Arthropoda

This is a collection of trilobite fragments from the Eifel, Germany, old label included.You will receive what can be seen inside the box on the pictures.Dimensions of the box: ca. 27 x 19 cmThese are lots from old stock: Sample specimens.

The specimen stands by itself.Age: Middle Devonian, Eifelian;Location: Gerolstein, GermanySize: ca. 4 x 3,5 x 2,5 cm Trilobite: approx. 2,5 cm eachThe colors of the original can slightly differ from the pictures for technical reasons.

A classified insect (e.g. beetle, spider, ant, mosquito, fly), enclosed in amber from the Eocene of the Baltic (approx. 50 million years old). Packed in a magnifying lid box - a real surprise package!Amber is fossilized tree resin. As each tree species produces different resins, each amber locality is different. The origin of Baltic amber is still a mystery, as even the large sites in Kaliningrad are relocations.Make sure that your amber is not exposed to the sun, as this can degrade the material over time.Age: EoceneLocality: Baltic StatesSize: approx. 1.5 cm in magnifying lid box The colors in the pictures may differ slightly from the original due to technical reasons.All our pictures serve as examples. You will receive a specimen of comparable quality with your purchase.

Coleoptera in AmberStratigraphy: Eocene;Locality:  BalticsSize: 1 x 1 cmThe amber will be delivered in a small magnification box with picture.

Pleistocene;Place of discovery: Cap d'ambre, Diego Suarez, MadagascarSize: ca. 3,5 x 2 x 2 cmIn this piece of copal are several small, enclosed insects.Pictures are enclosed with the order as a printout.

Large slab with impressive trilobite Asaphopsoides yongshunensis (Liu, 1982).Uncommon!Age: Lower Ordovician, Tremadoc;Locality: Yongshun, Hunan Province, Xiangxi County, ChinaSize trilobite: 21 cm; slab: 27.5 x 22 x 1.5 cmColors in product photos may differ from those of the original item for technical reasons.

Remarkably beautiful, large, and tridimensionally preserved head ofBalteurypterus tetragonophtalmus on matrix.Eurypterids, also known as sea scorpions due to their pointed tails, originated in the Ordovician period. They were the dominant predators of the Upper Ordovician, Silurian, and Lower Devonian seas and reached their greatest species diversity during this time.This order's most impressive representatives could grow up to a length of 3 m, while Balteurypterus tetragonophtalmus only reached a few modest centimeters. The large group of eurypterids had a fin-like, powerful last pair of legs. They also had two respiratory systems, book gills and gill plates, and trace fossils show that they were quite capable of going ashore. Unfortunately, they didn't quite make the leap, for like their close relatives, the horseshoe crabs, they used their leg attachments for chewing, which is much more efficient underwater than on land.Fish were increasingly competing with them in the marine environment, causing the Eurypterids to retreat to river systems.Only a few varieties of what is believed to be the largest known arthropod of all time remained in the Permian period.Age: Silurian, Bagovitsa FormationLocality: Smotrych (left branch of Dniester River), near Kamianets-Podilskyi,Khmelnytskyi Oblast, UkraineHead size: 2.7 cmMatrix: approx. 3.5 x 3.5 cmDue to technical reasons, colors in product photos may differ from those of the original piece.

Age: SilurianFinding region: Smotrych River, Kamjanez-Podilskyj, UkraineSize of head: 2 cmSize of matrix: 6 x 5 x 0,7 cmEurypterids, also called sea scorpions for their pointy telson, evolved in the Ordovician. They were the apex predators of the upper Ordovician, Silurian and lower Devonian seas, and reached their largest biodiversity during this time. The largest representatives of this order could reach up to 3 meters, while Balteurypterus tetragonophtalmus only was a few modest centimeters long. The Suborder of Eurypterina, to which Eurypterus of course belongs, modified their last pair of legs into swimming paddles. They had two respiratory systems - book gills and Kiemenplatten - and trace fossils indicate that they could go on land. They never fully transitioned, however, probably because like their relatives the horseshoe crabs they chewed with the bases of their legs outside of their mouth, which would have been more efficient underwater than on land. In the seas, fish started outcompeting them, which drove the remaining species into the rivers. In the Permian there were only a few species left, among them the heaviest arthropods to ever exist. During the Permo-Triassic extinction the last members of this group went extinct.The colors on the pictures may differ slightly from the original due to technical reasons.

