Baja California is an improbably long and narrow peninsula. It thrusts out like a spear, parting the Mexican mainland from the Pacific Ocean. In his third installment on the Gulf of California’s coastal setting, expert geologist and guide Markes E. Johnson reveals a previously unexplored side to the region’s five-million-year story beyond the fossil coral reefs, clam banks, and prolific beds of coralline algae vividly described in his earlier books. Through a dozen new excursions, in Baja California’s Coastal Landscapes Revealed, Johnson returns to these yet wild shores to share his gradual recognition of another side to the region. Johnson reveals a geologic history that is outside the temporal framework of a human lifetime and scored by violent storms. We see how hurricanes have shaped coastal landscapes all along the peninsula’s inner coast, a fascinating story only possible by disassembling the rocks that on first appraisal seem incomprehensible. Looking closely, Johnson shows us how geology not only helps us look backward but also forward toward an uncertain future. The landscape Johnson describes may be apart from the rest of Mexico, but his expert eye reveals how it is influenced by the unfolding drama of Planet Earth’s global warming.

Expert geologist and guide Markes E. Johnson takes us on a dozen rambles through wild coastal landscapes on Mexico's Gulf of California. Descriptions of storm deposits from the geologic past conclude by showing how the future of the Baja California peninsula and its human inhabitants are linked to the vast Pacific Basin and populations on the opposite shores coping with the same effects of global warming.

Hilltops surrounded by farmland in southern Wisconsin turn out to be the eroded remnants of an ancient archipelago. An island in the Yellow Sea where Korean tourists flock is the peak of a flooded mountain rising from a drowned continental shelf. From a mountaintop shrine to Genghis Khan in Inner Mongolia, the silhouette of a Silurian seascape can be spotted. On the shores of Hudson Bay, where polar bears patrol the Arctic tundra, a close look unveils what was a tropical coastline encrusted with corals nearly 450 million years ago. The geologist Markes E. Johnson invites readers on a journey through deep time to find the traces of ancient islands. He visits a dozen sites around the globe, looking above and below today’s waterlines to uncover how landscapes of the past are preserved in the present. Going back 500 million years to the Cambrian through the Pleistocene 125,000 years ago, this book reconstructs how “paleoislands” appeared under different climatic conditions and environmental constraints. Finding vestiges of prehistoric ecologies, Johnson emphasizes the complexity of island ecosystems and the importance of preserving these significant sites. Inviting and accessible, this book is a travelogue that takes readers through time as well as space. Islands in Deep Time shares the adventure of exploring striking locations across geologic eras and issues a passionate call for their conservation.

This book provides an overview of major changes in mainland China since the start of the modern era in 1900, as leaders grappled with how to harness natural resources requiring equal development in the pure and applied sciences based on fundamentals in geology. On one hand, China was put on the global stage with discovery of Peking Man fossils in the 1920s but has continued to win global acclaim for more recent discoveries of feathered dinosaurs and the earliest examples of metazoan life. At the same time, China struggled against outside exploitation to take full control of its own mineral and oil reserves -which today are increasingly imported from abroad to maintain oil and steel production through the Belt and Road initiative. The book concludes with a a discussion of what the ‘Chinese Dream’ may mean in comparison to what many in the United States consider as a birthright with the ‘American Dream’.

Baja California: wild, desolate, and a treasure-house of geological wonders. Along its ancient shorelines, careful observers can learn much about how the Gulf of California came into existence and what the future of the Baja California peninsula might be. For those who wish to unlock the mysteries of Baja California, geologist Markes Johnson offers the key. He has taken a body of technical research on the geology and paleontology of the region and made it accessible in plain language for anyone who visits the peninsula, whether for study or recreation. His book teaches general concepts in coastal geomorphology and tectonics, as well as the basic geological and natural history of the Gulf of California, in a conversive, intellectually stimulating fashion. Johnson's guide takes the form of six day-long hikes in the area of Punta Chivato on the east coast of the southern Baja California peninsula. Punta Chivato is presented as a microcosm of the entire region; it can enable visitors to better understand major themes in the natural history of the Gulf of California and its geological past. All of the hikes begin at the southeast corner of the Punta Chivato promontory and loop out in different directions. Each circuit is designed to minimize overlap with adjacent hikes and to maximize the visitor's exposure to instructive variations in the landscape. Each chapter features additional reflections on a geologist of another time and place who has advanced the field in a way that elucidates the material covered in that chapter. Through these asides, readers will learn the basic lessons about how geologists read the secrets hidden in landscapes. Discovering the Geology of Baja California invites visitors to these shores to explore not only rocks and fossils but also the continuum of past ecosystems with the ecology of the present. It offers both an unparalleled guide to a remote area and a new understanding of life caught in an endless cycle of change.

"Off-Trail Adventures in Baja California describes--and maps and illustrates--nine hikes on islands, along coastal outcrops, and other special places where geography, geology, and ecology meet in singular ways"--Provided by publisher.

Coastlines display a wide variety of forms, both subaerial and subaqueous, and an equal variation in nearshore processes (waves, tides, currents, etc.) on a worldwide basis. Spatial and temporal variations of these forms and processes along coasts cause considerable problems in planning and successfully executing many naval operations. If the relationships and interdependence between the nearshore processes and the resulting forms were completely understood, relatively accurate predictions could be made of existing conditions given only simple input parameters. This report documents the variability of coastal processes and resulting shoreline morphology along the peninsula of Baja California, which is used as a test case to examine whether some of the methodology developed can be used in linking process variables and morphology. (Author).