovite and biotite |
-6.751490 |
33.197774 |
11 |
15 |
ZX 103 |
massive granite, two micas |
-6.749149 |
33.198691 |
20 |
10 |
ZX 104 |
quartz veins, 3-5cm, w |
-6.746496 |
33.200228 |
46 |
5030 |
ZX 105 |
quartz vein, w, granite |
-6.745233 |
33.200936 |
4030 |
74300 |
ZX 106 |
quartz vein, with malachite and iron oxides |
-6.745207 |
33.200921 |
1370 |
985 |
ZX 107 |
quartz micro vein |
-6.744199 |
33.200826 |
31 |
22 |
ZX 108 |
quartz vein with iron oxides, two-mica granite, indication of malachite |
-6.747685 |
33.198111 |
133 |
67 |
ZX 109 |
three grey quartz veins @ 2cm |
-6.750147 |
33.202116 |
20 |
19 |
ZX 110 |
quartz vein, 2-3cm, within granitic host rock |
-6.747965 |
33.201022 |
19 |
20 |
ZX 111 |
quartz vein, > 20cm |
-6.747586 |
33.200788 |
2 |
264 |
ZX 112 |
quartz vein, 1-3cm |
-6.747272 |
33.200796 |
84 |
39 |
ZX 113 |
quartz vein, 3-5cm, oxidised |
-6.748029 |
33.200900 |
45 |
37 |
ZX 114 |
two quartz veins, traces of w, in granite |
-6.748860 |
33.199054 |
11 |
187 |
ZX 115 |
major vein with grey quartz and w, 80cm |
-6.752778 |
33.198887 |
270 |
601 |
ZX 116 |
major quartz vein, w, 70 cm |
-6.753349 |
33.198946 |
2110 |
28400 |
ZX 117 |
quartz vein, 15cm |
-6.753854 |
33.198448 |
20 |
9 |
ZX 118 |
quartz vein, 4cm |
-6.754291 |
33.197460 |
168 |
20 |
ZX 119 |
quartz vein, 12cm |
-6.752872 |
33.197883 |
16 |
6 |
ZX 120 |
major vein with grey quartz and oxides, pyrite, 70cm |
-6.754448 |
33.201714 |
50 |
12750 |
ZX 121 |
quartz vein, 27cm |
-6.756435 |
33.200314 |
34 |
51 |
ZX 122 |
quartz vein, traces of w, 4-8cm |
-6.757215 |
33.199443 |
176 |
268 |
ZX 123 |
major vein, 60cm |
-6.756860 |
33.197746 |
4 |
2 |
ZX 124 |
massive quartz vein, 5cm |
-6.755570 |
33.197281 |
522 |
24 |
ZX 125 |
quartz vein, 7cm |
-6.756152 |
33.197230 |
32 |
86 |
ZX 126 |
massive quartz vein, w, 20cm |
-6.755256 |
33.199134 |
1170 |
118000 |
ZX 127 |
major vein in trench, w, 80cm |
-6.758174 |
33.197047 |
2390 |
13200 |
ZX 128 |
lens structure with grey quartz, up to 20cm |
-6.759620 |
33.197565 |
26 |
18 |
ZX 129 |
major vein, 100cm |
-6.760299 |
33.197761 |
31 |
17 |
ZX 130 |
quartz vein, oxidised, 12cm |
-6.756644 |
33.196435 |
48 |
14 |
ZX 131 |
quartz vein, 10cm, w, iron oxide |
-6.757104 |
33.195930 |
1845 |
7610 |
ZX 132 |
quartz vein, 12cm, iron oxide |
-6.757058 |
33.196175 |
411 |
458 |
ZX 133 |
micro-vein, 2cm, w, iron oxide |
-6.757510 |
33.196199 |
1455 |
9560 |
ZX 134 |
quartz vein, 10cm, iron oxide |
-6.757629 |
33.195971 |
40 |
36 |
ZX 135 |
quartz vein, 12cm, iron oxide |
-6.759213 |
33.195563 |
4 |
33 |
ZX 136 |
quartz vein, 7cm, iron oxide |
-6.759310 |
33.195675 |
10 |
11 |
ZX 137 |
micro-vein, 7cm, grey quartz, iron oxide |
-6.759474 |
33.196061 |
8 |
5 |
ZX 138 |
micro-vein, 7cm, grey quartz, iron oxide |
-6.757904 |
33.196403 |
305 |
560 |
ZX 139 |
Vein of 20 cm gray quartz and iron oxide |
-6.761137 |
33.192787 |
31 |
6 |
ZX 140 |
quartz vein, 30cm, w, iron oxide |
-6.754432 |
33.193068 |
3760 |
7160 |
ZX 141 |
granite |
-6.755741 |
33.193386 |
15 |
3 |
ZX 142 |
granite |
-6.755752 |
33.193413 |
15 |
5 |
ZX 143 |
micro-vein, 3cm, grey quartz, iron oxide |
-6.755769 |
33.193322 |
42 |
815 |
ZX 144 |
major vein with grey quartz, w and malachite, 50cm |
-6.758010 |
33.193232 |
91 |
5610 |
ZX 145 |
micro-vein with quartz and iron oxidation |
-6.752628 |
33.191348 |
