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A Theory of Everyone
A blueprint for a better future that offers a unified theory of human behavior, culture, and society. Playing on the phrase 'a theory of everything' from physics, Michael Muthukrishna’s ambitious, original, and deeply hopeful book A Theory of Everyone draws on the most recent research from across the sciences, humanities, and the emerging field of cultural evolution to paint a panoramic picture of who we are and what exactly makes human beings different from all other forms of life on the planet. Muthukrishna argues that it is our unique ability to create culture, a shared body of knowledge, skills, and experience passed on from generation to generation, that has enabled our current domina...
Communicating in the Anthropocene
The purpose of Communicating in the Anthropocene: Intimate Relations is to tell a different story about the world. Humans, especially those raised in Western traditions, have long told stories about themselves as individual protagonists who act with varying degrees of free will against a background of mute supporting characters and inert landscapes. Humans can be either saviors or destroyers, but our actions are explained and judged again and again as emanating from the individual. And yet, as the coronavirus pandemic has made clear, humans are unavoidably interconnected not only with other humans, but with nonhuman and more-than-human others with whom we share space and time. Why do so many of us humans avoid, deny, or resist a view of the world where our lives are made possible, maybe even made richer, through connection? In this volume, we suggest a view of communication as intimacy. We use this concept as a provocation for thinking about how we humans are in an always-already state of being-in-relation with other humans, nonhumans, and the land.
Links Between Geological Processes, Microbial Activities & Evolution of Life
Microbial systems in extreme environments and in the deep biosphere may be analogous to potential life on other planetary bodies and hence may be used to investigate the possibilities of extraterrestrial life. This book examines the mode and nature of links between geological processes and microbial activities and their significance for the origin and evolution of life on the Earth and possibly on other planets. This is a truly interdisciplinary science with societal relevance.
THE CLIMATE PHENOMENON
Climatology or climate science is the scientific study of Earth's climate, typically defined as weather conditions averaged over a period of at least 30 years (Climate Glossary). Climate concerns the atmospheric condition during an extended to indefinite period; weather is the condition of the atmosphere during a relative brief period. The main topics of research are the study of climate variability, mechanisms of climate changes and modern climate change (drought.unl.edu. 2017; Way back 2006). This topic of study is regarded as part of the atmospheric sciences and a subdivision of physical geography, which is one of the Earth sciences. Climatology includes some aspects of oceanography and b...
Life in the Cosmos
A rigorous and scientific analysis of the myriad possibilities of life beyond our planet. ÒAre we alone in the universe?Ó This tantalizing question has captivated humanity over millennia, but seldom has it been approached rigorously. Today the search for signatures of extraterrestrial life and intelligence has become a rapidly advancing scientific endeavor. Missions to Mars, Europa, and Titan seek evidence of life. Laboratory experiments have made great strides in creating synthetic life, deepening our understanding of conditions that give rise to living entities. And on the horizon are sophisticated telescopes to detect and characterize exoplanets most likely to harbor life. Life in the C...
Weather: An Illustrated History
“Beautifully illustrated . . . Think of this book like dining on tapas, boasting savory flavors, some unexpected, that constitute a satisfying whole.” —Washington Post Andrew Revkin, strategic adviser for environmental and science journalism at the National Geographic Society and former senior climate reporter at ProPublica, presents an intriguing illustrated history of humanity’s evolving relationship with Earth’s dynamic climate system and the wondrous weather it generates. Colorful and captivating, Weather: An Illustrated History hopscotches through 100 meteorological milestones and insights, from prehistory to today’s headlines and tomorrow’s forecasts. Bite-sized narrative...
Lake Pavin
This book represents the first multidisciplinary scientific work on a deep volcanic maar lake in comparison with other similar temperate lakes. The syntheses of the main characteristics of Lake Pavin are, for the first time, set in a firmer footing comparative approach, encompassing regional, national, European and international aquatic science contexts. It is a unique lake because of its permanently anoxic monimolimnion, and furthermore, because of its small surface area, its substantially low human influence, and by the fact that it does not have a river inflow. The book reflects the scientific research done on the general limnology, history, origin, volcanology and geological environment as well as on the geochemistry and biogeochemical cycles. Other chapters focus on the biology and microbial ecology whereas the sedimentology and paleolimnology are also given attention. This volume will be of special interest to researchers and advanced students, primarily in the fields of limnology, biogeochemistry, and aquatic ecology.
The Chromium Isotope System as a Tracer of Ocean and Atmosphere Redox
The stable chromium (Cr) isotope system has emerged over the past decade as a new tool to track changes in the amount of oxygen in earth's ocean-atmosphere system. Much of the initial foundation for using Cr isotopes (δ53Cr) as a paleoredox proxy has required recent revision. However, the basic idea behind using Cr isotopes as redox tracers is straightforward—the largest isotope fractionations are redox-dependent and occur during partial reduction of Cr(VI). As such, Cr isotopic signatures can provide novel insights into Cr redox cycling in both marine and terrestrial settings. Critically, the Cr isotope system—unlike many other trace metal proxies—can respond to short-term redox perturbations (e.g., on timescales characteristic of Pleistocene glacial-interglacial cycles). The Cr isotope system can also be used to probe the earth's long-term atmospheric oxygenation, pointing towards low but likely dynamic oxygen levels for the majority of Earth's history.
Iron Formations as Palaeoenvironmental Archives
Ancient iron formations - iron and silica-rich chemical sedimentary rocks that formed throughout the Precambrian eons - provide a significant part of the evidence for the modern scientific understanding of palaeoenvironmental conditions in Archaean (4.0–2.5 billion years ago) and Proterozoic (2.5–0.539 billion years ago) times. Despite controversies regarding their formation mechanisms, iron formations are a testament to the influence of the Precambrian biosphere on early ocean chemistry. As many iron formations are pure chemical sediments that reflect the composition of the waters from which they precipitated, they can also serve as nuanced geochemical archives for the study of ancient marine temperatures, redox states, and elemental cycling, if proper care is taken to understand their sedimentological context.
