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MLM47AP5: Allargentum on Calcite
Elongated parallel growths of very large and spectacular Allargentum crystals with mechanical curvatures, with brilliant luster, on a Calcite matrix. This specimen, from a very recent find last year, has been analyzed and we will send a copy of the analysis to the buyer.
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (07/2022)
Specimen size: 13.4 × 8.8 × 5.1 cm = 5.28” × 3.46” × 2.01”
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JFD42AL5: Allargentum with Actinolite (variety byssolite) and Calcite
Very dominant elongated crystals of Allargentum, with intergrowths of Silver and Dyscrasite, on a Calcite matrix with centered growths of acicular crystals of Actinolite (byssolite variety). The Allargentum appears to be clearly the majority in the two analyses (EDS and XRD) carried out on the specimen, demonstrating that it is not a pseudomorph but rather Allargentum crystals intergrown with Dyscrasite and Silver. It comes from the Jordi Fabre collection. We'll send to the buyer a copy of the analysis and both Jordi Fabre collection labels, the original label (F1765) as well as the Internet label (JFD42)
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (07/2009)
Specimen size: 8.4 × 4.5 × 2.5 cm = 3.31” × 1.77” × 0.98”

Main crystal size: 1.3 × 0.4 cm = 0.51” × 0.16”
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FB89AL5: Allargentum with Byssolite
Very dominant elongated crystals of Allargentum, with intergrowths of Silver and Dyscrasite, on a Calcite matrix with centered growths of acicular crystals of Actinolite (byssolite variety). The Allargentum appears to be clearly the majority in the analysis for this specimen, evidence that it is not a pseudomorph but rather Allargentum crystals intergrown with Dyscrasite and Silver.
It comes from the Jordi Fabre collection. We will send the buyer a copy of the analysis and the original collection label (No. F1764)
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (07/2009)
Specimen size: 5.2 × 4.5 × 1.7 cm = 2.05” × 1.77” × 0.67”
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EA98T4: Allargentum with Calcite
The Allargentum, as very well defined crystals, appears intergrown with Silver and Dyscrasite, forming dendritic growths on a Calcite matrix with fibrous aggregates of Actinolite. The Allargentum is dominant in the analysis so, following IMA recommendations, we label the sample in this way. We'll send a copy of the analysis to the buyer.
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (02/2010)
Specimen size: 4.6 × 3.5 × 2.2 cm = 1.81” × 1.38” × 0.87”

Main crystal size: 1.5 × 0.5 cm = 0.59” × 0.20”
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EC98T4: Allargentum with Calcite
The Allargentum, as very well defined crystals, appears intergrown with Silver and Dyscrasite, forming dendritic growths on a Calcite matrix with fibrous aggregates of Actinolite. The Allargentum is dominant in the analysis so, following IMA recommendations, we label the sample in this way. We'll send a copy of the analysis to the buyer.
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (02/2010)
Specimen size: 7.2 × 5.5 × 2.5 cm = 2.83” × 2.17” × 0.98”
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ED28R3: Allargentum with Calcite and Actinolite
The Allargentum, as very elongated crystals, appears intergrown with Silver and Dyscrasite, forming dendritic growths on Calcite matrix and with centered growths of acicular crystals of Actinolite. The Allargentum appears as dominant on the analysis, so, following the IMA recommendations, we label the sample as this. We’ll send copy of the analysis, both of the Allargentum and the Actinolite, to the buyer.
The specimen has been reviewed and published in the magazine ‘Lapis’ on page 32, volume 35, number 11, November 2010.
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (04/2010)
Specimen size: 5.5 × 5 × 4.2 cm = 2.17” × 1.97” × 1.65”