4 |
11 |
ZX 146 |
micro-vein with quartz and iron oxidation |
-6.753256 |
33.191018 |
4 |
4 |
ZX 147 |
micro-vein with quartz and iron oxidation |
-6.754913 |
33.190037 |
6 |
12 |
ZX 148 |
corridor of micro veins, with quartz and iron oxidation |
-6.755087 |
33.190103 |
3 |
3 |
ZX 149 |
micro-vein with quartz and iron oxidation |
-6.754971 |
33.189951 |
52 |
5 |
ZX 150 |
micro-vein with quartz and iron oxidation |
-6.755324 |
33.189938 |
7 |
3 |
ZX 151 |
micro-vein with quartz and iron oxidation |
-6.756089 |
33.190071 |
16 |
6 |
ZX 152 |
major vein with grey quartz, w, 65cm |
-6.749541 |
33.193528 |
1440 |
159000 |
ZX 153 |
major vein with grey quartz, w, 50cm |
-6.752055 |
33.192106 |
597 |
5860 |
ZX 154 |
micro-vein with quartz and iron oxidation |
-6.753986 |
33.190669 |
2 |
6 |
ZX 155 |
micro-vein with quartz and iron oxidation |
-6.755697 |
33.189840 |
21 |
27 |
ZX 156 |
micro-vein with quartz and iron oxidation |
-6.756094 |
33.189297 |
28 |
84 |
ZX 157 |
major vein with grey quartz, w, 50cm |
-6.757621 |
33.186114 |
3410 |
159000 |
ZX 158 |
quartz veins, oxidised |
-6.758024 |
33.186938 |
80 |
56700 |
ZX 159 |
major vein with grey quartz, some w, 50cm |
-6.758935 |
33.187875 |
283 |
1920 |
ZX 160 |
major vein with grey quartz, traces of w, iron oxides, 60cm |
-6.745006 |
33.191595 |
23 |
62 |
ZX 161 |
micro-vein with quartz, w, 5cm, heavily veined within 3-5m |
-6.745907 |
33.191378 |
26 |
8700 |
ZX 162 |
major vein, network of micro-veins in granite, traces of w, iron oxides, 60cm |
-6.742508 |
33.190990 |
91 |
22 |
ZX 163 |
micro-vein in coarse pink granite, 3cm |
-6.741961 |
33.191326 |
17 |
10 |
ZX 164 |
micro-vein, indication of w, 5-10cm, in tension gash |
-6.739445 |
33.193556 |
24 |
10 |
ZX 165 |
major vein, network of micro-veins in granite, iron oxides, corridor width of 4m |
-6.736465 |
33.193155 |
7 |
30 |
ZX 166 |
major vein, traces of w, iron oxides, 40cm |
-6.734147 |
33.193008 |
498 |
24 |
ZX 167 |
micro-vein filling, 3-5cm |
-6.731586 |
33.193644 |
8 |
20 |
ZX 168 |
major vein, 50cm |
-6.759567 |
33.188928 |
16 |
10 |
ZX 169 |
major vein, 50cm |
-6.762200 |
33.192730 |
222 |
15 |
ZX 170 |
quartz vein, with iron oxides |
-6.758986 |
33.190352 |
49 |
10 |
ZX 171 |
tension gash, with quartz, iron oxidation, w |
-6.758054 |
33.190379 |
12 |
1905 |
ZX 172 |
quartz vein, oxidised |
-6.756862 |
33.190465 |
14 |
6 |
ZX 173 |
quartz vein, oxidised |
-6.754294 |
33.189149 |
11 |
50 |
ZX 174 |
major vein, grey quartz, iron oxides, 10cm |
-6.751223 |
33.201097 |
75 |
10 |
ZX 175 |
micro quartz vein, with oxidation, 1,5cm |
-6.751362 |
33.201179 |
21 |
4 |
ZX 176 |
micro vein, with quartz and iron oxidation, 1cm |
-6.749850 |
33.200437 |
364 |
96 |
ZX 177 |
quartz vein, w, oxidised, malachite coating, 7cm |
-6.749490 |
33.200030 |
5220 |
12200 |
ZX 178 |
quartz vein, iron oxidation, 6cm |
-6.750200 |
33.201200 |
59 |
26 |
ZX 179 |
quartz vein, oxidised |
-6.750820 |
33.202430 |
26 |
8 |
ZX 180 |
major vein (#1), frequent traces of w, 65cm |
-6.737788 |
33.197780 |
1 |
2 |
ZX 181 |
major vein (#1), frequent traces of w, 50cm |
-6.736567 |
33.197054 |
1 |
4 |
ZX 182 |
major vein (#2), with brecciated quartz and pyrite and iron oxides, 70cm |
-6.738037 |
33.196651 |
21 |
4 |
ZX 183 |
major vein (#2), with brecciated quartz and pyrite and iron oxides, 100cm |
-6.735219 |
