I have reviewed several of Graham Park’s books for Dunedin in this magazine (Introducing Tectonics, Rock Structures and Mountain Belts in Issue 33, The making of Europe: A geological history in Issue 43 and Introducing Natural Resources in Issue 46) and this is yet another fine example.
In this second edition, Dougal Jerram has revised and updated the 2001 version, first published by Alwyn Scarth and Jean-Claude Tanguy. This is to reflect modern research and understanding of Europe’s volcanoes of the last 10,000 years (active, dormant and extinct).
This little guide contains excursion guides explaining and exploring the relationship in the UK between hillslope gully erosion and the response by stream and valley systems within the Howgill Fells of Cumbria. The author’s choice of this area rests on the fact that it is one of the most active landscapes in Britain from the point of view of erosion.
Scotland has been the source of many important fossil discoveries, from the first ever soft body parts of the conodont animal, to Devonian fishes and early tetrapods. Yet, there has been little published for the popular market on Scottish palaeontology.
This is the third in a series of earth science books published by Dunedin, the previous two of which (on palaeontology and geology) have been reviewed in this magazine. I said of those books that they were excellent little volumes for the beginner and the amateur, and the current book is no different.
This is a third, revised edition of a very successful, introductory-level geology guide, in which the author has taken the opportunity to revise and update the text, and to substitute improved illustrations for some of the old ones.
This is another excellent guide produced by Dunedin Academic press, to go along with the other two reviewed on this page. This one provides, at an introductory level, a succinct and readable guide to metamorphism.
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.
This is a very ambitious work. The authors discuss the geology of Britain as a “geological legacy”, that is, they believe it is “an inheritance bequeathed to 11 millennia or so of its post-glacial inhabitants”.
I have written many admiring reviews of Dunedin’s books, and this is another one. OK – I like fossils, but it is always nice to have a brief but informative guide to the actual science behind one’s finds.
I reviewed some excellent previous guides in this series (Classic Geology in Europe 3: Iceland in Issue 39 and Classic Geology in Europe 12: Almeria in Issue 48), but this one is closer to home and covers an area that I have fond memories of from my Munro-bagging days.
I love the Highlands of Scotland and I am proud to say that I have climbed many of the mountains covered in the glossy hardback. But, as I say in the other book review on this page, it is more than a picture book. It contains some excellent and fascinating science explaining their outstanding beauty.
‘Sedimentary Structures’ is definitely written for professional earth scientists (but also students and non-specialists from other subject areas, where an understanding of the origin and forms of structures in sediments and sedimentary rocks would be invaluable).
This new guide in Dunedin’s ‘Introducing …’ range of books, covering the branch of geology that studies rock layers (strata) and layering (stratification), primarily in sedimentary rocks, but also layered igneous rocks.
Another issue of Deposits and another excellent addition to the “Introducing Earth and Environmental Sciences” series by Dunedin, many of which I have favourably reviewed in this magazine.
Ever since Charles Darwin pointed out the problem, evolutionary biologists have been worried by the incompleteness of the fossil record. Fortunately, discoveries of formations containing exceptionally preserved fossils (conservation Lagerstätten) have provided fascinating and important information on the history life’s diversity.
As the author, John McManus, writes: “The East Neuk of Fife was blessed with a mineral resource that was relatively easy to access”. This resource was coal – the driver of the industrial revolution and, even before then, a crucial element to the area’s industrial development from medieval times (or even Roman times) to the late twentieth century.
I remember reading and enjoying this book when the first edition came out many years ago. I am also a keen hillwalker and have stood on top of many of the Scottish mountains referred to in the text. In fact, I particularly enjoyed climbing Ben More on the island of Mull, which I remember reading was the last volcano in northwest Europe.
It is a wonderful state of affairs that we can not only now write detailed books about planetary geology and geomorphology of the bodies in the solar system, but we can also illustrate them with wonderful photographs.
Almeria is a province in southeast Spain, situated in the furthest southeast part of the Iberian Peninsula. It is a classic area for southern European and Mediterranean Neogene and Quaternary geology.
‘Introducing Natural Resources’ is the latest in the Dunedin Academic Press series of introductions to scientific subjects, in particular, the earth sciences. You will probably be aware that I have positively reviewed a large number of them for this magazine, and this new guide is no different.
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.
Dunedin Academic Press has once again added a title to its series of introductions to scientific subjects. As you will probably be aware, in the past, I have positively reviewed a large number of them for this magazine. This one is a short introduction to an essential subject to any budding geologist .
This is a very interesting book for those readers who are curious about the complex origins, variety and geological history of the continent of Europe. In particular, it covers and explains the background to its distinct regions and landscapes – from the flat plains of Northern Europe to the Alps and related mountains of the south.
I love geomorphology. 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, which create the landscapes we see today. That is, why this coastline looks different from that, why that mountain is a funny shape, why Africa seems to fit into South America like a jigsaw, and so on.
I have been fortunate enough to review for this magazine a large number of books from the Dunedin series of guides introducing aspects of the different sciences, especially the earth sciences. And Introducing Mineralogy continues the high standard set by its predecessors. It is slightly larger than some of the other guides in the series, but is still beautifully illustrated, nicely written and very informative.
Iceland seems to set the hearts of certain geologists racing and, reading this field guide, it is abundantly clear why. Set out in this concise and authoritative book is the evidence of how this strange piece of rock – astride the Mid-Atlantic Ridge – is a “natural laboratory”, where the earth sciences can be watched in dramatic real-time.
I have had the pleasure of reviewing a large number of the “Introducing” guides from Dunedin Academic press, and I am pleased to say that here are another couple of equally good ones.
This is the fourth book in a series published by Dunedin that I have been lucky enough to review – the others being on palaeontology, geology and volcanology. And this is as good as the others. However, it is not an easy book to read.
Normally, I wouldn’t be interested in semi-precious stones and other pretty things. Personally, I prefer grubbing around in the dirt, perhaps for those far more beautiful, elusive and perfectly formed Cretaceous terebratulids or Silurian trilobites. However, some semi-precious stones have the advantage of also providing a tangible link to the ancient history of life.