| Fossils |

Genuine Fossil Dinosaur Bone
Dinosaurs or "Terrible Lizards", appeared and lived
During the Mesozoic era between 230 and 65 million
years ago. Dinosaurs were divided into tow
orders based on the structure of their pelvic bone;
the Saurischia (reptile-hipped) and the
Ornithischia (bird-hipped). They were both
meat-eating dinosaurs (carniverous) and plant
eating dinosaurs (herbivores). Both groups
had extremes in size from giants 100 feet long down
to the size of turkeys. |

Petrified Wood Trees began fossilizing when
climatic conditions covered them with mud,
sand, or volcanic ash before they
rotted. Water seeped through the mud
and sand into the buried logs. It
filled the empty cells of the decaying wood
and mineral matter until after millions of
years all the wood of the tree was gone and
rocks and minerals were in its place.
It had turned into solid stone. Some
fossil wood still shows original wood
structure, even under a microscope.
Petrified forests date from different
geological periods. This wood is over
150 million years old. |

Copal Amber
Amber, or fossil tree sap, was made famous in
the movie "Jurassic Park". Amber is a beautiful
stone that is cut and polished and used as a
valuable gemstone. It is also a fossil and can
contain many preserved insects and other
animals and plants that are tens of millions of
years old. The odd inclusions that are often
seen in amber usually add to amber's unique
look and in many cases greatly increase its
value.
The fossils that
are encased in amber probably got there when
they flew or crawled on to the fresh seeping
sap and then got stuck. The sap oozed over the
trapped animals and perhaps fell to the ground
and was later covered by dirt and debris. The
sap later hardened and became a
fossil.
|

Elrathia Kinghi
Trilobites Trilobites
From the mid-Cambrian period, 550 million
years old, trilobites are an extinct form of
marine life occurring in the Wheeler
shale. These many legged arthropods
roamed the sandy bottoms of the seas &
coral reefs in search of food.
Trilobites were the first invertebrate form
of life on the earth. Found in Millard
Co., Utah. |

Fossil Coral From the Mississippian period of 325
million years ago, horn coral looked much
like the coral that is in the sea
today. Millions of tiny coral animals
called (polyps) all join together. This
cluster looked like fingers. Their
tentacles sticking out resembled a bunch of
tiny flowers at one end. Found in
Confusion Range, Millard, Utah. |

Orthoceras Fossils
Sea Squid |

Ammonites The
sea reptile (AM uh nyte, which means "coiled horn"
was an air-breathing animal. This
invertebrate creature looked somewhat like and is
an ancestor of the octopus and the squid, except
its body was covered by a coiled chambered
shell. Ammonites first appeared in the
Permian Period, 250 million years ago and
flourished throughout the Mesozoic Era. Many
had ornate ribs and markings on the outsides of
their shells. By the end of the Cretaceous
Period, changes in geography had affected them and
ammonites were completely wiped out. |

Fossil Clam A
Fossil Brachiopod. Brachiopods were a form of
marine life which resembled clams. They were
a solitary animal with very little power of
movement. They had soft bodies covered with
two shells hinged together. Most brachiopods
have ornamented shells, while a few species are
smooth.
Fossil brachiopods were in existence from the
Paleozoic Era thru the Mesozoic Era, and range in
age from 100 million to 600 million years
old. They perhaps the most abundant fossil
animal and are found in many areas of the
world. |

Fossil Shell
Gastropod (also called univalves) are a type of
mollusk that have a single valve (a shell,
which is sometimes reduced or even absent) and
a muscular foot. There are over 90,000 species
of gastropods worldwide, both in the water and
on land. Some gastropods include snails,
whelks, and slugs.
Classification:
Phylum Mollusca, Class Gastropoda
|

Crinoid Stem Crinoids were creatures that looked
like flowers on thick stems. Small discs,
usually round, stacked together to form the
stems. The parts of the crinoid that looks
like flower petals are its arms. With these
arms the crinoid catches its food in the
water. Crinoid means "like a lily".
During the Mississippian period they covered many
parts of the sea bottom, but today only a few kinds
are left. |