33.196022 |
9 |
5 |
ZX 184 |
major vein (#1), 50cm |
-6.735211 |
33.196379 |
2 |
15 |
ZX 185 |
granite between major veins #1 and #2 |
-6.735664 |
33.196675 |
15 |
3 |
ZX 186 |
granite between major veins #1 and #2 |
-6.734635 |
33.195787 |
14 |
2 |
ZX 187 |
major vein (#2) occurring as corridor of veins with quartz, pyrite and iron oxides, 100cm |
-6.733652 |
33.195823 |
19 |
4 |
ZX 188 |
micro-veins with pyrite and iron oxides, 15cm |
-6.753796 |
33.188564 |
9 |
12 |
ZX 189 |
quartz vein, 20cm |
-6.754468 |
33.188024 |
30 |
6 |
ZX 190 |
micro-veins, 3-10cm |
-6.754259 |
33.187532 |
25 |
8 |
ZX 191 |
major vein, iron oxides, 100cm |
-6.758917 |
33.194163 |
1 |
18 |
ZX 192 |
major vein, iron oxides, 40cm |
-6.761055 |
33.194265 |
73 |
35 |
ZX 193 |
quartz vein, iron oxides, 20cm |
-6.760363 |
33.195102 |
11 |
15 |
ZX 194 |
quartz vein, iron oxides, muscovite, 30cm |
-6.761237 |
33.196450 |
6 |
7 |
ZX 195 |
major vein, iron oxides, 100cm |
-6.760960 |
33.195556 |
1 |
7 |
ZX 196 |
corridor of veins, iron oxides, w and probably sch, 10cm |
-6.762471 |
33.195505 |
300 |
37200 |
ZX 197 |
corridor of veins, iron oxides, w, traces of malachite, 200cm |
-6.764518 |
33.195538 |
300 |
16100 |
ZX 198 |
major vein, iron oxides,w, 60cm |
-6.763344 |
33.194354 |
430 |
15100 |
ZX 199 |
quartz veins, iron oxides, 25cm |
-6.765200 |
33.193953 |
4 |
3 |
ZX 200 |
major vein, iron oxides, 80cm |
-6.763952 |
33.196438 |
63 |
4 |
ZX 201 |
major vein, iron oxides, 100cm |
-6.765960 |
33.196761 |
7 |
45 |
ZX 202 |
quartz vein, 3cm |
-6.754389 |
33.197252 |
89 |
112 |
ZX 203 |
quartz vein, 15cm |
-6.754666 |
33.197451 |
3 |
4 |
ZX 204 |
quartz vein, traces of iron oxide, w, 5cm |
-6.755696 |
33.199188 |
1360 |
24500 |
ZX 205 |
major vein, some w, 100cm |
-6.757181 |
33.196647 |
287 |
3660 |
ZX 206 |
quartz vein, 1-12cm |
-6.756872 |
33.197189 |
3 |
9 |
ZX 207 |
major vein, w, 60cm |
-6.756146 |
33.196941 |
1205 |
3880 |
ZX 208 |
quartz vein, w, 7-20cm |
-6.757816 |
33.195762 |
14050 |
6450 |
ZX 209 |
granitic host, 3m N of ZX208 |
-6.757813 |
33.195744 |
18 |
5 |
ZX 210 |
granitic host, 3m S of ZX208 |
-6.757820 |
33.195835 |
16 |
4 |
ZX 211 |
quartz vein, 5-10cm |
-6.758460 |
33.195603 |
3 |
26 |
ZX 212 |
quartz vein, traces of iron oxide, 15cm |
-6.752884 |
33.199137 |
23 |
4 |
ZX 213 |
major vein, 80cm, some sulphides |
-6.759622 |
33.193120 |
26 |
9 |
ZX 214 |
major vein, 70cm |
-6.760388 |
33.193299 |
135 |
60 |
ZX 215 |
major vein, 60cm, iron oxides |
-6.760983 |
33.193263 |
364 |
14 |
ZX 216 |
major vein, 50cm |
-6.761778 |
33.193078 |
3 |
44 |
ZX 217 |
major vein, white quartz, iron oxides |
-6.736441 |
33.190227 |
12 |
59 |
ZX 218 |
major vein, white quartz, iron oxides |
-6.735684 |
33.189536 |
7 |
4 |
ZX 219 |
major vein, white quartz, iron oxides |
-6.736028 |
33.188706 |
1055 |
55 |
ZX 220 |
major vein, white quartz, iron oxides |
-6.737319 |
33.188331 |
17 |
6 |
ZX 221 |
major vein, white quartz, iron oxides, dextral movement |
-6.737707 |
33.187734 |
28 |
5 |
ZX 222 |
major vein, white quartz, iron oxides |
-6.734337 |
33.188769 |
2 |
2 |
ZX 223 |
major vein, white quartz, iron oxides |
-6.733298 |
33.189693 |
10 |
14 |
ZX 224 |
major vein, white quartz, iron oxides |
-6.737502 |
33.189481 |
3200 |
16 |
ZX 225 |
micro-vein, 3cm, iron oxides |
-6.751133 |
33.186227 |
22 |
17 |
ZX 226 |
