Nowadays, people don’t do geology – they do ‘earth sciences’ – and this book is very much in that mould. That’s not to say this is a problem. Expanding the study of the world to take on a more holistic view of how things work is fascinating and, it is clear from this book, just how much man has now begun to understand and benefit from this new way of looking at geological science.
The first ever fossils I collected were from the spoils tips of the two coal mines in Aberdare, South Wales. Alas, these and most other such spoil tips have been landscaped and covered over. Clearly this was both inevitable and desirable after the closure the UK coal industry, but it is a shame for those of us who love Carboniferous Coal Measures plant fossils.
Increasingly nowadays, the London Clay Formation is becoming a favourite hunting ground for fossils and several good books have been written about it. This guide, written by eminent plant palaeobotanist, Margaret Collinson was the first published by PalAss in its library of guides to (usually) UK fossils for professionals and amateurs.
I recently reviewed another of the guides in Crowood Press’s excellent “Landscape and Geology” guides, which was undoubtedly a great read. And this one is equally good, with great, full colour pictures, maps and diagrams, and easy to read text, with descriptions of interesting walks and what can be seen on them.That is, there are easy-to-understand explanations of how the rocks formed and how the geology affects the landscape, and there is also an n exploration of the long human story of the landscapes.
As I said in my review of the first edition of this guide, I love geomorphology. In fact, I have loved it since my school days and deeply regret not having studied it at university. However, as I said in that review, I suspect many people are discouraged by its scientific name, but all it means is the study of the earth’s landforms and the processes that create the landscapes we see today.
I reviewed the 2nd edition of this guide a while ago and as I said then, iceland seems to set the hearts of certain geologists racing and reading this field guide and that previous incarnation it is abundantly clear why. Iceland’s fascinating geology is clearly set out in this concise and authoritative book. The island, astride the Mid-Atlantic Ridge, is a ‘natural laboratory’ where the earth sciences can be watched in real-time. Rifting of the crust, volcanic eruptions and glacial activity are among a host of processes and features that can be observed in this fascinating land.
I think the reason why this book is such a success is that River Planet not only introduces readers to the fascinating palaeo-history of the world’s rivers (both existing and disappeared), but also reveals the author’s personal account of his experience of rivers, together with a bit of history and interesting (and relevant) anecdotes, in the most entertaining of ways.
This is a lovely example of photographs used to inspire and text to explain. For many years, Dr Tony Waltham has produced a photo plus explanatory text for the back cover of the glossy magazine, Geology Today. The book represents a compilation of 110 such back covers that set out a “photographic journey” around some of the most impressive geological landscapes of the world as a result of his own travels.
I approached this book with what turned out to be completely irrelevant preconceptions. I was very wrong. In fact, this is a little geological tour de force describing field locations and, what one reviewer described as “the logic of geology: how vanished land – and seascapes can be conjured back into existence from the raw rock record”.
By David N Thomas and David G Bowers The extent to which our planet is covered by oceans and seas (about 70%), and the increasing concern that right-minded people have about climate change, means that there is a both a desire and an urgent need…
In recent years, Graham Park has been prolific in his writing for Dunedin Academic Press. In this new tome, he has produced what I suspect is a really great introduction to a range of key concepts and geological processes for both undergraduates and the interested, moderately well-informed amateur.
Sea level change is something that probably everyone who does their best to keep up to date about climate change, thinks they know about and on which they will have an opinion. However, this guide clearly shows that there are important misconceptions about the topic, and recent newspaper articles, TV and radio presentations unfortunately tend to bear little relation to reality.
I really like the ‘Introducing ….’ series publish by Dunedin Academic Press, as you will have ascertained, if you have read the many reviews I have included in this magazine. This second edition of Introducing Sedimentology by Stuart Jones updates the version I reviewed a while ago (see Book review: Introducing Sedimentology, by Stuart Jones), and I found it equally enjoyable.
I have to admit that I hadn’t heard of ‘hydrogeology’ before, but I should have. Hydrogeology is an important and vibrant sub-set of geological science, dealing with the distribution and movement of water –groundwater – in the Earth’s soil and rocks. Groundwater transport is one part of the overall hydrological cycle in which water is transferred by evaporation from the oceans and seas into the atmosphere.
This book would seem to be the follow up to the well-received A History of Life in 100 Fossils. However, this time, this glossy hardback tells the story of plants on earth using significant fossils that are, for the most part, kept at the Natural History Museum in London. Like that other book, it is set out in a simple format, in which a couple of sides of text are used to describe a full page colour photograph of the fossil in question.
Trenton Holliday’s excellent book, tells the story of Cro-Magnon people in the context of recent scientific advances. However, while it does not shy away from complex scientific issues, the book is written with a light, understandable touch.
If you can see past the somewhat robust title (a reference to James Hutton’s discomfort riding around Scotland on horseback during his geological investigations), this is an interesting read, combining both geological science and humour in just about the right measures.
For anyone like me who finds the immensity of geological time (‘deep time’) both fascinating and fundamentally difficult – both emotionally and intellectually – this is a great book. Paul Lyle has written it for environmentalists and policy makers to help them explain their concerns and decisions more clearly in the context of geological time, but these are not the only people who should read it.
Almeria is a province in southeast Spain, situated in the furthest southeast part of the Iberian Peninsula. And it is a classic area for southern European and Mediterranean Neogene and Quaternary geology. In fact, it is not far north of the southern boundary of the European tectonic plate and, as a result, has been profoundly affected by the interaction of this and the African plate.
The second edition of Microfossils, published in 2005, is still the definitive guide to all the major microfossil groups and the essential reference tool and laboratory guide for undergraduate and graduate students of micropalaeontology.
This is a third, revised edition of a very successful, introductory-level geology guide. In it, the author has taken the opportunity to revise and update the text, and to substitute improved illustrations for some of the old ones.
Patagonia has not always been the cold, arid and dry place it is today. About 17Ma – because the Andes were much lower allowing humid winds from the west to reach the area – it consisted of substantial forests and grasslands. It was also inhabited by strange and wonderful animals, many of which are now extinct.
The format of Dunedin books is always the same – authorative, but easy to understand text, interspersed by bold, full colour diagrams and photographs. And the topics of oceanography and meteorology certainly complement each other. The planet is two-thirds covered by water and the energy it contains massively affects the way the Earth system (especially climate) works.