Age: SilurianLocality: Kamjanez-Podilskyj, Khmelnytskyi oblast, UkraineSize matrix: approx. 4 x 3,5 x 1,5 cmSize head: 2 x 2 cmEurypterids, also known as sea scorpions because of their pointed tails, evolved in the Ordovician. They were the dominant predators of the Upper Ordovician, Silurian and Lower Devonian seas and reached their greatest species diversity at that time.The most imposing representatives of this order could grow up to 3 m long, while Balteurypterus tetragonophtalmus only reached a few modest centimetres. The large group of eurypterids possessed a fin-like, powerful last pair of legs. They had two respiratory systems - book gills and gill plates - and trace fossils show that they were quite capable of walking on land. Unfortunately, they didn't quite make the leap, because like their close relatives, the horseshoe crabs, they used the tips of their legs to chew, which is much more efficient underwater than on land. Fish also increasingly competed with them in the sea, so that they retreated to the river systems. By the Permian, there were only a few species of these presumably largest known arthropods of all time.Colors on product photos may differ from those of the original specimen for technical reasons.

A mosquito preserved in amber.The stone is supplied in a box including a photo of the enlarged insect.Age: Tertiary, Eocene;Locality: Baltic AmberSize of amber: approx. 2,3 x 1 cm; Größe Insekt: 0,5 cmThe colors of the original may differ slightly from those of the product photos due to technical reasons

A mosquito preserved in amber.The stone is supplied in a box including a photo of the enlarged insect.Age: Tertiary, Eocene;Locality: Baltic AmberSize of amber: approx. 2 x 1,4 cm; Größe Insekt: 0,5 cmThe colors of the original may differ slightly from those of the product photos due to technical reasons

Order: ColeopteraAge: Eocene, BalticsSize of amber: 1,1 x 2,5 cmThe amber will be delivered in a small magnifying box.The colours in the images may differ from those of the original. 

A Caddisfly (Trichoptera) enclosed in amber.Supplied in a magnifying box including an enlarged photo of the insect.Age: Tertiary, EoceneLocality: North and Baltic SeaSize of amber: approx. 2 x 1.8 x 0.5 cmSize of insect: approx. 0.6 x 0.2 cmColors in product photos may differ slightly from those of the original specimen due to technical reasons.

A Caddisfly (Trichoptera) enclosed in amber.Supplied in a magnifying box including an enlarged photo of the insect.Age: Tertiary, EoceneLocality: North and Baltic SeaSize of amber: approx. 1.6 x 1.4 x 0.4 cmSize of insect: approx. 0.6 x 0.2 cmColors in product photos may differ slightly from those of the original specimen due to technical reasons.

A Caddisfly (Trichoptera) enclosed in amber.Supplied in a magnifying box including an enlarged photo of the insect.Age: Tertiary, EoceneLocality: North and Baltic SeaSize of amber: 1,2 x 0,7 cm; Size Insect: 0,3 cmColors in product photos may differ slightly from those of the original specimen due to technical reasons.

Claw of a crustacean from the Late Cretaceous period. Age: Late Cretaceous, Danian;Location: Maastricht, NetherlandsSize: approx. 7 x 4 cm Colors on photos may differ slightly from those of the original specimen for technical reasons.

Age: Upper Silurian;Locality: Valley of Kosoř near Radotin, district Prague-West, Central Bohemian Region, Czech RepublicSize: approx. 5 x 5 x 1 cmColors in product photos may differ slightly from those of the original specimen due to technical reasons.

Age: Miocene, Gram layers;Locality: Gram, DenmarkSize: approx. 13,5 x 10 x 3,5 cmColors on photos may differ slightly from the original due to technical reasons.

A trilobite pygidium and cephalon, exceptionally well preserved on little matrix, very detailed.Age: Ordovician, Sandbian, Letna Fm;Locality: Beroun, Czech RepublicSize: Cephalon - 4 x 2 x 1 cmColors on photos may differ slightly from the original due to technical reasons.

Trilobite pygidium and cephalon, nicely preserved on a little matrix, very detailed.Age: Ordovician, Sandbian, Letna Fm;Locality: Beroun, Czech RepublicSize: Cephalon - 4 x 2 x 1 cmColors on photos may differ slightly from the original due to technical reasons.

