A new addition to the University of Pittsburgh Press Science and Culture in the Nineteenth Century series.In the eighteenth and nineteenth centuries—a period that marked the emergence of a global modernity—educated landowners, or “gentlemen,” dominated the development of British natural history, utilizing networks of trade and empire to inventory nature and understand events across the world. Specimens, ranging from a Welsh bittern to the plants of Botany Bay, were collected, recorded, and classified, while books were produced in London and copies distributed and used across Britain, Continental Europe, the Pacific, Asia, and the Americas. Natural history connected a diverse range of individuals, from European landowners to Polynesian priests, incorporating, distributing, synthesizing, and appropriating information collected on a global scale.In Reading the World, Edwin D. Rose positions books, natural history specimens, and people in a close cycle of literary production and consumption. His book reveals new aspects of scientific practice and the specific roles of individuals employed to collect, synthesize, and distribute knowledge—re-evaluating Joseph Banks’s and Daniel Solander’s investigations during James Cook’s Endeavour voyage to the Pacific. Uncovering the range of skills involved in knowledge production, Rose expands our understanding of natural history as a cyclical process, from the initial collection and identification of specimens to the formal publication of descriptions to the eventual printing of sources.

A new addition to the University of Pittsburgh Press Intersections Series

From the Moon to Rhinos is the story of Michele Sofisti, a Geologist who became a valued and itinerant manager—in Ferrari, Omega, Swatch, Gucci—and then actively “returned” to Nature, engaging in the conservation of animal species, forests, and oceans. It is a collection of life experiences, meetings, and emotions laid bare. It is an ongoing journey that aims to sensitize people to believe that a change towards a better interaction between humans and the natural world, which feeds and sustains us, is possible and must be undertaken instantly. This journey symbolically began with the Apollo missions on the Moon—which, for the first time, showed us the uniqueness of our wonderful planet from a new perspective—and ends with Rhinos that are slaughtered for their horn and have unfortunately become a symbol of human ignorance and greed, proving and confirming how the stupidity of a few people in interacting with Nature can be extremely destructive for everyone. The story’s intent—narrated amidst tennis and skiing, Ferraris and wonderful watches—is to convey a final message and spur the reader to act urgently and positively towards our planet, yet not to save it, as planet Earth can go on without us, but to preserve ourselves and our future generations.

We live in the Golden Age of space exploration. Humanity’s achievements include the continued operation of the International Space Station, rapid advancements in reusable rockets, and soon, a return to the Moon. Within our lifetime, we might have human outposts on the lunar surface and flags flying on the plains of Mars. These strides are not just about reaching new frontiers. They have profound implications for life on Earth. The data from climate satellites overhead, innovative materials and recycling systems designed for space habitats, and emerging spacebased energy solutions are essential to addressing Earth’s conservation challenges. Space enables the understanding of Earth as much as Earth enables the exploration of space. This bright tomorrow is not assured, however. Space junk, international conflicts and fiscal calamities loom as threats to all that might be accomplished. For the human adventure to continue beyond the Earth’s atmosphere, the time is now to reconsider the nature of sustainability.Space in Our Hands is a comprehensive exploration of critical and sometimes challenging aspects of our space endeavours, including: the evolution of energy technologies, the feasibility of permanent lunar settlements, the potential for extraterrestrial mining, and the challenges posed by space debris, all within the context of current legal frameworks and international agreements. Leading experts in each field offer insights on the deep connection between Earth and space, underscoring that sustainability—whether on our planet or in the cosmos—is integral to success and vital to our future.

From majestic Amazonian macaws and highland Andean hawks to tiny colorful tanagers and tall flamingos, birds and their feathers played an important role in the Inka empire. Claudia Brosseder uncovers the many meanings that Inkas attached to the diverse fowl of the Amazon, the eastern Andean foothills, and the highlands. She shows how birds and feathers shaped Inka politics, launched wars, and initiated peace. Feathers provided protection against unpredictable enemies, made possible communication with deities, and brought an imagined Inka past into a political present. Richly textured contexts of feathered objects recovered from Late Horizon archaeological records and from sixteenth- and seventeenth-century accounts written by Spanish interlocutors enable new insights into Inka visions of interspecies relationships, an Inka ontology, and Inka views of the place of the human in their ecology. Inka Bird Idiom invites reconsideration of the deep intellectual ties that connected the Amazon and the mountain forests with the Andean highlands and the Pacific coast.PRAISE"In this amply illustrated and beautifully written book, Brosseder scours archaeological and ethnohistorical records to reveal the meanings of birds and their feathers to the Inkas. While fine Andean featherwork has long been admired as craft, Brosseder’s study sheds new light on why birds were so integral to the visual cultures of Andean peoples across both time and space." ~Carolyn Dean, University of California at Santa Cruz

