This Volcanic Isle explores the rich geological history of the British Isles over the past 66 million years, since the disappearance of the dinosaurs. From the Isle of Wight needles to the Giant's causeway to the Sticklepath faultline in Devon, this book recounts how earthquakes and eruptions, plumes and plate boundaries, built the British Isles.

You've discovered a mysterious volcanic island in the middle of the ocean. Can you rescue the survivors you find there, or will you be eaten by the vicious local demon monkeys first?

A wordless picture book adventure takes a group of students to visit a thrilling volcanic island. Perfect for fans of Field Trip to the Moon, Field Trip to the Ocean Deep, and field trips in general! John Hare’s rich, atmospheric art invites all children to imagine themselves in the story – a story full of surprises and adorable new friends. The same students we met in Field Trip to the Moon and Field Trip to the Ocean Deep travel to a volcano island on a yellow school bus helicopter. When they get there, one student picks flowers as they hike to the top and then accidentally slips down a crater and can’t get out. The student isn’t too worried--especially when he meets a lava monster and its children who are fascinated by the flowers. But when they touch them, they burn beyond recognition so the student teaches them how to make a vase using lava from a lava pit, fills it with water from a canteen, and they all sit back to enjoy the flower arrangement until help arrives and rescues the student. A School Library Journal Best Book of the Year A Junior Library Guild Gold Standard Selection Praise for previous books by John Hare Field Trip to the Moon A Junior Library Guild Gold Standard Selection A School Library Journal Best Book of the Year A Horn Book Best Book of the Year A Bank Street Best Book of the Year - Outstanding Merit Field Trip to the Ocean Deep A Junior Library Guild Gold Standard Selection

Surtsey: Evolution of Life on a Volcanic Island focuses on the origin of life in the island of Surtsey. The book first offers information on the Surtsey Research Society, conservation measures, and scientists that comprise the Surtsey research team. The text then focuses on the submarine eruptions off the coasts of Iceland, the flow of lava, and the formation and disappearance of islets. The book also describes the landscape that came about after the eruption. The tephra cones of the Surtur I and II craters, lava, coastal plains, and thermal areas are discussed. The text also underscores the ecological aspects of the eruption. The Icelandic biota and ecological studies on the island are discussed. The text also traces the origin of life in the island, including the dispersal of seeds by birds and “Mermaids purses.“ The text also underscores the origin of marine algae and marine fauna on the island. The book then emphasizes the presence of bacteria, molds, lichens, mosses, terrestrial animals, birds, and vascular plants in the island. The text also examines the outer Westman Islands. Topographical features, method of research, plant communities, and vegetation of the smaller islands are described. The book also notes the vegetation of Heimaey and the effects of insular eruptions on the southern coast of Iceland. The text is a good source of reference for readers wanting to study volcanic eruptions.

The islanders live on a small island in the Pacific with the knowledge that their mountain god sometimes grumbles and threatens to awake, so they offer up prayers and garlands of flowers to coax the giant back to sleep.

"This field trip was first run 3-14 July 2019 as a companion to the session "The Formation and Evolution of Iceland: Magmatic, Tectonic, and Geomorphological Processes" convened at the Geological Society of America 2019 Northeastern Section Meeting held in Portland, Maine, USA"--Preface

How do mountains grow underwater? Why does the "Ring of Fire" feature so many volcanoes? Why might the island of Surtsey soon disappear? This series explores the causes and effects that shape our world. From the underwater volcanoes that sprout into islands, to the rushing waterfalls that spark electric currents, this series demonstrates how both natural and man-made phenomena occur.