micro-vein, 3cm, rare w, iron oxides |
-6.750430 |
33.185769 |
25 |
342 |
ZX 227 |
quartz vein, 8-10cm, masive w, sulphides and iron oxides |
-6.751138 |
33.186015 |
290 |
21700 |
ZX 228 |
quartz vein, 10cm |
-6.752355 |
33.185221 |
63 |
21 |
ZX 229 |
major vein, brecciated quartz and iron oxides |
-6.754745 |
33.182675 |
12 |
9 |
ZX 230 |
quartz vein, large muscovite flakes and orthoclase clasts, 1m corridor with multiple veins |
-6.756245 |
33.182204 |
13 |
7 |
ZX 231 |
micro-vein, iron oxides |
-6.754993 |
33.181708 |
2 |
3 |
ZX 232 |
micro-vein, iron oxides |
-6.751875 |
33.181886 |
7 |
63 |
ZX 235 |
major vein, iron oxides, 60cm |
-6.767420 |
33.196886 |
2 |
16 |
ZX 236 |
cm-thick vein, 2-3cm |
-6.765473 |
33.198522 |
8 |
9 |
ZX 237 |
tension gash with quartz and traces of iron oxides, 15cm |
-6.765198 |
33.200413 |
1270 |
2130 |
ZX 238 |
quartz vein array, iron oxides, average 10cm |
-6.765058 |
33.200832 |
8 |
548 |
ZX 239 |
quartz vein, iron oxides, pyrite stains, w, 15cm |
-6.765223 |
33.201239 |
30 |
4560 |
ZX 240 |
quartz vein, iron oxides, w, intense hydrothermal alteration, 10cm |
-6.762991 |
33.200836 |
320 |
4470 |
ZX 241 |
quartz vein, iron oxides, w, intense hydrothermal alteration, 5cm |
-6.763570 |
33.200453 |
1790 |
332 |
ZX 242 |
network of quartz veins, iron oxides, 5cm average |
-6.764266 |
33.200971 |
3 |
3 |
ZX 243 |
quartz vein, traces of iron oxide, 10-20cm |
-6.753268 |
33.199336 |
138 |
26 |
ZX 244 |
anastomosing quartz veins, traces of w, 2-10cm |
-6.754052 |
33.199921 |
471 |
1055 |
ZX 245 |
quartz vein, 3-7cm |
-6.755148 |
33.199812 |
12 |
5 |
ZX 246 |
quartz vein, rare w, 10-15cm |
-6.755249 |
33.200975 |
30 |
1025 |
ZX 247 |
major vein, 35cm |
-6.755935 |
33.200509 |
17 |
22 |
ZX 248 |
major vein, 30cm |
-6.759986 |
33.199566 |
2 |
3 |
ZX 249 |
quartz vein, w, 4cm |
-6.760032 |
33.199784 |
616 |
5140 |
ZX 250 |
quartz vein, iron oxides, rare w, 10cm |
-6.760090 |
33.200812 |
135 |
102 |
ZX 251 |
quartz vein, feldspar clasts, w, 10cm |
-6.761138 |
33.201113 |
1330 |
21500 |
ZX 252 |
quartz vein, traces of iron oxides, some w, 1-8cm |
-6.761084 |
33.201504 |
82 |
764 |
ZX 253 |
major vein, 80cm, iron oxides |
-6.917475 |
32.899586 |
4 |
3 |
ZX 254 |
micro-vein, 6cm |
-6.740154 |
33.203102 |
8 |
7 |
ZX 255 |
micro-vein, 4cm, iron oxides |
-6.740735 |
33.204094 |
48 |
16 |
ZX 256 |
major vein, 50cm, iron oxides |
-6.739435 |
33.205022 |
1 |
2 |
ZX 257 |
micro-vein, 5cm, iron oxides |
-6.740807 |
33.205702 |
20 |
25 |
ZX 258 |
micro-vein, 7cm, iron oxides |
-6.743751 |
33.205864 |
29 |
12 |
ZX 259 |
micro-vein, 6cm, iron oxides |
-6.742865 |
33.203909 |
14 |
11 |
ZX 260 |
major vein, quartz Iron oxides |
-6.741219 |
33.202049 |
88 |
127 |
ZX 261 |
major vein, 30cm, iron oxides |
-6.740765 |
33.201968 |
36 |
14 |
ZX 262 |
micro-vein, 8cm, iron oxides |
-6.743916 |
33.202034 |
35 |
9 |
ZX 263 |
micro-vein network, tension gash, iron oxides, 60cm |
-6.753387 |
33.187545 |
15 |
6 |
ZX 264 |
quartz vein, iron oxides, w, 40cm |
-6.752773 |
33.187670 |
98 |
1570 |
ZX 265 |
micro-vein array, iron oxides, 20cm |
-6.751675 |
33.187140 |
161 |
189 |
ZX 266 |
major vein, forming a 3m wide coridor with micro-veins |
-6.751465 |
33.186288 |
27 |
491 |
ZX 267 |
micro-vein, 20cm |
-6.752114 |
33.186712 |
8 |
406 |
ZX 268 |
granite,coarse, pink |
-6.752111 |
33.186756 |
18 |
