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Nishinomaki Mine

Profile

Path to the site

 Japan / Honshū (Honschu), Insel / Kanto, Region / Gunma, Präfektur / Nishinomaki Mine

Geology

Spätmiozänischer, hydrothermaler As-Sb-Sulfid-Quarzgang in Andesitgang andesitischer Tuffbrekzie

Mineralienatlas short URL

https://www.mineralatlas.eu/?l=9584
Please feel free to link to this location

Shortened path specification

⚒ Nishinomaki, Gunma, Präfektur, Kanto, Honshū, Insel, JP
Useful for image descriptions and collection inscriptions

Important: Before entering this or any other place of discovery you should have a permission of the operator and/or owner. Likewise it is to be respected that necessary safety precautions are kept during the visit.

Other languages

German

Nishinomaki Mine

Path

German

 Japan / Honshū (Honschu), Insel / Kanto, Region / Gunma, Präfektur / Nishinomaki Mine

English

 Japan / Honshu Island / Kanto Region / Gunma Prefecture / Nishinomaki Mine

Additional Functions

Mineral images (7 Images total)

Realgar
Views (File:
1447192477
): 216
Realgar
Größe: 57x36x25 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com; Contribution: Philip Blümner
Location: Japan/Honshū (Honschu), Insel/Kanto, Region/Gunma, Präfektur/Nishinomaki Mine
Mineral: Realgar
Image: 1447192477
License: Usage for Mineralienatlas project only
Realgar

Größe: 57x36x25 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com
Contribution: Philip Blümner 2015-11-10
More   MF 
Realgar
Views (File:
1447192416
): 189
Realgar
Größe: 33x22x20 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com; Contribution: Philip Blümner
Location: Japan/Honshū (Honschu), Insel/Kanto, Region/Gunma, Präfektur/Nishinomaki Mine
Mineral: Realgar
Image: 1447192416
Rating: 5 (votes: 2)
License: Usage for Mineralienatlas project only
Realgar

Größe: 33x22x20 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com
Contribution: Philip Blümner 2015-11-10
More   MF 
Realgar
Views (File:
1447192289
): 402
Realgar
Größe: 26x22x15 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com; Contribution: Philip Blümner
Location: Japan/Honshū (Honschu), Insel/Kanto, Region/Gunma, Präfektur/Nishinomaki Mine
Mineral: Realgar
Image: 1447192289
License: Usage for Mineralienatlas project only
Realgar

Größe: 26x22x15 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com
Contribution: Philip Blümner 2015-11-10
More   MF 
Realgar
Views (File:
1447192439
): 305
Realgar
Größe: 43x18x17 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com; Contribution: Philip Blümner
Location: Japan/Honshū (Honschu), Insel/Kanto, Region/Gunma, Präfektur/Nishinomaki Mine
Mineral: Realgar
Image: 1447192439
License: Usage for Mineralienatlas project only
Realgar

Größe: 43x18x17 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com
Contribution: Philip Blümner 2015-11-10
More   MF 
Orpiment, Realgar
Views (File:
1446581953
): 431
Orpiment, Realgar
Größe: 33x22x20 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com; Contribution: Philip Blümner
Location: Japan/Honshū (Honschu), Insel/Kanto, Region/Gunma, Präfektur/Nishinomaki Mine
Mineral: Orpiment, Realgar
Image: 1446581953
License: Usage for Mineralienatlas project only
Orpiment, Realgar

Größe: 33x22x20 mm; Fundort: Nishinomaki Mine, Gunma-Präfektur, Kanto Region, Honshu, Japan
Copyright: Steinbock-Minerals.com
Contribution: Philip Blümner 2015-11-03
More   MF 

Minerals (Count: 9)

?

Hint

- Click on one or more elements to see only minerals including this elements (green background).

- Click twice to exclude minerals with this element (green background, red text color).

resetAsBaFeOSSbSi
AlacrániteM
BaryteM
Orpiment PM
PararealgarM
PyriteM
QuartzM
Realgar PM
StibniteM
Wakabayashilite (TL)r
L. Bindi, P. Bonazzi, M. Zoppi, P. G. Spry: Chemical variability in wakabayashilite: a real feature or an analytical artifact? Mineralogical Magazine Vol. 78, Nr. 3 (2014) S. 693–702.
(Honshū (Honschu), Insel/Kanto, Region/Gunma, Präfektur/Nishinomaki Mine)
 PM
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Legend

Mineral -> approved mineral
Mineral (TL) -> mineral type locality
Mineral -> not approved mineral
-> pictures present
 5 -> number of part localities with these mineral
 M -> Link to common mineral page
 i -> Information etc.
 r -> Reference
Mineral ? -> Occurrence douptful

Actuality: 23. Jan 2025 - 18:49:33

Rocks (Count: 2)

andesiteR
tuff-brecciaR
Refresh list | View legend

Legend

Rock -> name of the rock
Rock (TL) -> rock type locality
-> pictures present
 5 -> number of part localities with these rock
 R -> Link to common rock page
 i -> Information etc.
 r -> Reference
Rock ? -> Occurrence douptful

Actuality: 23. Jan 2025 - 18:49:33

Subsidiary Pages

 
Japan

 
 
Honshu Island

 
 
 
Kanto Region

 
 
 
 
Gunma Prefecture

 
 
 
 
 
Nishinomaki Mine

Refresh list | Fold level: 2 - 3 - 4 - 5 - Unfold all

Actuality: 23. Jan 2025 - 18:49:34

Reference- and Source indication, Literature

Literatur

  • Introd. Japan. Min., Geol. Surv. Japan (1970). 92-93.
  • Weiß, S. (2005). Neue Mineralien. Lapis, Jg.30, Nr.9, S.61-64.

Links

IDs

GUSID (Global unique identifier short form) AKmvFdJt2kCb1X2WEhjbtw
GUID (Global unique identifier) 15AFA900-6DD2-40DA-9BD5-7D961218DBB7
Database ID 9584