Trilobite pygidium and cephalon, preserved in remarkable detail on little matrix.Age: Ordovician, Sandbian, Letna Fm;Locality: Beroun, Czech RepublicSize: Cephalon - 5 x 2,5 x 1 cmColors on photos may differ slightly from the original due to technical reasons.

Pygidium of Trilobite.Age: Lower Devonian, Lower Coblenz; Location: Altenahr, Eifel, GermanySize: approx. 9 x 7,5 x 2,5 cmColours on the photo may slightly differ from the original specimen.

Perfectly conditioned prawn with saw-like crest and delicate antennae.Age: Upper Jurassic, Solnhofen Formation (approx. 150 million years old)Locality: Eichstätt, Bavaria, GermanySize fossil: 17 cm; plate: 47 x 33.5 x 1.5 cmColors on product photos may differ slightly from those of the original specimen due to technical reasons.

Extremely rare!Currently: Arachnomorpha, order Cheloniellida Duslia insignis was first identified in 1893 on the basis of specimens from the upper Ordovician of the Letná Formation in the Prague Basin in Bohemia. Originally they were classified as polyplacophorous molluscs, but later this species was recognized as an arthropod and assigned to the burlingid trilobites. In the late 1980s, Chlupác considered Duslia to be a representative of the chelonielids, which are located between the "trilobitomorphs" and the chelicerates. Further studies argued for a phylogenetic link to the chelicerates (cf. Van Roy, 2006). Over the years, several hundred specimens have been offered for sale, mainly from the Djebel Tijarfaïouine in the El Caïd Rami region of Morocco. These specimens show only minor compaction or deformation and are fully articulated. The original cuticula has been replaced by a thick mineralization that ranges in color from pink to reddish-brown. The digestive tract is often visible, as in this case.The positive and negative impression of this specimen have been preserved. It is unaltered, no color enhancement or retouching!Age: Upper Ordovician, Sandbian;Locality: Bou Nemrou, El Caïd Rami, MoroccoSize fossil: 10 x 7 cm; matrix: approx. 17 x 15 x 4 cmColors in product photos may differ from those of the original specimen for technical reasons.

Very nice trilobite on matrixAge: CambrianLocality: Utah, USA Size: approx. 1.7 cm; slab: 7.5 x 4 cmThis is the State Fossil of Utah and the characteristic animal of the Wheeler Shale, which can be compared to the Burgess Shale in degree of preservation and biodiversity.The colors of the original may differ slightly from those of the product photos due to technical reasons.

Very decorative trilobite on matrix.A characteristic trilobite of the Wheeler Shales, which can compete with the Burgess Shale in diversity and conservation.Age: Cambrian, Wheeler Shale;Locality: Utah, USA Fossil size: approx. 3 x 2 cm Matrix: 8.5 x 7.5 x 1.5 cmColors on product photos may differ from those of the original specimen due to technical reasons.

Etyus martini (carapace)Cf. Hoploparia sp. (pincer fragment and body segments)Age: Lower Cretaceous, Middle Albian;Locality: Folkestone, County Kent, South East England, Great BritainSize of label: approx. 5 x 2 cmColors on pictures may differ slightly from the original piece due to technical reasons.

Part of an Eurypterus carapace with obvious details! Also special here is the locality, historical piece from the Krantz collection!Age: Devonian, Gotlandian;Locality: Rootsiküla (Rotziküll), Saaremaa Island, Baltic Sea, EstoniaSize of fossil: 1 x 2 cm, matrix: approx. 8 x 11 x 1.5 cmEurypterids, also known as sea scorpions because of their pointed tails, evolved in the Ordovician. They were the dominant predators of the Upper Ordovician, Silurian and Lower Devonian seas and achieved maximum species diversity at that time.The most impressive representatives of this order could grow up to 3 m long, while Balteurypterus tetrag. only reached a few modest centimetres. The large group of eurypterids possessed a fin-like, powerful last pair of extremities. They had two respiratory systems - book gills and gill plates - and trace fossils show that they were quite capable of walking on land. Unfortunately, they didn't quite make the leap, because like their close relatives, the horseshoe crabs, they used the tips of their legs to chew, which is much more efficient underwater than on land. They also faced increasing competition from fish in the sea, so they withdrew to the river systems.In the Permian, there were only a few species of what are probably the largest known arthropods of all time.Colors on product photos may differ from those of the original specimen due to technical reasons.