12 |
ZX 269 |
granite,coarse, pink |
-6.751999 |
33.186918 |
15 |
5 |
ZX 270 |
micro-veins in a fault coridor, 0,5m |
-6.742004 |
33.174568 |
6 |
3 |
ZX 271 |
major vein, high content of iron oxides, 0,8m |
-6.742474 |
33.172772 |
4 |
11 |
ZX 272 |
major vein, high content of Iron oxides, 0,7m |
-6.742111 |
33.171149 |
19 |
1205 |
ZX 273 |
quartz vein, iron oxidation, 2,5cm |
-6.750350 |
33.201670 |
21 |
6 |
ZX 274 |
major vein, 3-10cm |
-6.749790 |
33.200250 |
60 |
257 |
ZX 275 |
4 quartz veins @ 2cm |
-6.749570 |
33.200250 |
83 |
26 |
ZX 276 |
major vein, 8cm |
-6.748580 |
33.200160 |
92 |
32 |
ZX 277 |
major vein, w, 38cm |
-6.749280 |
33.200050 |
117 |
1815 |
ZX 278 |
quartz vein, iron oxides, granite |
-6.748480 |
33.200060 |
753 |
1655 |
ZX 279 |
micro-vein, in pink granite |
-6.749910 |
33.202300 |
17 |
19 |
ZX 280 |
major quartz vein, 300cm, no visible mineralisation |
-6.736111 |
33.172500 |
1 |
1 |
ZX 281 |
major vein, 50cm |
-6.736389 |
33.117222 |
1 |
6 |
ZX 282 |
major vein, 80cm |
-6.737500 |
33.173056 |
3 |
73 |
ZX 283 |
major vein, 50cm, rare w |
-6.737778 |
33.174167 |
1 |
912 |
ZX 284 |
micro-vein, 4cm, rare w |
-6.740000 |
33.175000 |
125 |
715 |
ZX 285 |
micro-vein, 3cm, in pink granite with high K feldspar content |
-6.739444 |
33.175833 |
34 |
6 |
ZX 286 |
major vein, 80cm |
-6.740833 |
33.176111 |
23 |
19 |
ZX 287 |
major vein, 20cm |
-6.741111 |
33.175278 |
21 |
9 |
ZX 288 |
quartz vein, 12cm, iron oxides |
-6.741667 |
33.175000 |
25 |
7 |
ZX 289 |
micro-vein, 4cm, rare w, iron oxides |
-6.738056 |
33.174444 |
1155 |
433 |
ZX 290 |
quartz vein, 40cm, iron oxides |
-6.736912 |
33.203347 |
12 |
6 |
ZX 291 |
quartz vein, 40cm, iron oxides |
-6.738216 |
33.205273 |
11 |
26 |
ZX 292 |
quartz vein, 30cm, iron oxides |
-6.739999 |
33.205743 |
1 |
4 |
ZX 293 |
micro-veins of 2-10cm, iron oxides |
-6.740706 |
33.206817 |
4 |
11 |
ZX 294 |
quartz vein, 12cm, iron oxides |
-6.742082 |
33.207037 |
1 |
2 |
ZX 295 |
micro-vein, 5cm, w, iron oxides |
-6.744477 |
33.204394 |
650 |
14950 |
ZX 296 |
quartz vein, 8cm, iron oxides |
-6.744319 |
33.203309 |
15 |
18 |
ZX 297 |
quartz vein, 8cm, w, sulphides and iron oxides |
-6.742508 |
33.200762 |
4310 |
8000 |
ZX 298 |
quartz vein, 15cm, w, iron oxides |
-6.740838 |
33.199831 |
8 |
5810 |
ZX 299 |
major vein, 100cm |
-6.738256 |
33.200107 |
72 |
260 |
ZX 300 |
micro-veins of 2cm, iron oxides |
-6.749131 |
33.185375 |
15 |
4 |
ZX 301 |
micro-veins of 2cm, iron oxides |
-6.748813 |
33.184858 |
134 |
12 |
ZX 302 |
micro-veins of 2-3cm, iron oxides |
-6.747790 |
33.183889 |
175 |
59 |
ZX 303 |
quartz vein, 30cm, w, iron oxides |
-6.746493 |
33.184126 |
189 |
1970 |
ZX 304 |
micro-vein, 3-9cm, w, chalcopyrite, azurite and iron oxides |
-6.747340 |
33.183053 |
264 |
4000 |
ZX 305 |
major vein, 180cm, massive w, iron oxides |
-6.748271 |
33.179430 |
2630 |
159000 |
ZX 306 |
quartz vein, 25cm, pyrite, chalcopyrite and iron oxides |
-6.744883 |
33.177249 |
663 |
94 |
ZX 307 |
major vein, 80cm, iron oxides |
-6.744042 |
33.177989 |
30 |
119 |
ZX 308 |
micro-vein, 2cm, iron oxides |
-6.747292 |
33.181480 |
690 |
92 |
ZX 309 |
micro-vein, 2cm, iron oxides |
-6.746516 |
33.181688 |
98 |
23 |
ZX 310 |
micro-vein, 5cm, K feldspar and iron oxides |
-6.744159 |
33.178783 |
10 |
6 |
ZX 311 |
micro-veins of 3-4cm, pyrite, chalcopyrite, azurite and iron oxides |