Fossil Sand Tiger Shark Teeth |
Fossil Megalodon
Shark Teeth
|

Fossil Stingray Crusher Plates |

Fossil Sea Urchin |

Turquinite |

Snowflake Obsidian |

Rose Quartz |

Red Jasper |

Pink Botswana Agate |

Picture Jasper |

Multi Tiger Eye |

Moonstone |

Leopardskin Jasper |

Carnelian |

Hematite |

Sodalite |

Gold Tiger Eye |

Brecciated jasper |

Grey Botswana Agate |

Unakite |

White Howlite |

Bloodstone |
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Amethyst
Amethyst is the purple variety of quartz and is
a popular gemstone. If it were not for its
widespread availability, amethyst would be very
expensive. The name "amethyst" comes from the
Greek and means "not drunken." This was maybe
due to a belief that amethyst would ward off
the effects of alcohol, but most likely the
Greeks were referring to the almost wine-like
color of some stones that they may have
encountered. Its color is unparalleled, and
even other, more expensive purple gemstones are
often compared to its color and beauty.
Although it must always be purple to be
amethyst, it can and does have a wide range of
purple shades.
|
Citrine
Citrine is a beautiful yellow stone. Named from
the French name for lemon, "citron," many
citrines have a juicy lemon color. Like
amethyst, citrine is a gem variety of quartz.
The gem's varying yellow color comes from trace
elements of iron. It is a popular less
expensive alternative to the much more
expensive yellow sapphire or yellow diamond. To
create wonderful multi-colored jewelry, it is
often combined with other stones such as:
peridot, amethyst, and garnet. November
Birthstone.
|
Hematite
-
Color is steel or
silver gray to black in some forms and
red to brown in earthy forms. Sometimes
tarnished with irredescent colors when
in a hydrated form (called
Turgite).
-
Luster is metallic
or dull in earthy and oolitic
forms.
-
Transparency:
Crystals are opaque.
-
Crystal System is
trigonal; bar 3 2/m
-
Crystal Habits
include tabular crystals of varying
thickness sometimes twinned, micaceous
(specular), botryoidal and massive.
also earthy or oolitic.
-
Cleavage is absent
however there is a parting on two
planes.
-
Fracture is
uneven.
-
Hardness is 5 -
6
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Kyanite
Kyanite is a polymorph with two other minerals;
andalusite and sillimanite. A polymorph is a
mineral that shares the same chemistry but a
different crystal structure with another, or other,
minerals. Kyanite is an attractive mineral that has
a near sapphire like blue color in some especially
nice specimens. Kyanite has a unique characteristic
in that it has a wide variation in hardness, in
the same crystal. The hardness of kyanite is
approximately 4.5 when scratched parallel to the
long axis of the crystal and approximately 6.5 when
scratched perpendicular to or across the long axis.
Other minerals usually have variable hardness on
different crystal faces due to a different
concentration and oreintation of the atoms in the
structure.
Diamond is one such mineral, a fact gem cutters
take advantage of often. |
Pyrite
Pyrite is the classic "Fool's Gold". There are
other shiny brassy yellow minerals, but pyrite
is by far the most common and the most often
mistaken for gold. Whether it is the
golden look or something else, pyrite is a
favorite among rock collectors. It can have a
beautiful luster and interesting crystals. It
is so common in the earth's crust that it is
found in almost every possible environment,
hence it has a vast number of forms and
varieties.
|
Quartz
Quartz is the most common mineral on the face
of the Earth. It is found in nearly every
geological environment and is at least a
component of almost every rock type. It
frequently is the primary mineral, >98%. It
is also the most varied in terms of varieties,
colors and forms. This variety comes about
because of the abundance and widespread
distribution of quartz. A collector could
easily have hundreds of quartz specimens and
not have two that are the same due to the many
broad categories.
|

GREEN CALCITE |

RED CALCITE |

ORANGE CALCITE |

CHALCOPYRITE |
Genuine GEMSTONES

|

Top: RUBY Rough Direct From Mine
Middle: RUBY lightly cleaned
Bottom: RUBY professionally cut by
jeweler |

Top: EMERALD Rough Direct From Mine
Bottom: EMERALD professionally cut by
jeweler |

Top: AQUAMARINE Rough Directly From Mine
Bottom: AQUAMARINE professionally cut by
jeweler. |

Top: GARNET Rough Direct From Mine
Bottom: GARNET professionally cut by
jeweler. |

Top: TOPAZ Rough Direct From Mine
Bottom: TOPAZ professionally cut and naturally
"heat treated" by jeweler to bring out blue
color. |

Top: CITRINE Rough Direct From Mine
Bottom: CITRINE professionally cut by
jeweler. |

Top: PERIDOT Rough Direct From Mine
Bottom: PERIDOT professionally cut by
jeweler. |

Black/Red/Green TOURMALINE |