Despite a century of study by ecologists, recovery following disturbances (succession) is not fully understood. This book provides the first global synthesis that compares plant succession in all major terrestrial biomes and after all major terrestrial disturbances. It asks critical questions such as: Does succession follow general patterns across biomes and disturbance types? Do factors that control succession differ from biome to biome? If common drivers exist, what are they? Are they abiotic or biotic, or both? The authors provide insights on broad, generalizable patterns that go beyond site-specific studies, and present discussions on factors such as varying temporal dynamics, latitudinal differences, human-caused vs. natural disturbances, and the role of invasive alien species. This book is a must-read for researchers and students in ecology, plant ecology, restoration ecology and conservation biology. It also provides a valuable framework to aid land managers attempting to manipulate successional recovery following increasingly intense and widespread human-made disturbances.

Restoration of our national forests benefits the environment and creates jobs in rural communities. Increasing the pace of restoration of the Nation's forests is critically needed to address a variety of threats including fire, climate change, the bark beetle infestation, and others -- to the health of our forest ecosystems, watersheds, and forest-dependent communities. The Forest Service within the Department of Agriculture and the Bureau of Indian Affairs (BIA), Bureau of Land Management (BLM), Fish and Wildlife Service (FWS), and National Park Service (NPS) within the Department of the Interior have increasingly promoted landscape-scale forest restoration as a way to improve forest health. Through landscape-scale projects, agencies can treat tens or hundreds of thousands of acres, in contrast to projects commonly of under 1,000 acres. Such projects must comply with NEPA by assessing the effects of major federal actions that significantly affect the environment. This book examines the number of such projects the agencies have conducted and how they are scoped; the actions taken by agencies to track the projects' progress; successes and challenges experienced by agencies; and steps taken by agencies to help increase NEPA efficiency for such projects.

The Amazon forest is one of the world's most complex, unknown and threatened ecosystems that holds a considerable part of biodiverse species in different groups. This ecosystem needs greater scientific attention so that we can better understand the features of the fauna, flora and microbiota to conserve species before they disappear. Thus, this book addresses issues about resources of the largest rainforest of the world. Microbiota, fauna and flora are investigated differently, providing information of ecological interest, pharmaceutical and/or economic importance. Specialists and scientists that work in Amazonia can access new information about the species that inhabit this region with unprecedented advances on ecological and behavioral aspects of apple snails, meat yield and nutritive potential of crustacean species, tadpole knowledge, mitefaun in agroecosystems, pharmaceutical potential of plant species, computational models for flora cultivation, and reviews of microbiota composition of Amazonia. Scientists will acquire knowledge about aromatic plants from the Amazon and their applications, which include uses in perfumes, fragrances, cosmetics, phytopharmaceuticals, insecticides, fungicides, bactericides, larvicides and others. Regarding the microbiota of different Amazonian environments, the book is intended to present information about applications related to mycorrhizal fungi and endophytic microorganisms.

Forests possess many components and processes that provide an array of ecosystem goods and services: timber, energy and water savings, pollution reduction, livestock forage, habitat for plants and animals, recreation opportunities, aesthetic landscapes, and biodiversity that enhance people's quality of life. Forest resources also support local and regional economies through jobs and income generated from forestry, agriculture, tourism, and locational decisions of businesses, retirees, and others. The capability of a forest to provide these and many other ecosystem services and to maintain the quality of those ecosystem services depends on its health. A healthy forest is an essential component of a healthy ecosystem -- a natural system that is capable of self-renewal, resilient in its response to disturbances (such as pest, fire, and other non-human and human-caused disturbances), and able to sustain the integrity of the natural and cultural benefits derived from it. This book updates the literature review and synthesis of economic valuation studies on the impacts of forest insect pests by Rosenberger and Smith. This book also discusses the concept of ecosystem services; identifies key elements of each study; examines areas of future research; and includes appendices that further explain non-market valuation methods, a narrative of each study, and tables that summarise each study.