-6.745295 |
33.177388 |
32 |
54 |
ZX 312 |
quartz vein, 25cm, iron oxides |
-6.746670 |
33.175879 |
27 |
11 |
ZX 313 |
micro-veins, total of 45cm, iron oxides, cross-cutting each other, sinistral |
-6.748222 |
33.174172 |
22 |
14 |
ZX 314 |
major vein, 180cm, iron oxides |
-6.747977 |
33.172855 |
8 |
121 |
ZX 315 |
quartz vein, w, 25cm, iron oxides |
-6.750173 |
33.173065 |
465 |
3590 |
ZX 316 |
granite between 2 quartz veins |
-6.741982 |
33.171043 |
14 |
7 |
ZX 317 |
major vein, high content of iron oxides, 0,6m |
-6.741949 |
33.170333 |
574 |
75 |
ZX 318 |
major vein of quartz with high content of Iron oxides, 0,7m |
-6.745314 |
33.169805 |
1715 |
77 |
ZX 319 |
massive quartz next to contact with granite, less iron oxides |
-6.748245 |
33.169708 |
2 |
2 |
ZX 320 |
system of quartz veins, on average of 4cm, iron oxides |
-6.765477 |
33.201709 |
1 |
4 |
ZX 321 |
major vein, iron oxides, Intense hydrothermal alteration, 40cm |
-6.766519 |
33.201956 |
6 |
4 |
ZX 322 |
tension gash filled with grey quartz and iron oxides, 5cm, length of gash 30cm |
-6.767579 |
33.201594 |
4 |
8 |
ZX 323 |
major vein, iron oxides, Intense hydrothermal alteration, 100cm |
-6.768272 |
33.201685 |
6 |
3 |
ZX 324 |
major vein, malachite, iron oxides, intense hydrothermal alteration, 80cm |
-6.769017 |
33.202193 |
343 |
26 |
ZX 325 |
tension gash filled with grey quartz and iron oxides, 15cm, length of 30cm |
-6.769398 |
33.201269 |
15 |
3 |
ZX 326 |
granite host rock |
-6.764556 |
33.201630 |
16 |
4 |
ZX 327 |
granite host rock |
-6.763329 |
33.201487 |
22 |
9 |
ZX 328 |
quartz vein, w, iron oxides, 10cm |
-6.765805 |
33.203000 |
45 |
8390 |
ZX 329 |
large gash filled with grey quartz, w, hydrothermal alteration, 30cm, length of 2,5 m |
-6.766820 |
33.203101 |
27 |
8530 |
ZX 330 |
quartz vein, iron oxides, traces of dark mineral, 6cm |
-6.766567 |
33.203624 |
5 |
57 |
ZX 331 |
2 parallel quartz veins 15cm from each other, iron oxides, 10cm each vein |
-6.767169 |
33.203277 |
3 |
6 |
ZX 332 |
major vein, brecciated, iron oxides, 80cm |
-6.768180 |
33.203598 |
9 |
3 |
ZX 333 |
major vein, brecciated, iron oxides, 95cm |
-6.768718 |
33.203570 |
10 |
4 |
ZX 334 |
major vein, iron oxides, 100cm |
-6.769525 |
33.204331 |
30 |
5 |
ZX 335 |
major vein, fractured grey quartz, and brecciated iron oxides, 80cm |
-6.768163 |
33.204735 |
127 |
6 |
ZX 336 |
major vein, fractured grey quartz, and brecciated iron oxides, 80cm |
-6.767652 |
33.204690 |
124 |
27 |
ZX 337 |
major vein, hydrothermal alteration, 100cm |
-6.767482 |
33.203916 |
20 |
27 |
ZX 338 |
major vein, high content of iron oxides |
-6.750721 |
33.170039 |
6 |
10 |
ZX 339 |
sand with black mineral grains |
-6.748840 |
33.199053 |
17 |
11 |
ZX 340 |
major vein, iron oxides and some w, 30cm, |
-6.762154 |
33.200506 |
898 |
3730 |
ZX 341 |
major vein, iron oxides and rare w, 10cm, |
-6.762075 |
33.199421 |
10 |
214 |
ZX 342 |
quartz vein, w, 4cm |
-6.761687 |
33.198188 |
1455 |
1615 |
ZX 343 |
major vein, iron oxides, some w, 15-20cm |
-6.761269 |
33.197635 |
670 |
2830 |
ZX 344 |
major vein, white quartz, 4-6m |
-6.762444 |
33.196604 |
5 |
11 |
ZX 345 |
major vein, 2m |
-6.763623 |
33.196410 |
117 |
9 |
ZX 346 |
major vein, malachite, w, 15cm |
-6.762600 |
33.199005 |
3420 |
31700 |
ZX 347 |
major vein, 20cm |
-6.762912 |
33.199650 |
74 |