In October 1948, a seemingly average fog descended on the tiny mill town of Donora, Pennsylvania. With a population of fewer than fifteen thousand, the town’s main industry was steel and zinc mills—mills that continually emitted pollutants into the air. The six-day smog event left twenty-one people dead and thousands sick. Even after the fog lifted, hundreds more died or were left with lingering health problems. Donora Death Fog details how six fateful days in Donora led to the nation’s first clean air act in 1955, and how such catastrophes can lead to successful policy change. Andy McPhee tells the very human story behind this ecological disaster: how wealthy industrialists built the mills to supply an ever-growing America; how the town’s residents—millworkers and their families—wilfully ignored the danger of the mills’ emissions; and how the gradual closing of the mills over the years following the tragedy took its toll on the town.

Environmental challenges are defining the twenty-first century. To fully understand ongoing debates about our current crises - climate change, loss of biological diversity, pollution, extinction, resource woes - means revisiting their origins, in all their complexity. With this ambitious, highly original contribution to the environmental history of global modernity, Frank Uekötter considers the many ways humans have had an impact on their physical environment throughout history. Ours is not a one-way trajectory to sudden collapse, he argues, but rather death by a thousand cuts. The many paths we’ve forged to arrive in our current predicament, from agriculture to industry to infrastructure, must be considered collectively if we are to stay afloat in what Uekötter describes as a vortex: a powerful metaphor for the flow of history, capturing the momentum and the many crosscurrents that swept people and environments along. His book invites us to look at environmental challenges from multiple perspectives, including all the twists and turns that have helped to create the mess we find ourselves in. Uekötter has written a world history for an age where things are falling apart: where we know what lies ahead and are equipped with the right tools - technological and otherwise - and plenty of experience to deal with environmental challenges, but somehow fail to get our affairs in order.

In general, “development” denotes movement or growth toward something better in the future. International development—widespread in the decades following World War II—was an effort at purposeful change in landscapes around the world. Contributors to this volume argue that these projects constituted an effort to transplant modernity, such as knowledge or technology, from places seen as more developed to places perceived as un- or underdeveloped. During its heyday, international development included not just dams, roads, health programs, and agricultural projects but also animal husbandry schemes, urban development, and wildlife protection plans. Projects often succeeded or failed because of existing environmental conditions, and in turn, these programs remade—or tried to remake—the land, water, wildlife, and people around them. From American-directed failures in water engineering in Afghanistan to the impact of livestock epidemics on economic growth in East Africa, the chapters in Transplanting Modernity question how science, technology, and faith in Western notions of progress have influenced the pace, scope, and scale of development.

Minnesota’s Twin Cities have long been powerful engines of change. From their origins in the early nineteenth century, the Twin Cities helped drive the dispossession of the region’s Native American peoples, turned their riverfronts into bustling industrial and commercial centers, spread streets and homes outward to the horizon, and reached well beyond their urban confines, setting in motion the environmental transformation of distant hinterlands. As these processes unfolded, residents inscribed their culture into the landscape, complete with all its tensions, disagreements, contradictions, prejudices, and social inequalities. These stories lie at the heart of Nature’s Crossroads. The book features an interdisciplinary team of distinguished scholars who aim to open new conversations about the environmental history of the Twin Cities and Greater Minnesota.

Popular natural history periodicals in the nineteenth century had an incredible democratizing power. By welcoming contributions from correspondents regardless of their background, they posed a significant threat to those who considered themselves to be gatekeepers of elite science, and who in turn used their own periodicals to shape more exclusive communities. Making Entomologists reassesses the landscape of science participation in the nineteenth century, offering a more nuanced analysis of the supposed amateur-professional divide that resonates with the rise of citizen science today. Matthew Wale reveals how an increase in popular natural history periodicals during the nineteenth century was instrumental in shaping not only the life sciences and the field of entomology but also scientific communities that otherwise could not have existed. These publications enabled many actors - from wealthy gentlemen of science to working-class naturalists - to participate more fully within an extended network of fellow practitioners and, crucially, imagine themselves as part of a wider community. Women were also active participants in these groups, although in far smaller numbers than men. Although periodicals of the nineteenth century have received considerable scholarly attention, this study focuses specifically on the journals and magazines devoted to natural history.