Natural resource policy and management in the United States often are characterized by limited budgets and multiple, and sometimes competing, societal objectives. The use and management of forest lands in the U.S. involve tradeoffs between the current and potential benefits public and private lands provide to society and the effects the policy and management actions have on the resiliency of natural systems. However, translating society's multiple forestry objectives into policies and management actions has become more difficult as society's objectives have become more complex. This book characterizes the concept of ecosystem services as it could apply to national forests; describes the value of an ecosystem service approach and provides examples of how management actions support the provision of these services; compares the Deschutes National Forest's current accomplishment reporting system to ecosystem service outcomes that potentially result from management activities; identifies partners with potential to collaboratively plan, fund, or implement projects to enhance or conserve ecosystem services; describes current research efforts to support management application of the ecosystem service concept; and identifies research needs.

Fossil records indicate the Neotropical Dry Forests had a more continuous distribution in the recent geological past, especially in the late Pleistocene, more precisely at the end of the last glacial period. Seasonal Deciduous Forests are remnants of a broader continuous distribution that was present in the past, ranging from North-Eastern Brazil to Argentina in the Pleistocene dry period. This currently fragmented structure is the result of the dry, cold climate that caused the retraction of Wet Forests to riversides and the spread of seasonal forests. This book discusses the ecology, species diversity and sustainable management of dry forests. The topics include a biogeographical overview of the "lianescent clade" of violaceae in the Neotropical region; diversity and distribution of hymenoptera aculeate in mid-western Brazilian dry forests; the Brazilian "caatinga"; changes in the labile and recalcitrant organic matter fractions due to transformation of semi-deciduous dry tropical forest to pasture in the western llanos, Venezuela; ecology and management of the dry forests and savannas of the western Chaco region, Argentina; predicting pasture security in rangeland districts of Kenya using 1 km resolution spot vegetation sensor ndvi data.

Scientists tell us that climate change is upon us and the physical world is changing quickly with serious implications for biodiversity and human wellbeing. Forests cover vast regions of the globe and serve as a first line of defence against the worst effects of climate change, but only if we keep them healthy and resilient. Forests in Our Changing World tells us how to do that. Authors Joe Landsberg and Richard Waring present an overview of forests around the globe, describing basic precepts of forest ecology and physiology and how forests will change as earth's climate warms. Drawing on years of research and teaching, they discuss the values and uses of both natural and plantation-based forests. In easy-to-understand terms, they describe the ecosystem services forests provide, such as clean water and wildlife habitat, present economic concepts important to the management and policy decisions that affect forests, and introduce the use of growth-and-yield models and remote-sensing technology that provide the data behind those decisions. This book is a useful guide for undergraduates as well as managers, administrators, and policy makers in environmental organisations and government bodies looking for a clear overview of basic forest processes and pragmatic suggestions for protecting the health of forests.

Forest and woodland ecosystems in the world serve important ecological functions and also contribute to the economic, aesthetic and spiritual health of humans. In this book, the authors discuss the structure, species diversity and sustainable management of woodlands across the globe. Topics include changes in composition and threats to the sustainable management of woodlands in Portugal; the role and diversity of soil fauna in woodlands; climate change and forest fires in the Ave Region of Northwest Portugal; drivers of deforestation and the potential for carbon trading in the Miombo woodlands of Zambia; soil microbial diversity in the dry woodlands of Central-Western Argentina; and developing silvicultural systems based on disturbance-recovery knowledge of the Southern African Miombo woodlands.

During the Middle Sican period (C.E. 950-1050) on the North Coast of Peru, artisans developed a sophisticated tradition of ceramic and metalworking production amidst dry coastal forests of the region. Organic fuel resources, specifically wood, clearly played a vital role in the manufacture of these objects; however, this component of production has been largely overlooked. Thus, a major gap in our understanding of the relationship between Sican period production and the local landscape has developed. The Sican Archaeological Project (SAP) suggests that the production of metal and ceramics during this period likely placed the local fuel resources under considerable stress. Yet, an evaluation of the archaeological data is essential to assess the degree of overexploitation, identifying the fuels used, their contexts for use, and their role in local ecology. This study interprets how Middle Sican artisans met their fuel-wood requirements for production in light of easily endangered forest resources. An examination of the archaeological charcoal from Middle Sican period kilns, hearths, and metal furnaces permits the reconstruction of fuel use and the ecological setting of production. This unique site demonstrates the concurrent production of metal and ceramics, as well as the presence of domestic activity. Using wood anatomy of fuels recovered from archaeological features, the author identified the fuel materials of different use contexts.