444 |
ZX 348 |
granite host rock |
-6.762829 |
33.200419 |
20 |
15 |
ZX 349 |
quartz vein, 8cm |
-6.761961 |
33.201268 |
19 |
1365 |
ZX 350 |
major vein, 50cm |
-6.762813 |
33.203177 |
3 |
9 |
ZX 351 |
quartz vein 3cm |
-6.763347 |
33.203886 |
14 |
12 |
ZX 352 |
quartz vein network of 2-3cm in microgranular granite |
-6.763559 |
33.204728 |
14 |
4 |
ZX 353 |
quartz vein, 4cm |
-6.764421 |
33.205649 |
9 |
6 |
ZX 354 |
quartz vein, black unidentified mineral, 8cm |
-6.764510 |
33.207438 |
12 |
6 |
ZX 355 |
major vein, oxides, malachite, 80cm |
-6.772020 |
33.210091 |
22 |
6 |
ZX 356 |
major vein with dark quartz, 50cm |
-6.773462 |
33.211216 |
6 |
3 |
ZX 357 |
3 veins of 10-15cm each |
-6.772508 |
33.211784 |
1 |
5 |
ZX 358 |
major vein, tectonised, oxides in pink granite |
-6.773095 |
33.214593 |
22 |
5 |
ZX 359 |
major vein with dark quartz, 1m |
-6.774627 |
33.211903 |
5 |
4 |
ZX 360 |
major vein, iron oxides, 400m length |
-6.740120 |
33.176240 |
28 |
12 |
ZX 361 |
major vein, 30cm |
-6.741220 |
33.176820 |
15 |
82 |
ZX 362 |
major vein, 2m, in pink granite |
-6.742450 |
33.177360 |
21 |
25 |
ZX 363 |
micro-vein,3-4cm, 2m in length |
-6.746640 |
33.176610 |
16 |
7 |
ZX 364 |
quartz vein, 3-4cm, 2m in length |
-6.747400 |
33.175420 |
16 |
4 |
ZX 365 |
quartz vein, 3-4cm, 2m in length |
-6.746550 |
33.175630 |
29 |
15 |
ZX 366 |
quartz vein, 2-4cm, 40m in length |
-6.745890 |
33.175520 |
27 |
7 |
ZX 367 |
quartz vein, 1-2cm, 10m in length |
-6.748420 |
33.203110 |
31 |
17 |
ZX 368 |
quartz vein, 2-20cm, 20m in length |
-6.747810 |
33.202790 |
714 |
814 |
ZX 369 |
4 quartz veins, 5cm each, iron oxides |
-6.743710 |
33.174650 |
86 |
13 |
ZX 370 |
quartz vein, iron oxides, w, 1-2cm, 10m in length |
-6.746580 |
33.202330 |
431 |
1525 |
ZX 371 |
quartz veins, iron oxides, w, 2-20cm, 5m in length |
-6.747390 |
33.202310 |
325 |
322 |
ZX 372 |
quartz veins, iron oxides, 2-4cm, 5m in length |
-6.748740 |
33.202210 |
19 |
18 |
ZX 373 |
quartz veins, iron oxides, <2cm, 10m in length |
-6.746530 |
33.201370 |
27 |
4 |
ZX 374 |
pink granite |
-6.755797 |
33.188530 |
22 |
11 |
ZX 375 |
two-mica granite |
-6.748855 |
33.172907 |
13 |
4 |
ZX 376 |
major vein, iron oxides |
-6.748855 |
33.172907 |
54 |
439 |
ZX 410 |
quartz vein, 5cm, w traces |
-6,775634 |
33,224697 |
10 |
530 |
ZX 411 |
major vein, 15cm, iron oxides |
-6,774133 |
33,223148 |
2 |
4 |
ZX 412 |
major vein, 10cm, w traces |
-6,776979 |
33,223003 |
4 |
103 |
ZX 413 |
major vein, 10cm, rich in iron oxides |
-6.772690 |
33.221672 |
23 |
5 |
ZX 414 |
major vein, 20cm, rich in iron oxides |
-6.768264 |
33.222941 |
13 |
9 |
ZX 415 |
micro-vein, 6cm, black mineral grains and oxides |
-6.766240 |
33.215235 |
2 |
2 |
ZX 416 |
major vein, 40cm, ion oxides |
-6.773613 |
33.217851 |
7 |
6 |
ZX 417 |
intersection of N90E major vein (10cm) and minor vein (8cm) oriented N50E |
-6.779446 |
33.217680 |
12 |
26 |
ZX 418 |
quartz vein, 8cm |
-6.770537 |
33.212522 |
2 |
2 |
ZX 419 |
major vein, brecciated, 3m, black mineral grains and iron oxides |
-6.775798 |
33.213780 |
1 |
3 |
ZX 420 |
major vein, 12cm, black mineral grains, brecciated |
-6.771011 |
33.209723 |
3 |
12 |
ZX 421 |
major vein, 150cm, black mineral grains and iron oxides |
-6.765299 |
33.201699 |
1 |
2 |
ZX 422 |
major vein, 3m, black mineral grains, iron oxides, malachite traces |