Isolated head of a eurypterid of the species Eurypterus lacustris on matrix. Period: Upper Silurian;Location: Litchfield, New YorkDimensions: 9 x 5.5 x 1.7 cmColors on photos may differ slightly from those of the original specimen for technical reasons.

Eurypterids, also known as sea scorpions because of their pointed tails, evolved in the Ordovician. They were the dominant predators of the Upper Ordovician, Silurian and Lower Devonian seas and achieved maximum species diversity at that time.The most impressive representatives of this order could grow up to 3 m long, while Balteurypterus tetrag. only reached a few modest centimetres. The large group of eurypterids possessed a fin-like, powerful last pair of extremities. They had two respiratory systems - book gills and gill plates - and trace fossils show that they were quite capable of walking on land. Unfortunately, they didn't quite make the leap, because like their close relatives, the horseshoe crabs, they used the tips of their legs to chew, which is much more efficient underwater than on land. They also faced increasing competition from fish in the sea, so they withdrew to the river systems.In the Permian, there were only a few species of what are probably the largest known arthropods of all time.Age: Silurian, Bagovitsa Fm;Locality: Smotrych (left tributary of the Dniester), near Kamyanez-Podilskyi, Khmelnytskyi oblast, western UkraineSize of head: 1 cm; matrix: approx. 4 - 8 cmColors on product photos may differ from those of the original specimen due to technical reasons.Our pictures are for reference only. You will receive a piece of equivalent quality with your purchase.

Rare! Piece of a fin. Known site for these fossils.Eusthenopteron is an extinct genus of Sarcopterygii, commonly referred to as lobe-finned fish, that lived in North America and Europe during the Upper Devonian. These fish are considered important ancestors of the tetrapods, the first land-living vertebrates, as they exhibit features that illustrate the transition from aquatic to terrestrial life. These include the structure of their fins, which developed into limbs. The anatomy of Eusthenopteron already shows some tetrapod-like features, particularly in the composition of the humerus (upper arm bone), which indicates the later development of the limbs. These fish may have used their powerful fins to prop themselves up in shallow waters, similar to push-ups, which is interpreted as a step towards land walking. Despite these adaptations, they remained restricted in their ability to move and were mainly bound to aquatic life.Age: Devonian, Fransnian;Locality: Scaumenac Bay, near the city of New Brunswick, province of Quebec, CanadaSize of matrix: approx. 5 x 7 x 0.5 cmColors on product photos may differ from those of the original specimen due to technical reasons.

Flexicalymene ouzregui - clear segmentation, beautiful piece.These trilobites are found in concretions. The Bedouins of North Africa sometimes used them as a means of exchange.Flexicalymene is an index fossil for the Ordovician and a typical trilobite of Morocco. It is frequently found there and is easy to work with. Flexicalymenes already had the ability to roll themselves up. This protective mechanism was not available to early trilobites. Age: Ordovician, Locality: MoroccoSize: approx. 6-8 cmThe colors on product photos may differ slightly from those of the original specimen for technical reasons.Our photos are for reference only, you will receive a piece of comparable quality with your purchase.

Very nice specimen!A whole trilobite, a positive and negative and an additional head on the backside of the positive.Age: Upper Ordovician, Lower Ashgill, Ktaoua group, Upper Argillite FormationLocality: Tazzarine des Aït-Atta, Tarhbalt (Maïder), Anti-Atlas region, MoroccoSize of the matrix: 4.5 x 4 x 1.5 cmSize of the trilobite: 4.3 x 2.5 cmThe colors of the original may differ slightly from those of the pictures due to technical reasons.

Nice fly in big amberFamily: DipteraAge: EoceneLocality:  BalticSize of amber: approx. 2 x 1,4 cmSize of insect: approx. 0.4 cmThe amber will be delivered in a small magnification box with picture.

Insecta indet. from the Oligocene period in France. Age: Oligocene;Locality: Cereste, Alpes-de-Haute-Provence department, Vancluse, FranceSize of matrix: 15.5 x 10.5 cm Insects: 1 cmColors on photos may differ slightly from those of the original specimen for technical reasons.