Although a technique for hydraulic fracturing - more commonly known as fracking - was developed and implemented in the 1970s in Texas, fracking of the Marcellus Shale formation that stretches from West Virginia through Pennsylvania to New York did not begin in earnest until the twenty-first century. Unconventional natural gas production via fracking has ignited debate, challenged regulators, and added to the complexity of twenty-first-century natural resource management. Through a longitudinal study taken from 2000 to 2015, Jonathan M. Fisk, Soren Jordan, and A. J. Good examine how the management of natural resources functions relative to specific regulatory actions including inspections, identifying violations, and the use of specific regulatory tools. Ultimately, they find that factors as disparate as state policy goals, elected officials, the availability of data, inspectors, front-line staff, and the use of technology form a context that, in turn, shapes the use of specific regulatory tools and decisions

The rise of industrial capitalism in the 19th century forged a new ecological order in North American and Western European states, radically transforming the environment through science and technology in the name of human progress. Far less known are the dramatic environmental changes experienced by Eastern Europe, in many ways a terra incognita for environmental historians and anthropologists.A New Ecological Order explores, from a historical and ethnographic perspective, the role of state planners, bureaucrats, and experts – engineers, agricultural engineers, geographers, biologists, foresters, and architects – as agents of change in the natural world of Eastern Europe from 1870 to the early 21st century. Contributors consider territories engulfed by empires, from the Habsburg to the Ottoman to tsarist Russia; territories belonging to disintegrating empires; and countries in the Balkan Peninsula, Central and Eastern Europe, and Eurasia. Together, they follow a rhetoric of 'correcting nature', a desire to exploit the natural environment and put its resources to work for the sake of developing the economies and infrastructures of modern states. They reveal an eagerness among newly established nation-states, after centuries of imperial economic and political impositions, to import scientific knowledge and new technologies from Western Europe that would aid in their economic development, and how those imports and ideas about nature ultimately shaped local projects and policies.

This ninth volume of the Tyndall correspondence covers the period from February 1, 1865, to November 29, 1866. Tyndall was by now in his mid-forties and in the prime of life. His career as a man of science was firmly established and flourishing. He had been professor of natural philosophy at the Royal Institution for more than a dozen years and established himself as Michael Faraday’s successor. This volume also covers the period of Faraday’s increasing illness and withdrawal from public life, which had a significant impact on Tyndall both personally and in terms of his standing in the scientific world.

This book charts and explains how human activities have shaped and altered the development of soils in many parts of the world, taking advantage of five decades of soil analytical work in many archaeological landscapes from around the globe. The core of this volume describes and illustrates major transformations of soils and the processes involved in these that have occurred during the Holocene and how these relate to human activities as much as natural causes and trajectories of development, right up to the present day. This is done in two ways: first by examining a number of major processes and impacts on the landscape such as Holocene warming and the development of woodland, clearance and agricultural activities, and second by examining the trajectories of these changes in soil systems in different palaeo-environmental situations in several diverse parts of the world. The transformations identified are relevant to prevalent themes of today such as over-development and soil, land and environmental degradation and resilience. The studies articulated relate to Britain, southeastern Europe, the Mediterranean basin, East Africa, northern India and Peru in South America.

Like most cities, Poland's Krakow developed around and because of its favorable geography. Before Warsaw, Krakow served as Poland's capital for half a millennium. It has functioned as a cultural center, an industrial center, a center of learning, and home for millions of people. Behind all of this lies the city's environment: its fauna and plant life, the Vistula River, the surrounding countryside rich with resources, and man-made change that has allowed the city to flourish. In Krakow: An Ecobiography, the contributors use the city as a lens to focus these social and natural intricacies to shed new light on one of Europe's urban treasures. With chapters on pollution, water systems, the city's natural network with the surrounding area, urban infrastructure, and more, Krakow demonstrates how much an environmental perspective can bring to the understanding of Poland's history and the challenges presented by the heritage of the past.

In 1965, French microbiologist André Lwoff was awarded the Nobel Prize in Physiology or Medicine for his work on lysogeny - one of the two types of viral life cycles - which resolved a contentious debate among scientists about the nature of viruses. A Tale of Two Viruses is the first study of medical virology to compare the history of two groups of medically important viruses - bacteriophages, which infect bacteria, and sarcoma agents, which cause cancer - and the importance of Lwoff’s discovery to our modern understanding of what a virus is. Although these two groups of viruses may at first glance appear to have little in common, they share uniquely parallel histories. The lysogenic cycle, unlike the lytic, enables viruses to replicate in the host cell without destroying it and to remain dormant in a cell’s genetic material indefinitely, or until induced by UV radiation. But until Lwoff’s discovery of the mechanism of lysogeny, microbiologist Félix d’Herelle and pathologist Peyton Rous, who themselves first discovered and argued for the viral identity of bacteriophages and certain types of cancer, respectively, faced opposition from contemporary researchers who would not accept their findings. By following the research trajectories of the two virus groups, Sankaran takes a novel approach to the history of the development of the field of medical virology, considering both the flux in scientific concepts over time and the broader scientific landscapes or styles that shaped those ideas and practices.