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Summers Jodi: We Dig Ammonites

We Dig Ammonites

Fact, Folklore, and History

How Bison Returned to Banff National Park

Buffalo Lessons

Impact of Stressors of Emerging Concern

Aquatic Food Webs in the Anthropocene

How trees mastered the elements and shaped the world

The Genius of Trees

Ecohydrology from Catchment to Coast

From Catchment to Coast in Japan: The Past, the Present, and the Future of Japanese Water Resources and Human Activities addresses seven broad questions relating to water resource management in Japan: What water reforms have occurred in Japan over the past 100 years? What is the current condition of Japan related to regional and rural communities, major water-related assets, and salinity and water quality? How have the water reforms to date influenced policy and management? How do traditional and modern water resources differ from Western countries? What challenges face Japan over the next and beyond 30 years, particularly due to climate change?, and more. Other questions answered include: What are possible policy and management responses to climate change and other future challenges? What can be done to improve decision-making processes given the general lack of trust in the governments, agencies, and their current processes? What is the way ahead for policy and management reforms in Japan?, and much more.

From the Catchment to Coast in Japan – The Past, the Present, and the Future of Japanese Water Resources and Human Activities

Solving Science's Greatest Puzzle

The Tree of Life

Mechanisms and Management Strategies

Multiple Abiotic Stresses in Plants

A Four Billion Year Conversation

Earth and Life

The essential illustrated compendium of ornithischian dinosaurs, from the tanklike Stegosaurus to duck-billed hadrosaurs The Princeton Encyclopedia of Dinosaurs: Ornithischians brings together every species of armored and horn-faced dinosaur known to have roamed the prehistoric world, with a dedicated entry for each species describing its key characteristics, taxonomic classification, location, and known remains along with a concise history of its discovery. Each species is beautifully brought to life with vivid illustrations and is supported by meticulously detailed diagrams of all known fossils. These visual aids enable readers to explore how scientists reconstruct these incredible creatures from fossilized remains. Whether you’re curious about Stegosaurus, Triceratops, or the multitude of less familiar ornithischian species, this encyclopedia covers them all. The Princeton Encyclopedia of Dinosaurs is a comprehensive three-volume resource for anyone who is fascinated by dinosaurs. Packed with engaging dino facts and original, full-color reconstructions, drawings, and graphics, this one-of-a-kind encyclopedia strikes a perfect balance between depth and accessibility—detailed enough to captivate professionals yet clear and exciting enough for beginners eager to dive into the amazing lost world of the dinosaurs. The three volumes, which are available individually or as a set, are Theropods, Sauropods, and Ornithischians. Organized for easy reference, these books are perfect for casual browsing or in-depth study. Together, this encyclopedia invites dinosaur lovers of all ages to walk among the wondrous beasts of the Mesozoic era.

The Princeton Encyclopedia of Dinosaurs: Ornithischians

Discarded How Technofossils Will be Our Ultimate Legacy

The age and stratigraphic division of the Wufeng Shale has buried an unresolved issue in the Chinese geological community for a long time since its birth. A paper "On the Wufeng Shale" was published in 1954 (Mu, 1954) with a reliable conclusion obtained that the Wufeng Formation belongs to the Upper Ordovician. There are too much insignificant species or subspecies and many wrong identification in the monograph "Upper Ordovician Graptolites of Central China Region? (Mu et al., 1993). It makes confusion of age duration of the Wufengian species. This is the one of reasons for the need to restudy the Wufengian graptolites. In the past two decades, two black shales, the Wufeng Formation (uppermost Ordovician) and the Lungmachi Formation (lower Silurian) in the Yangtze Region have become important shale gas production horizons. Among them, the division and precise comparison of graptolite biozones is an important basis for downhole determination and comparison of shale gas sweet spots. This requires the accuracy and recognized graptolite classification. This is the other one of most important reasons for restudying the Wufengian graptolites. Since 1990s of last century, a large number of Ordovician graptolites, including Wufengian graptolites have been collected for the research on the global boundary stratification of the Ordovician stages in South China. Recently some better preserved graptolite specimens, in particular a few three-dimensional graptolite specimens, have been obtained from Shuibatang section in Guizou. It provided a good opportunity for restudying the Wufengian graptolites. In this book, all the Wufengian graptolites in South China are restudied and revised, in order to clarify their morphological characteristics, systematic classification, temporal and spatial distribution, and evolutionary significance.

Graptolites from the Wufeng Formation (latest Ordovician) in the Yangtze Region of China

On the Trail of Extraterrestrial Treasures and the Secrets Inside Them

The Meteorite Hunters

A Year with the West Country Hedgelayer

Of Thorn & Briar

We Dig Ammonites

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