Rock surfaces provide a challenging habitat for a broad diversity of micro- or small-sized organisms. They interact with each other forming complex communities as well with their substrate causing biodeterioration of rock. Extreme fluctuation in light, temperature and hydration are the main factors that determine the rock surface habitats. The habitat includes epilithic organisms which thrive on the surface without penetrating the rock, endolithic organisms which live just beneath the surface using a thin layer of the rock surface for protection against adverse conditions of the environment (e.g. light protection, storage of water) and chasmo-endolithic organisms which use fractures of the rock surface for a more habitable environment. The book will provide an overview of the various organismal groups, from prokaryotes to vascular plants and arthropods, as well as survey organism-mediated interactions with the rock surface. The latter include biogenic weathering (biogeochemistry, state-of-the art imaging methods), photosynthesis and nitrogen fixation at and inside the rock surface.

Rock surfaces provide a challenging habitat for a broad diversity of micro- or small-sized organisms. They interact with each other forming complex communities as well with their substrate causing biodeterioration of rock. Extreme fluctuation in light, temperature and hydration are the main factors that determine the rock surface habitats. The habitat includes epilithic organisms which thrive on the surface without penetrating the rock, endolithic organisms which live just beneath the surface using a thin layer of the rock surface for protection against adverse conditions of the environment (e.g. light protection, storage of water) and chasmo-endolithic organisms which use fractures of the rock surface for a more habitable environment. The book will provide an overview of the various organismal groups, from prokaryotes to vascular plants and arthropods, as well as survey organism-mediated interactions with the rock surface. The latter include biogenic weathering (biogeochemistry, state-of-the art imaging methods), photosynthesis and nitrogen fixation at and inside the rock surface.

This is a timely volume in view of the considerable interest currently shown in the preservation of our cultural heritage, and the extensive and growing literature on the subject. Unfortunately, the latter is to be found in a wide variety of published sources, some aimed at a very specific readership and therefore not all that accessible to those who need this resource. The present volume draws together a spectrum of biodeterioration work from across the world to provide an overview of the materials examined and the methodologies employed to elucidate the nature of the problems, as well as an extensive and current bibliographical resource on lichen biodeterioration. Biodeterioration of historical and culturally important stone substrata is a complex problem to be addressed. Easy, risk-free solutions are simply not available to be dealt with by other than a wide range of expertise. Successful resolution of this issue will inevitably require a multidisciplinary effort, where biologists work in close cooperation with ecologists, geologists, geochemists, crystallographers, cultural property conservators, archaeologists, anthropologists, and historians in order to recommend the most effective management scheme. The advantage of this approach is obvious: multidisciplinary management teams with good leadership can ask more appropriate questions while developing much more thoughtful and informed decisions.

Early readers examine how volcanoes, earthquakes, and erosion change the surface of the Earth.

Drooling fanatic, n. 1. One who drools in the presence of beloved rock stars. 2. Any of a genus of rock-and-roll wannabes/geeks who walk around with songs constantly ringing in their ears, own more than 3,000 albums, and fall in love with at least one record per week. With a life that’s spanned the phonographic era and the digital age, Steve Almond lives to Rawk. Like you, he’s secretly longed to live the life of a rock star, complete with insane talent, famous friends, and hotel rooms to be trashed. Also like you, he’s content (sort of) to live the life of a rabid fan, one who has converted his unrequited desires into a (sort of) noble obsession. Rock and Roll Will Save Your Life traces Almond’s passion from his earliest (and most wretched) rock criticism to his eventual discovery of a music-crazed soul mate and their subsequent production of two little superfans. Along the way, Almond reflects on the delusional power of songs, the awkward mating habits of drooling fanatics, and why Depression Songs actually make us feel so much better. The book also includes: • sometimes drunken interviews with America’s finest songwriters • a recap of the author’s terrifying visit to Graceland while stoned • a vigorous and credibility-shattering endorsement of Styx’s Paradise Theater • recommendations you will often choose to ignore • a reluctant exegesis of the Toto song “Africa” • obnoxious lists sure to piss off rock critics But wait, there’s more. Readers will also be able to listen to a special free mix designed by the author, available online at www.stevenalmond.com, for the express purpose of eliciting your drool. For those about to rock—we salute you!

During geologic spans of time, Earth's shifting tectonic plates, atmosphere, freezing water, thawing ice, flowing rivers, and evolving life have shaped Earth's surface features. The resulting hills, mountains, valleys, and plains shelter ecosystems that interact with all life and provide a record of Earth surface processes that extend back through Earth's history. Despite rapidly growing scientific knowledge of Earth surface interactions, and the increasing availability of new monitoring technologies, there is still little understanding of how these processes generate and degrade landscapes. Landscapes on the Edge identifies nine grand challenges in this emerging field of study and proposes four high-priority research initiatives. The book poses questions about how our planet's past can tell us about its future, how landscapes record climate and tectonics, and how Earth surface science can contribute to developing a sustainable living surface for future generations.

Full text e-book available as part of the Elsevier ScienceDirect Earth and Planetary Sciences subject collection.