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![Eximipriapulus, a type of Priaulid (Priapulan) worm that lived approximately 500 million years ago occupying the shell of a deceased creature. Priapulids (Priapulans) are still around today and are commonly called "penis worms". Credit: Zhang Xiguang](https://www.burgess-shale.bc.ca/wp-content/uploads/2024/04/211108113330-01-eximipriapulus-300x169.webp?x77248)
Ancient Squatters: Hermit Behavior in Cambrian “Penis worms” (Priapulids)
Move over, hermit crabs! A 2021 paper published in the journal Current Biology suggests similar shell-occupying behavior in an unexpected source: Cambrian priapulid (priapulan) worms, also known as “penis worms” due to their gross morphology (overall shape of the organism) bearing a remarkable similarity to the human penis. World class quality “penis worm”
![Olenoides. © Royal Ontario Museum. Photo Jean-Bernard Caron](https://www.burgess-shale.bc.ca/wp-content/uploads/2020/09/30.Olenoides-ROM-56629-JBC_03-300x200.jpg?x77248)
Trilobite sex
Trilobite species Olenoides serratus, has been well studied since 1909 and is one of the most fully understood trilobites in the fossil record, due to the exceptional preservation of soft tissues (labile tissue) at the Burgess Shale. Now after over 100 years of studying the species, and half a billion
![Gyaltsenglossus senis, shown as it would appear as it moved on the bottom of the ocean as it used its’ tentacles for feeding from the water above, while the background shows how it would feed with its’ base attached to the sea floor extended for upwards for feeding. The fossil on the right is a complete specimen of Gyaltsenglossus senis (ROMIP 65606.1) showing full length of the proboscis with the six feeding arms at the top. Illustration by Emily S. Damstra. Both images © Royal Ontario Museum](https://www.burgess-shale.bc.ca/wp-content/uploads/2020/12/Gyaltsenglossus-senis-300x185.jpg?x77248)
A 506 million year old hemichordate worm with tentacles
Gyaltsenglossus senis, is a newly described hemichordate from the Burgess Shale. It provides evidence on how the anatomies of the two main groups of hemichordates – enteropneusta and pterobranchia – are related. The enteropneusta and pterobranchia differ in body shape and in ecological function. However, DNA analysis of present day
![Ecological reconstruction of Kylinxia zhangi. (Artwork by D.-Y. Huang & H. Zeng)](https://www.burgess-shale.bc.ca/wp-content/uploads/2020/12/Kylinxia_zhangi_ecological-300x137.jpg?x77248)
Five-eyes!? Kylinxia zhangi, a new Opabinia-like fossil
Kylinxia zhangi is a newly described euarthropod with five-eyes. It is was discovered in a Cambrian aged deposit in Chengjiang, China, and was recently described in the journal Nature. Kylinxia looks remarkably like a cross between two Burgess Shale animals, Opabinia regalis and Anomalocaris canadensis. The Burgess Shale is currently
![Illustation: Z.H. YAO & D.J. FU. Artists rendering of the Qingjiang biota showing characteristic early Cambrian taxa from the Lagerstatte](https://www.burgess-shale.bc.ca/wp-content/uploads/2020/10/Artists-rendering-of-the-Qingjiang-biota-showing-characteristic-early-Cambrian-taxa-from-the-Lagerstatte-300x211.jpg?x77248)
Tropical Fossils: The Burgess Shale Is Not Alone!
Tropical Fossils? The Burgess Shale fossils are found in the Canadian Rockies at a latitude of 51 North. However, the fossilized animals lived and died in the tropics. This change in latitude over time is the result of the slow action of Plate Tectonics. For the last 508 Million years
![Monarch Mine and Mill, Field, BC (Sep 1935)](https://www.burgess-shale.bc.ca/wp-content/uploads/2020/10/Monarch-Mine-and-Mill-Field-BC-Sep-1935-300x192.jpg?x77248)
A Mine in Yoho National Park?
A mine. In a National Park. Inside a mountain. Not what you would expect but for over sixty years, zinc and lead where mined from within Mount Stephen and Mount Field in Yoho National Park. These mines were the only successful metal mines in the Canadian Rockies. Railway construction workers chanced