Fossil swimming shrimp of the species Carpopenaeus callirostris.Fossils of the genus Carpopenaeus are among the most commonly found crustacean fossils from the Cretaceous lithographic limestones of Lebanon.Age: Cretaceous, Sannine formation;Locality: Hjoula, LebanonSize: approx. 1,5 x 3 cm Plate: ca.  8 x 12 x 1 cmColors on product photos may differ from those of the original specimen for technical reasons.

Fossil swimming shrimp of the species Carpopenaeus callirostris.Fossils of the genus Carpopenaeus are among the most commonly found crustacean fossils from the Cretaceous lithographic limestones of Lebanon.Age: Cretaceous, Sannine formation;Locality: Hjoula, LebanonSize: approx. 1 x 3 cm Plate: 7,5 x 7 cmColors on product photos may differ from those of the original specimen for technical reasons.

A fungus gnat (Sciaridae) in amber.The stone is supplied in a magnifying glass box including a photo of the enlarged insect.Age: Tertiary, EoceneLocality: North and Baltic SeaSize of the amber: approx. 1 x 1 cm; Size Insect: 0,3 cmColors in product photos may differ slightly from those of the original specimen due to technical reasons.

Including the old label. Age: Devonian; Location: Daun, Eifel, GermanySize: approx. 10 x 7,5 x 2,5 cmColours on the photo may slightly differ from the original specimen.

Typical trilobite on matrix from Sweden.Age: Ordovician, Llanvirnian;Locality: Yxhult quarry, Örebro, Sweden;Size fossil: 5.5 x 3.5 cm ; matrix: 5 x 7 cmColors on our photos may differ slightly from those of the original specimen due to technical reasons.

Long-legged fly (Diptera) (family Dolichopodidae), enclosed in amber.Comes in a magnifying box including an enlarged photo of the insect.Age: EoceneLocality: Baltic SeaSize of amber: approx. 1,2 x 1 x 0,3 cmColors in product photos may differ slightly from those of the original specimen due to technical reasons.

A long-legged fly (family Dolichopodidae) in amber.Age: EoceneLocality: Baltic regionSize of the amber: approx. 1 x 1 cmColors in product photos may differ slightly from those of the original specimen due to technical reasons.

Mass trapping of diverse Insects in copal.Age: QuaternaryLocality: Cap d'ambre, Diego Suarez, MadagascarSize of the copal: approx. 8,5 x 3,7 x 3,4 cmThe colors on our photos may differ slightly from the original pieces due to technical reasons.

A very beautiful trilobite of the genus Metacanthina issoumourensis on matrixPiece from an old collection.Rarely available!Period: Devonian, Pragian;Location: Jbel Issoumour, MoroccoOverall size: 9 x 6 x 4 cm; Trilobite: 6.5 x 3.5 cm Due to technical reasons, the colors on photos may differ slightly from those of the original.

A mosquito of the family Sciaridae (dark-winged fungus gnats) preserved in amber.Comes in a magnifying box.The photo of the enhanced insect will be also provided.Age: Tertiary, Eocene Locality: Baltic AmberSize of amber: approx. 1,3 x 0,6 cmIn the last picture  you'll see the amber in the magnyfing  box.The colors of the original may differ slightly from those of the product photos due to technical reasons

Trilobite on matrix in B-quality, hence so inexpensive, but:Nothing "patched or mended" - piece from old 1980s collection.Age: DevonianLocality: Hamar Laghdad, MoroccoSize: 4 x 5 x 5 cm Colors of the piece may differ from the pictures for technical reasons.

Age: Devonian;Locality: Hamar Laghdad, MoroccoSize: 8,5 x 4,5 x 4 cmColors of the piece may differ from those in the picture for technical reasons.

A beautifully defined and well-preserved cephalon of a Phacops trilobite.Age: Middle Devonian;Locality: Weinheim, Eifelkreis Bitburg-Prüm, Rhineland-Palatinate, GermanySize: approx. 4 x 5 cmColors on product photos may differ slightly from those of the original specimen due to technical reasons.