The coming global climate changes associated with the increase of atmospheric greenhouse effect, may disturb the natural carbon cycle in the biosphere and may lead to large-scale ecological consequences. The cognition of the mechanisms of environmental sustainability in changing climate is connected with studying the biotic regulation of the carbon cycle. Boreal forests play an important role in the global carbon cycle. This book expounds the regional-local prognostic conception as a scientific basis of monitoring forest ecosystems under global climatic changes. Predictive landscape-ecological scenarios of the nearest future of temperate forests and their paleogeographical analogues as a single system of global changes have been considered for the first time by the example of a large region -- the Volga River basin.

An overview of tropical rainforests for kids. Rainforests describes tropical rainforests, why they are important, and what is happening to them. Rainforests is based on the award-winning mongabay.com web site. "Rainforests" includes discussion of topics including conservation and protected areas, biodiversity and ecology, environmental activism, sustainable development, consumption, and economics.

The Red Hills region of south Georgia and north Florida contains one of the most biologically diverse ecosystems in North America, with longleaf pine trees that are up to four hundred years old and an understory of unparalleled plant life. At first glance, the longleaf woodlands at plantations like Greenwood, outside Thomasville, Georgia, seem undisturbed by market economics and human activity, but Albert G. Way contends that this environment was socially produced and that its story adds nuance to the broader narrative of American conservation.

The Red Hills woodlands were thought of primarily as a healthful refuge for northern industrialists in the early twentieth century. When notable wildlife biologist Herbert Stoddard arrived in 1924, he began to recognize the area's ecological value. Stoddard was with the federal government, but he drew on local knowledge to craft his land management practices, to the point where a distinctly southern, agrarian form of ecological conservation emerged. This set of practices was in many respects progressive, particularly in its approach to fire management and species diversity, and much of it remains in effect today.

Using Stoddard as a window into this unique conservation landscape, "Conserving Southern Longleaf" positions the Red Hills as a valuable center for research into and understanding of wildlife biology, fire ecology, and the environmental appreciation of a region once dubbed simply the "pine barrens."

A study of how encounters between forestry bureaucrats and indigenous forest managers in Mexico produced official knowledge about forests and the state. Greater knowledge and transparency are often promoted as the keys to solving a wide array of governance problems. In Instituting Nature, Andrew Mathews describes Mexico's efforts over the past hundred years to manage its forests through forestry science and biodiversity conservation. He shows that transparent knowledge was produced not by official declarations or scientists' expertise but by encounters between the relatively weak forestry bureaucracy and the indigenous people who manage and own the pine forests of Mexico. Mathews charts the performances, collusions, complicities, and evasions that characterize the forestry bureaucracy. He shows that the authority of forestry officials is undermined by the tension between local realities and national policy; officials must juggle sweeping knowledge claims and mundane concealments, ambitious regulations and routine rule breaking. Moving from government offices in Mexico City to forests in the state of Oaxaca, Mathews describes how the science of forestry and bureaucratic practices came to Oaxaca in the 1930s and how local environmental and political contexts set the stage for local resistance. He tells how the indigenous Zapotec people learned the theory and practice of industrial forestry as employees and then put these skills to use when they become the owners and managers of the area's pine forests-eventually incorporating forestry into their successful claims for autonomy from the state. Despite the apparently small scale and local contexts of this balancing act between the power of forestry regulations and the resistance of indigenous communities, Mathews shows that it has large implications-for how we understand the modern state, scientific knowledge, and power and for the global carbon markets for which Mexican forests might become valuable.

An overview of tropical rainforests for kids. Rainforests describes tropical rainforests, why they are important, and what is happening to them. Based on the award-winning mongabay.com web site. Includes photos, charts, and maps. Note: this version is black and white; there is also a color version.