"Invertebrates"

Dramatically preserved assemblage of 24 complete trilobites showing exceptional detail on a 13×15" matrix. Ohio.

This giant among trilobites comes in at nearly a foot in length. Beautifully prepared, on an 11 ³/₄×7" base. Resin. Tennessee.

Well defined cast of mutliple disc–shaped vendozoans collected from the Ediacaran beds near Kamenez–Podolskiy, Ukraine.

Rare cast of this early medusiform vendozoan from the precambrian ediacaran beds of the mistaken point formation. Cape race, Newfoundland.

Detailed resin cast of this spindle–shaped vendozoan form from the Precambrian Ediacaran beds of Cape Race, Newfoundland.

A spectacular, museum-quality example of the official Ohio state fossil, it is complete, down to the genal spines. It measures 9" in length on an 11³/₄"×10¹/₂" matrix. Resin. Ohio.

A complete and highly detailed "Sea scorpion", New York State's official fossil.

Detailed cast of the iconic Ediacaran fossil, Dickinsonia, from the Flinders Ranges in South Australia. Present on the upper corner of this large slab is an example of another early life form, Parvancorina. A great addition to any Precambrian collection.

Large, complete, display-quality trilobite.

Early fossil of a frond-like organism.

Camerate crinoid crown and stem.

Large, complete Middle Cambrian trilobite, with long genal spines. It measures 7¹/₂" in length on an 8¹/₄×10¹/₂" matrix. Resin. Newfoundland.

Now you can bring some of the finest museum-quality specimens into your classroom at an economical cost with WARD'S life-like fossil reproductions. Nearly all of the reproductions in this impressive series are cast in durable plastic resin, and are hand-painted in colors designed to capture every detail of the original.

Detailed replica of an etched limestone slab containing multiple cross–sections of these extinct Lower Cambrian reef–building organisms, possibly of the genus Atikokania. Australia.

This bivalve fossil replica looks like a shell you would find at the beach, but it is representative of an organism that lived millions of years ago.

Ammonites grew their shells from calcium carbonate and grew constantly throughout their life span. A relative of octopi and squids today, ammonites swam through the open ocean, preying on smaller marine animals.