Absolute rarity from the German Eifel: Cyphaspis ceratophthalmus (previously designated Otarion ceratophthalmum) is the type species of Cyphaspis. Beautiful small trilobite Cyphaspis ceratophthalmus with well-preserved facet eyes and spines.This piece can no longer be found today and originates from an old collection, so this is a unique opportunity!The “Pelm-Salmer Weg” site near the little village of Gees served as a type locality for many classic trilobite finds and is one of the most famous localities for trilobites. The area was designated a nature reserve in 1987 with the main aim of protecting the fossil-bearing sediment layers. Collecting there is now banned.Age: Middle Devonian, Eifelian, Ahrdorf Formation; Locality: Pelm-Salmer Weg, Gees (Gerolstein), Rhineland-Palatinate, GermanySize trilobite: approx.1,7 cm; matrix: 2,7 cm x 2,5 x 2,5 cmColors on product photos may differ slightly from the original specimen for technical reasons.

The specimen will be delivered in a white dome.Age: Middle Devonian, Eifelian;Location: Gerolstein, GermanySize: ca. ca. 1,5 x 1 cmThe colors of the original can slightly differ from the pictures for technical reasons.

Old collection piece.Age: Silurian;Locality: Kosov near Beroun, Bohemia, Czech RepublicSize: approx. 10 x 7 x 2 cmColors on photos may differ slightly from those of the original piece due to technical reasons.

One cephala and several thorax segments of Balteurypterus tetragonophtalmus.Age: Silurian, Bagovitsa Fm;Locality: Smotrych (left tributary of the Dniester), near Kamjanez-Podilskyj, Khmelnytskyi oblast, UkraineSize head: 2,5 x 2 cmSize matrix: approx. 11 x 4 x 1,8 cmEurypterids, also known as sea scorpions because of their pointed tails, evolved in the Ordovician. They were the dominant predators of the Upper Ordovician, Silurian and Lower Devonian seas and attained their maximum species diversity at that time.The most impressive representatives of this order could grow up to 3 m long, while Balteurypterus tetragonophtalmus only reached a few modest centimetres. The large group of eurypterids possessed a fin-like, powerful last pair of legs. They had two respiratory systems - book gills and gill plates - and trace fossils show that they were quite capable of walking on land. Unfortunately, they didn't quite make the leap, because like their close relatives, the horseshoe crabs, they used the tips of their legs to chew, which is much more efficient underwater than on land. Fish also increasingly competed with them in the sea, so that they retreated to the river systems. By the Permian, there were only a few species of these presumably largest known arthropods of all time.Colors on product photos may differ from those of the original specimen for technical reasons.

One cephala and several thorax segments of Balteurypterus tetragonophtalmus.Age: Silurian, Bagovitsa Fm;Locality: Smotrych (left tributary of the Dniester), near Kamjanez-Podilskyj, Khmelnytskyi oblast, UkraineSize head: 2,5 x 2 cmSize matrix: approx. 11 x 4 x 1,8 cmEurypterids, also known as sea scorpions because of their pointed tails, evolved in the Ordovician. They were the dominant predators of the Upper Ordovician, Silurian and Lower Devonian seas and attained their maximum species diversity at that time.The most impressive representatives of this order could grow up to 3 m long, while Balteurypterus tetragonophtalmus only reached a few modest centimetres. The large group of eurypterids possessed a fin-like, powerful last pair of legs. They had two respiratory systems - book gills and gill plates - and trace fossils show that they were quite capable of walking on land. Unfortunately, they didn't quite make the leap, because like their close relatives, the horseshoe crabs, they used the tips of their legs to chew, which is much more efficient underwater than on land. Fish also increasingly competed with them in the sea, so that they retreated to the river systems. By the Permian, there were only a few species of these presumably largest known arthropods of all time.Colors on product photos may differ from those of the original specimen for technical reasons.

A well-preserved trilobite, along with other remains and impressions, showing clear segmentation. It was found in the Czech Republic, but the site is no longer accessible!This species was entirely blind and inhabited deep, low-light zones of the ocean. It also curled up differently: its micropygidium was folded under the thorax and cephalon (double fold), while other trilobites curled up like isopods.Age: CambrianLocality: Jince, Czech RepublicSize: Trilobite approx. 2 cm, on matrix: approx. 7.5 x 5 cmDue to technical limitations, the colors of the original may differ slightly from those in the product photos.

