An acclaimed international collection of articles and book reviews on fossils, geology, minerals, palaeontology and earth science
Jon Trevelyan (UK) This is the second of my series of short articles on fossils of the Ediacaran Period. Charniodiscus is one of the most characteristic frondose organisms of the Ediacaran Period, living around 560-555 million years ago in the quiet, low-energy seafloors that preceded the Cambrian explosion. With its … Read More
The Classic Geology in Europe series has, over many years, established a distinctive and reliable identity: authoritative regional syntheses written by specialists, designed for geologists who want to understand landscapes through field observation rather than armchair generalities. The Southern Pennines sits comfortably within that tradition and, in several respects, exemplifies the mature strengths of the series.
Michael C Mackiewicz (USA) Minerals have shaped human societies since ancient times, but the idea of ‘critical minerals’ is fairly recent. As explored in earlier articles in this series, the Top Ten critical minerals, lithium, cobalt, nickel, graphite, manganese, the rare‑earth elements, tungsten, vanadium, bismuth and antimony are central to … Read More
Jon Trevelyan (UK) This is the first of my series of short articles on fossils of the Ediacaran Period. Charnia is one of the most iconic fossils of the Ediacaran Period, known for its elegant frond-like form and its place among the earliest large, complex organisms in Earth’s history. First … Read More
Kurt Lahmers (USA) A closer look at a dinosaur bone found in the Garden Park area of Cañon City, Colorado (USA) shows some interesting details on the end of the bone. The holes in the dinosaur bone shownin Fig. 1 used to be tube-like structures called Haversian canals. These are … Read More
Jon Trevelyan (UK) This is the third and last of my series of short articles on fossils of the Pre-Cambrian. The stromatolites of the Tumbiana Formation, Western Australia, form one of the most remarkable biological records of the Late Archean, dating to around 2.72 billion years ago. These exquisitely preserved … Read More
Michael Mackiewicz (USA) Gallium is one of those odd minerals that somehow gets people’s attention. Unlike cobalt, lithium or the majority of other critical minerals, you do not find gallium in rich ore bodies that can be mined directly. Instead, it shows up in trace amounts inside common minerals like … Read More
Jon Trevelyan (UK) This is the second of my series of short articles on fossils of the Pre-Cambrian. The Strelley Pool stromatolites, preserved in the ~3.45-billion-year-old Strelley Pool Formation of Western Australia, rank among the oldest widely accepted macroscopic evidence of life. Formed on shallow marine carbonate platforms during the … Read More
Paul Lyle begins GeoHibernica with a slightly mischievous acknowledgement: the book exists only because the author of GeoBritannica was unable to take on its Irish counterpart himself. It is a revealing admission, and one that immediately invites comparison between the two works. That comparison is instructive, although not always in the ways one might expect.
Vassilis Makridis (Greece), Evangelia Tsoukala (Greece), Evangelos Vlachos (Greece), Katerina Tsekoura (Greece), Wilrie van Logchem (The Netherlands) and Dick Mol (The Netherlands) In northern Greece, 45km north of Thessaloniki, one of the few public caves in Northern Greece is situated in the Agios Georgios Hill, near Kilkis (Figs. 1 and … Read More
Jon Trevelyan (UK) This is the first of my series of short articles on fossils of the Pre-Cambrian. The Gunflint stromatolites, preserved in the 1.88-billion-year-old Gunflint Iron Formation of Ontario and Minnesota, offer one of the clearest windows into early complex microbial ecosystems. Formed by thriving mats of cyanobacteria long … Read More
Michael Mackiewicz (USA) In earlier articles of this series, lithium and cobalt from the list of the Top 10 critical minerals – lithium, cobalt, nickel, graphite, manganese, rare earth elements, tungsten, vanadium, bismuth and antimony – were discussed relative to their value to mineral collectors,advanced technologies and the global economy. … Read More
Jon Trevelyan (UK) Simplified summary of Britain’s geological history from the Precambrian to the present day. The coloured timeline shows the major geological periods discussed throughout this series, while the illustrations above represent some of the dominant landscapes and environments that characterised each interval. The red line(s) indicates the geological … Read More
Mike Leeder’s Geology and the Pioneers of Earth Science is an ambitious and absorbing exploration of the intellectual and personal stories behind the transformation of geology in the twentieth century. Published in September 2024, the book positions itself as an account of how the discipline shifted from a largely descriptive, field-based science into the more synthetic, quantitative and planet-wide framework we now call “earth science”.