Main crystal size: 1.4 × 0.1 cm = 0.55” × 0.04”
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TX47Q0: Allargentum with Dyscrasite, Silver, Calcite and Actinolite
A novelty at Tucson 2010. The Allargentum appears intergrown with Silver and Dyscrasite. It is clearly differentiated and dominant in the analysis of the sample, so the right label is Allargentum. The Allargentum forms arborescent growths on a Calcite-rich matrix with small groups of Actinolite and thin filaments of a not analyzed metallic mineral. We’ll send a copy of the analysis.
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (2009)
Specimen size: 6.2 × 3.6 × 3.5 cm = 2.44” × 1.42” × 1.38”
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TV49Q0: Allargentum with Dyscrasite, Silver, Calcite and Actinolite
A novelty at Tucson 2010. The Allargentum appears intergrown with Silver and Dyscrasite. It is clearly differentiated and dominant in the analysis of the sample, so the right label is Allargentum. The Allargentum forms arborescent growths on a Calcite-rich matrix with small groups of Actinolite. We’ll send a copy of the analysis.
The specimen has been reviewed and published in the magazine ‘Lapis’ on page 33, volume 35, number 11, November 2010.
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (2009)
Specimen size: 5.7 × 3.7 × 2.5 cm = 2.24” × 1.46” × 0.98”

Main crystal size: 1.5 × 0.2 cm = 0.59” × 0.08”
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TP79Q0: Allargentum with Dyscrasite, Silver, Calcite and Actinolite
A novelty at Tucson 2010. The Allargentum appears intergrown with Silver and Dyscrasite. It is clearly differentiated and dominant in the analysis of the sample, so the right label is Allargentum. The Allargentum forms arborescent growths on a Calcite-rich matrix with small groups of Actinolite. We’ll send a copy of the analysis.
The specimen has been reviewed, photographed and published as a new discovery in the magazine ‘Mineral Up’ on page 29 in number 2010/2
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (2009)
Specimen size: 4.2 × 3.7 × 3 cm = 1.65” × 1.46” × 1.18”
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TZ69Q0: Allargentum with Dyscrasite, Silver, Calcite and Actinolite
A novelty at Tucson 2010. The Allargentum appears intergrown with Silver and Dyscrasite. It is clearly differentiated and dominant in the analysis of the sample, so the right label is Allargentum. The Allargentum forms arborescent growths on a Calcite-rich matrix with small groups of Actinolite. We’ll send a copy of the analysis.
The specimen has been reviewed and published in the magazine ‘Lapis’ on page 11, volume 40, number 6, June 2015
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco (2009)
Specimen size: 4.7 × 3.5 × 2.5 cm = 1.85” × 1.38” × 0.98”

Main crystal size: 0.7 × 0.2 cm = 0.28” × 0.08”

EBB47CD3: Allargentum with Silver (variety Hg-bearing)
Aerial growths of Allargentum that appear intergrown with Silver with a high mercury content, with some of the faces being well defined, and with small remnants of Calcite which has been acid-etched to reveal the sulfides and native elements. These are important crystals for the species Allargentum, which is a much rarer species than Dyscrasite. In fact, until the appearance of these Bouismas allargentums, quality specimens were hardly known and, in general, had poorly defined crystals. The piece has been analyzed and we will send a copy of the analysis to the buyer.
Bouismas Mine, Agdz, Bou Azzer mining district, Zagora Province, Drâa-Tafilalet Region  Morocco
Specimen size: 2.9 × 2.6 × 0.8 cm = 1.14” × 1.02” × 0.31”
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TY9X0: Allophane
Botryoidal and microbotryoidal growths with a very intense turquoise color, with vivid vitreous and resinous reflections, and on a rocky matrix. As is usual with Chinese localities we regret we cannot provide a more precise locality. We are waiting for more detailed data.
The specimen has been published in the book 'China II', by Berthold Ottens, on page 358
Baoshan Prefecture, Yunnan Province  China (2011)
Specimen size: 2.2 × 2 × 1.2 cm = 0.87” × 0.79” × 0.47”
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TQ76X0: Allophane
Botryoidal and microbotryoidal growths with a very intense turquoise color, with vivid vitreous and resinous reflections, and on a rocky matrix. As is usual with Chinese localities we regret we cannot provide a more precise locality. We are waiting for more detailed data.
  China (2011)
Specimen size: 9.3 × 6.5 × 2.5 cm = 3.66” × 2.56” × 0.98”
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TVM13AO0: Almandine
Complete floater rhombic dodecahedral Almandine crystal, very sharp, with good luster, translucent edges and a deep garnet color. We will ship the specimen in its original Perky box from the Robert J. (Bob) Noble collection, which also contains the label.
Granatenkogel north slope, Gaisberg Valley, Obergurgl, Gurgler Valley, Ötz Valley, North Tyrol, Tyrol/Tirol  Austria
Specimen size: 2.3 × 1.8 × 1.8 cm = 0.91” × 0.71” × 0.71”