Small, extremely detailed positiv and negativ preserved trilobites from  the preserve deposit of the Letna Formation in Bohemia, displaying the typically vibrant orange coloring. The rostral plate and cheeks (librigena) form a wide and flat marginal surface freckled with small pustules. Deanaspis often appears in association with the more common Dalmatina, both of which thrived in a shallow marine community. Its wide shape ensured that it did not sink into the soft sediment.Age: Ordovician, Sandbian, Letna Fm.;Locality: Prague, Czech RepublicSize: fossil: approx. 1,2 x 1 cm; slab: approx. 7 x 10  cmThe original specimen may differ slightly in color from the pictures showed here due to technical reasons.

Age: Middle Devonian;Locality: Eifel, GermanySize: approx. 10,5 x 7 x 5,5 cmColors on pictures may differ slightly from the original due to technical reasons.

Small trilobite on matrix.Proetida is one of the nine major groups of trilobites, which are characterized above all by their cheek spines. These small specimens from the Moroccan Devonian formed concretions after death because the decomposition changed the water chemistry in such a way that minerals precipitated around them. For preparation, these are then finely chiseled away.Age: Lower Devonian, Upper Emsian;Locality: Jebl Zguilma, MoroccoSize of trilobite: approx. 1.5-2cmThe colors on product photos may differ slightly from those of the original specimen for technical reasons.Our photos are for reference only, you will receive a piece of comparable quality with your purchase.

Two specimens with fragments of indeterminate trilobites.Age: Middle Cambrian (approx. 518 million years old)Locality: Rejkovice, Středočeský kraj region, Czech RepublicSize of the matrix: 5-8 cm eachThe pictures are examples. You will receive pieces of comparable quality.Colors on photos may differ slightly from those of the original specimen for technical reasons.

Hand specimen with fragments of unspecified trilobites.Age: Middle Cambrian (approx. 518 million years old)Locality: Rejkovice, Středočeský kraj region, Czech RepublicSize of the matrix: 5-8 cmThe pictures are examples. You will receive pieces of comparable quality.Colors on photos may differ slightly from those of the original specimen for technical reasons.

Period: Ordovician, Llandeilo;Location: Valongo, PortugalSize: 19 cm x 13,5 x 4 cmTrilobite: 3,5 x 5 cmThe colours of the images may differ from those of the original. 

Period: Ordovician, Llandeilo;Location: Valongo, PortugalSize: 13 cm x 11 cm x 2,5 cmTrilobite: 4,5 x 7 cmThe colours of the images may differ from those of the original. 

Rust-brown large trilobite on a massive stone block, which also contains gastropods of the genus Platyceras and brachiopods.Ectillaenus giganteus was buoyant and an active predator.Age: Middle Ordovician, Llandeilo (correlates with Darriwilium)Locality: Ciudad Real, SpainSize trilobite: 6 cm; matrix: 15 x 9 x 6 cmColors on photos may differ slightly from the original due to technical reasons.   

Light brown, almost pastry-colored large trilobite standing out beautifully from the mica-rich, silvery-grey silt matrix, which makes it popular with collectors. The deformation is tectonic and characteristic of this species from this region.The genus was buoyant and an active predator.Age: Middle Ordovician, Llandeilo (correlates with Darriwilium);Locality: Valongo, Norte region, PortugalSize trilobite: 8 cm; matrix: 13.5 x 10 Colors in photos may differ slightly from the original for technical reasons.   

Beautiful, relatively large trilobite with well-preserved compound eyes from the Eifel.Age: Middle Devonian, Eifelian; Locality: Gerolstein, Vulkaneifel, Rhineland-Palatinate, GermanySize: approx. 2.5 x 1.5 cmSupplied in a white Jousi box, dimensions: 4.2 x 4.2 x 3.3 cmThe colors on the product photos may differ slightly from those of the original specimen for technical reasons.

Very nice specimen! With numerous trilobite remains.Age: Upper Lower Ordovician, Llandeilium;Locality: Llandrindod Wells, County Powys, Wales, Great BritainSize/matrix: approx. 16 x 11 x 2 cmColors on product photos may differ slightly from those of the original specimen due to technical reasons.

Calcified cocoon of weevil Leptopius duponti / Weevil.Age: Holocene;Location: Dunes of Eyre Peninsula, South AustraliaSize: ca. 5,5 x 3,5 x 3,2 cmThe colours on the pictures may slightly differ from the original specimen.