-6.757143 |
33.206650 |
351 |
73 |
ZX 423 |
major vein, 12cm, w |
-6.755457 |
33.203717 |
1740 |
1205 |
ZX 424 |
major vein, 1m, abundant w, iron oxides, malachite traces |
-6.758466 |
33.201869 |
5480 |
34900 |
ZX 425 |
major vein, 1m, massive w |
-6.759260 |
33.198460 |
7210 |
159000 |
ZX 426 |
major vein, 80cm, w, iron oxides |
-6.758270 |
33.200124 |
410 |
36500 |
ZX 427 |
major vein, 60cm |
-6.757128 |
33.201187 |
42 |
22 |
ZX 428 |
major vein, 50cm, w, iron oxides |
-6.740836 |
33.199873 |
50 |
147000 |
ZX 429 |
major vein, 60cm, iron oxides |
-6.738289 |
33,199567 |
5 |
30 |
ZX 430 |
major vein, 12cm, oxides, minor scheelite |
-6.747485 |
33.182598 |
1 |
57 |
ZX 431 |
major vein, 1m, w, iron oxides |
-6.754869 |
33.180223 |
1240 |
8970 |
ZX 432 |
minor vein, 5cm |
-6.754869 |
33.180223 |
359 |
48 |
ZX 433 |
minor vein, 5cm, brecciated |
-6.765633 |
33.190761 |
6 |
12 |
ZX 434 |
major vein, 5cm, brecciated |
-6.762340 |
33.191810 |
659 |
63 |
ZX 435 |
minor vein, 5cm, brecciated |
-6.763670 |
33.192355 |
45 |
11 |
ZX 436 |
major vein, 5cm, brecciated |
-6.764369 |
33.192088 |
70 |
37 |
ZX 437 |
major vein, 12cm |
-6.792124 |
33.212602 |
6 |
10 |
ZX 438 |
quartz vein, 8cm |
-6.791157 |
33.211362 |
3 |
8 |
ZX 439 |
major vein, 12cm |
-6.792222 |
33.209935 |
443 |
15 |
ZX 440 |
quartz vein, 5cm |
-6.789157 |
33.212477 |
4 |
10 |
ZX 441 |
quartz vein, 4cm |
-6.787395 |
33.212489 |
5 |
5 |
ZX 442 |
major vein, 10cm |
-6.781785 |
33.215945 |
3 |
4 |
ZX 443 |
major vein, 50cm |
-6.782194 |
33.217869 |
3 |
6 |
ZX 444 |
major vein, 10cm |
-6.783863 |
33.218696 |
4 |
7 |
ZX/G01 |
quartz vein |
-6.752336 |
33.199047 |
126 |
67 |
ZX/G02 |
quartz vein |
-6.752336 |
33.199047 |
31 |
8 |
ZX/G03 |
quartz vein |
-6.752336 |
33.199047 |
29 |
18 |
ZX/G04 |
quartz vein |
-6.752336 |
33.199047 |
76 |
52 |
ZX/G05 |
quartz vein |
-6.752336 |
33.199047 |
16 |
7 |
ZX/G06 |
quartz vein |
-6.752336 |
33.199047 |
32 |
5 |
ZX/G07 |
quartz vein |
-6.752336 |
33.199047 |
82 |
63 |
ZX/G08 |
quartz vein |
-6.752336 |
33.199047 |
35 |
390 |
ZX/G09 |
quartz vein |
-6.752336 |
33.199047 |
50 |
15 |
ZX/G10 |
quartz vein |
-6.752336 |
33.199047 |
24 |
14 |
ZX/G11 |
quartz vein |
-6.752336 |
33.199047 |
48 |
873 |
ZX/G12 |
quartz vein |
-6.752336 |
33.199047 |
17 |
14 |
ZX/G13 |
quartz vein |
-6.752336 |
33.199047 |
680 |
45900 |
ZX/G14 |
quartz vein |
-6.752336 |
33.199047 |
343 |
2120 |
ZX/G15 |
quartz vein |
-6.752336 |
33.199047 |
325 |
6370 |
ZX/G16 |
quartz vein |
-6.752336 |
33.199047 |
890 |
42800 |
ZX/G17 |
quartz vein |
-6.752336 |
33.199047 |
41 |
362 |
ZX/G18 |
quartz vein |
-6.752336 |
33.199047 |
90 |
20000 |
ZX/G19 |
quartz vein |
-6.752336 |
33.199047 |
282 |
5290 |
ZX/G20 |
quartz vein |
-6.752336 |
33.199047 |
310 |
13250 |
ZX/G21 |
quartz vein |
-6.752336 |
33.199047 |
160 |
17050 |
ZX/G22 |
quartz vein |
-6.752336 |
33.199047 |
626 |
4260 |
ZX/G23 |
quartz vein |
-6.752336 |
33.199047 |
2740 |
2610 |
ZX/G24 |
quartz vein |
-6.752336 |
33.199047 |
117 |
123 |
ZX/G25 |
quartz vein |
-6.752336 |
33.199047 |
18 |
10 |
ZX/G26 |
quartz vein |
-6.752336 |
33.199047 |
16 |
7 |
ZX/G27 |
quartz vein |
-6.752336 |
33.199047 |
29 |
25 |
ZX/G28 |
quartz vein |
-6.752336 |
33.199047 |
51 |
58 |
ZX/G29 |
quartz vein |
-6.752336 |
33.199047 |
184 |
220 |
ZX/G30 |
quartz vein |
-6.752336 |
33.199047 |
37 |
36 |