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    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar. — Stock Photo
    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar.
    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar. — Stock Photo
    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar.
    Macrophotograph showing the iridescent colors of ammolite (Placenticeras sp.). Ammolite is composed of the fossilized shells of ammonites and gained gemstone status in 1981. This specimen is late Cretaceous in age (70 million years) and is from the B — Stock Photo
    Macrophotograph showing the iridescent colors of ammolite (Placenticeras sp.). Ammolite is composed of the fossilized shells of ammonites and gained gemstone status in 1981. This specimen is late Cretaceous in age (70 million years) and is from the B
    Wings of the 'Giant Red Winged Hopper'; a grasshopper (Tropidacris dux) from Peru — Stock Photo
    Wings of the 'Giant Red Winged Hopper'; a grasshopper (Tropidacris dux) from Peru
    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar. — Stock Photo
    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar.
    Macro photograph of the banding pattern in a Crazy Lace agate from Mexico — Stock Photo
    Macro photograph of the banding pattern in a Crazy Lace agate from Mexico
    Macrophotograph showing the iridescent colors of ammolite (Placenticeras sp.). Ammolite is composed of the fossilized shells of ammonites and gained gemstone status in 1981. This specimen is late Cretaceous in age (70 million years) and is from the B — Stock Photo
    Macrophotograph showing the iridescent colors of ammolite (Placenticeras sp.). Ammolite is composed of the fossilized shells of ammonites and gained gemstone status in 1981. This specimen is late Cretaceous in age (70 million years) and is from the B
    Macrophotograph of a portion of the aft wing of the 'Giant Red Winged Hopper' showing its repetitive patterns; a grasshopper (Tropidacris dux) from Peru — Stock Photo
    Macrophotograph of a portion of the aft wing of the 'Giant Red Winged Hopper' showing its repetitive patterns; a grasshopper (Tropidacris dux) from Peru
    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar. — Stock Photo
    A member of the silicate group of minerals. This particular type of pectolite from the Dominican Republic is sky blue in color and has the trade name Larimar.
    Quartz crystals structure — Stock Photo
    Quartz crystals structure
    Macrophotograph showing the iridescent colors of ammolite (Placenticeras sp.). Ammolite is composed of the fossilized shells of ammonites and gained gemstone status in 1981. This specimen is late Cretaceous in age (70 million years) and is from the B — Stock Photo
    Macrophotograph showing the iridescent colors of ammolite (Placenticeras sp.). Ammolite is composed of the fossilized shells of ammonites and gained gemstone status in 1981. This specimen is late Cretaceous in age (70 million years) and is from the B