TC280NMT: Almandine
Group of rhombododecahedral Almandine crystals with reddish reflections, on a mica schist matrix composed of massive Quartz and Mica. This specimen comes from the collection of José Luis Otero (number 6140), whose label we will send to the buyer.
Cerro de la Sal Quarry. Dos Puntos claim, Sierra Albarrana, Hornachuelos, Comarca Valle Medio del Guadalquivir, Córdoba, Andalusia  Spain
Specimen size: 7.8 × 4.9 × 2.7 cm = 3.07” × 1.93” × 1.06”
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JAF16AP8: Almandine
Group of rhombododecahedral Almandine crystals, with very well defined faces and edges, in a mica schist matrix. The specimen, from a place where few good quality almandines are known, comes from the collection of Andrés Jiménez Shelly, and was previously in the collection of José Luís Otero.
Cerro de la Sal Quarry. Dos Puntos claim, Sierra Albarrana, Hornachuelos, Comarca Valle Medio del Guadalquivir, Córdoba, Andalusia  Spain
Specimen size: 8 × 4.8 × 2.7 cm = 3.15” × 1.89” × 1.06”

Main crystal size: 3.1 × 2.2 cm = 1.22” × 0.87”
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10TR46: Almandine
Very sharp dodecahedral Almandine crystals, one of them dominant, lustrous, and brown in color with reddish tones. The crystals sit in a metamorphic rock matrix formed of innumerable Muscovite crystals. Contrary to the common practice with almandines from this region, the crystals in this piece are not glued, nor have they had their faces retouched or polished, so their natural surface is preserved. A classic Tyrolean specimen.
Granatenkogel north slope, Gaisberg Valley, Obergurgl, Gurgler Valley, Ötz Valley, North Tyrol, Tyrol/Tirol  Austria
Specimen size: 7.4 × 5.2 × 4.7 cm = 2.91” × 2.05” × 1.85”
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HPB37CD2: Almandine
Well-profiled rhombododecahedral crystal of Almandine, translucent, very shiny, and on a Mica matrix. Almandines do not usually have very showy colors, but this one, from an old Spanish collection, is very striking due to the intensity of its color, likely related to its Alpine origin.
Colle del Vento, Villar Focchiardo, Metropolitan City of Turin Province, Piedmont (Piemonte)  Italy
Specimen size: 7.4 × 5.8 × 4.4 cm = 2.91” × 2.28” × 1.73”

Main crystal size: 2 × 1.6 cm = 0.79” × 0.63”
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SV2340TXG: Almandine
Three interpenetrating Almandine crystals, very rich in well-defined, beveled faces and edges, of a very dark brown color with slightly ocher reflections, more marked on the edges. With the particularity that this piece has not been reinforced, but rather is naturally stable, something unusual for this type of alpine specimen from the Gaisberg valley in the Austrian Tyrol.
Gaisberg Valley, Obergurgl, Gurgler Valley, Ötz Valley, North Tyrol, Tyrol/Tirol  Austria
Specimen size: 7.8 × 4.2 × 4.1 cm = 3.07” × 1.65” × 1.61”
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VB26G5: Almandine
A classic specimen which, aside its esthetical quality, has the feature that it has very well-defined crystals, free of damage and totally natural, without the polishing so frequently seen on the Tyrolean samples to make them more esthetic.
Gaisberg Valley, Obergurgl, Gurgler Valley, Ötz Valley, North Tyrol, Tyrol/Tirol  Austria
Specimen size: 7.5 × 5.8 × 4.5 cm = 2.95” × 2.28” × 1.77”