Michael Mackiewicz (USA) Minerals have shaped human progress for millennia, but the concept of critical minerals is a modern one. As discussed in earlier articles, the Top 10 critical minerals (lithium, cobalt, nickel, graphite, manganese, rare earth elements, tungsten, vanadium, bismuth and antimony) are essential to advanced technologies, global economy, … Read More
Stephen K Donovan (UK) The south of England in the late 1940s and 1950s must have been a wonderland for the field palaeontologist. There were still many working or recently discarded quarries. Transport was easy and affordable by rail and bus. Visits to quarries were rarely difficult. It was a … Read More
At first glance, the title might mislead you into expecting a simple guide to finding fossils while strolling along the beach – a sort of field companion for holiday rock-hunters. But Stephen Donovan’s Fossils on the Seashore is a very different creature. It’s not about collecting curiosities for the mantelpiece. It’s about understanding the dynamic relationship between the living and the fossil record, and how coastlines act as natural laboratories for palaeontological and neoichnological study
Wayne W Sukow PhD and David L Schuder BA (USA) This is the last of three articles on the beaches of Sedar Bay. The first largely covered the geology of the area, the second discussed collecting minerals from the region, whereas this will cover the collection of fossils. Fossils from … Read More
Michael Mackiewicz (USA) Minerals have shaped the direction of human civilisation for thousands of years, from early use of copper and gold in tools and ornaments, to the extraction of iron and tin during the Bronze Age. However, the idea of critical minerals is much more recent. As explained in … Read More
Wayne W Sukow PhD and David L Schuder BA (USA) This is the second of three articles on the beaches of Sedar Bay. The first largely covered the geology of the area. This article will discuss collecting from the region. Collecting Sedar Bay agates, minerals and fossils The collection of … Read More
Michael C Mackiewicz (USA) This is the first of several articles on the Top 10 critical minerals. ‘Critical minerals’ is a relatively modern term that will be explained in this article. Minerals that shaped civilizations Minerals have played a central role in human development for thousands of years. From the … Read More
There are few books (and indeed writers) that have managed to bring fossils, fieldwork anecdotes, scientific rigour and humour together as effortlessly as The Secret Lives of Dinosaurs, Dean R Lomax’s newest offering (with art word by Bob Nicholls). It is more than just a compendium of strange fossils – it’s an invitation to look behind the display cases, to the lives of creatures long vanished (and not just dinosaurs as the title suggests).
Wayne W Sukow PhD and David L Schuder BA (USA) This is the first of three articles about the Upper Peninsula of Michigan. Here, there are many miles of Lake Superior shoreline, but the three articles will just cover the Keweenaw Peninsula, where you can find agates, copper, silver, datolite, … Read More
Have you ever wished to time-travel to the Miocene while armed with a PhD and a GPS unit? Well, At the Foot of the Himalayas is your next best thing. This sweeping but masterfully integrated volume brings the Siwalik Hills – the sediment-rich, fossil-packed foothills of the Himalayas – into sharp scientific focus.
Davide Olivero (Italy), Giorgio Olivero (Italy) and Rob Hope (France) In the Manosque Region of south-eastern France, Rob discovered a remarkable little fish fossil in an out-of-the-way abandoned quarry. He cut and tidied the small stone, and took it away. He wanted it not as a collection piece, but to … Read More
Zachary Sepulveda (USA) The subject matter of this short article is a rare, agatised snail fossil from the Jurassic Period, which was found in the Morrison Formation, and a dinosaur bone of an unknown species from the same layers. Both specimens are from Colorado. The Morrison Formation is a sequence … Read More
Steven Wade Veatch (USA) Along the Front Range of Colorado, there are more than 200 sandstone dikes emplaced in ancient igneous (crystalline) rocks. Dikes are rock bodies that cut across another, earlier geologic body. These Front Range dikes are unique, because most sandstone dikes are found in other sedimentary rocks. … Read More
Dr Neil Clark (UK) The last place most people will associate with amber is Scotland. Yet, it is the place where some of the oldest inclusions (from the Carboniferous) in tree resin have been found. Amber is defined differently by different cultures. Its precise origin is unknown, but is fossilised … Read More
Stephen McLoughlin (Sweden) and Vivi Vajda (Sweden) Among the rolling green hills of Skåne in southern Sweden lies the valley of Fyledalen. The valley lies about 27km north of Ystad – best known as the setting of the Wallander detective novels and television series. Today, most of the valley has … Read More
Ru D A Smith (Malaysia, UK) Aragonite is a common mineral in the skeletons of marine organisms (Cusack & Freer, 2008), but is not typically well preserved in the fossil record due to its tendency to recrystallise as its more stable polymorph calcite. Certain circumstances can however enhance the preservation … Read More