Main crystal size: 4 × 3.5 cm = 1.57” × 1.38”
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RC11P1: Almandine
Excellent sample both for its size and for the definition of the dodecahedral form.
The label shows that it was collected by Mr. Marçal Lloria in 1973.
Peña Grajera Quarry. Dos Puntos claim, Sierra Albarrana, Hornachuelos, Comarca Valle Medio del Guadalquivir, Córdoba, Andalusia  Spain (±1973)
Specimen size: 7.6 × 6.4 × 6.5 cm = 2.99” × 2.52” × 2.56”
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ETT50CD1: Almandine with Feldspar
Thick, in matrix, and very rich in faces, this Almandine is a manual of crystallography which stands out for its perfection.
Tranomaro Commune, Tranomaro-Maromby area, Amboasary District, Anosy Region  Madagascar
Specimen size: 7.3 × 4.2 × 3.8 cm = 2.87” × 1.65” × 1.50”

Main crystal size: 4.5 × 4.3 cm = 1.77” × 1.69”
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MF27AL7: Almandine with Muscovite and Quartz
Very well defined dodecahedral crystals, one of them clearly dominant, lustrous, brown with reddish tones. The crystals, on a Muscovite-rich metamorphic rock matrix, contrary to common practice, are neither glued nor do they have their faces retouched or polished, preserving the natural surface. It is an old piece and comes from the José Navarrete collection.
Ziller Valley (Zillertal), North Tyrol, Tyrol/Tirol  Austria
Specimen size: 10.4 × 6.1 × 4.8 cm = 4.09” × 2.40” × 1.89”
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CD65AH5: Almandine with Quartz
Isolated Almandine crystals with very well defined faces and edges, with very finely growth-oriented striations on the faces, transparent, bright and with a very intense and uniform color. They have grown on a group of Quartz crystals, one of them clearly dominant, with a feldspar matrix. We’ll send to the buyer the original label and also a copy of the computer card with the full text of the collection catalog.
Viladrau, Comarca Osona, Gerona / Girona, Catalonia / Catalunya  Spain
Specimen size: 4.7 × 3.6 × 3.2 cm = 1.85” × 1.42” × 1.26”

Main crystal size: 0.3 × 0.3 cm = 0.12” × 0.12”
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TG12K2: Almandine with Quartz
Group of two very bright trapezohedrons with very sharp faces and edges in a vug with small crystals of Quartz. The dark color of the Almandine contrasts strongly with the slightly pinkish rhyolite matrix.
Garnet Hill, Ely, Robinson District, White Pine County, Nevada  USA (2006)
Specimen size: 8.3 × 5.8 × 3.5 cm = 3.27” × 2.28” × 1.38”

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[8476-8500] [8501-8525] [8526-8550] [8551-8575] [8576-8600] [8601-8625] [8626-8650] [8651-8675] [8676-8700] [8701-8725] [8726-8750] [8751-8775] [8776-8800] [8801-8825] [8826-8850] [8851-8875] [8876-8900] [8901-8925] [8926-8950] [8951-8975] [8976-9000] [9001-9025] [9026-9050] [9051-9075] [9076-9100] [9101-9125] [9126-9150] [9151-9175] [9176-9200] [9201-9225] [9226-9250] [9251-9275] [9276-9300] [9301-9325] [9326-9350] [9351-9375] [9376-9400] [9401-9425] [9426-9450] [9451-9475] [9476-9500] [9501-9525] [9526-9550] [9551-9575] [9576-9600] [9601-9625] [9626-9650] [9651-9675] [9676-9700] [9701-9725] [9726-9750] [9751-9775] [9776-9800] [9801-9825] [9826-9850] [9851-9875] [9876-9900] [9901-9925] [9926-9950] [9951-9975] [9976-10000] [10001-10025] [10026-10050] [10051-10075] [10076-10100] [10101-10125] [10126-10150] [10151-10175] [10176-10200] [10201-10225] [10226-10250] [10251-10275] [10276-10300] [10301-10325] [10326-10350] [10351-10375] [10376-10400] [10401-10425] [10426-10450] [10451-10475] 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