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Organization Missouri Department of Conservation
Our work began in 1937, when citizen-led efforts created the Department of Conservation to restore, conserve and regulate Missouri's over-stressed fisheries, forests and wildlife populations. During our first 40 years, hunting, fishing, and trapping permits provided most of our funding, but in 1976 an expanded program, the "Design for Conservation," was passed to set aside one-eighth of one percent sales tax directly to the agency. That consistent funding, plus a strong, non-political structure and very supportive public helped make Missouri a national leader in conservation. Today we continue our legacy of protecting our state's wild resources and helping Missourians connect with their natural heritage. Our goal is to sustain diverse, healthy plant and animal communities — well into the future. The Missouri Department of Conservation administers more than 975,000 acres located throughout the state. About 63 percent, or 615,000 acres, are forested. The forest land occurs on a wide variety of sites and, as a result, there is a broad diversity of plant and animal communities present. Oak and hickory are the most common tree species, but other important species are also found, such as shortleaf pine, eastern red cedar, walnut, ash and cottonwood. State forest land provides a variety of environmental benefits including wildlife habitat, outdoor recreation, watershed protection, scenic beauty and wood products.
Located in LP Members / Organizations Search
File PDF document Mitchell Collins 1984.pdf
Located in Resources / TRB Library / MIL-MUR
Mitigation
Located in Mitigation
File PDF document Mix 1973.pdf
Located in Resources / TRB Library / MIL-MUR
File PDF document Mizumoto 1979.pdf
Located in Resources / TRB Library / MIL-MUR
Mobile Apps
Located in Resources
Mobile Apps Collection
Located in Resources
File PDF document Model Projections of an Imminent Transition to a More Arid Climate in Southwestern North America
How anthropogenic climate change will impact hydroclimate in the arid regions of Southwestern North America has implications for the allocation of water resources and the course of regional development. Here we show that there is a broad consensus amongst climate models that this region will dry significantly in the 21st century and that the transition to a more arid climate should already be underway. If these models are correct, the levels of aridity of the recent multiyear drought, or the Dust Bowl and 1950s droughts, will, within the coming years to decades, become the new climatology of the American Southwest.
Located in Resources / Climate Science Documents
File PDF document Model projections of atmospheric steering of Sandy-like superstorms
Superstorm Sandy ravaged the eastern seaboard of the United States, costing a great number of lives and billions of dollars in damage. Whether events like Sandy will become more frequent as anthropogenic greenhouse gases continue to increase remains an open and complex question. Here we consider whether the persistent large-scale atmospheric patterns that steered Sandy onto the coast will become more frequent in the coming decades. Using the Coupled Model Intercomparison Project, phase 5 multi- model ensemble, we demonstrate that climate models consistently project a decrease in the frequency and persistence of the westward flow that led to Sandy’s unprecedented track, implying that future atmospheric conditions are less likely than at present to propel storms westward into the coast. climate change | Hurricane Sandy | global climate models | blocking
Located in Resources / Climate Science Documents
File PDF document Modeling Effects of Environmental Change on Wolf Population Dynamics, Trait Evolution, and Life History
Environmental change has been observed to generate simultaneous responses in population dynamics, life history, gene frequencies, and morphology in a number of species. But how common are such eco-evolutionary responses to environmental change likely to be? Are they inevitable, or do they require a specific type of change? Can we accurately predict eco-evolutionary responses? We address these questions using theory and data from the study of Yellowstone wolves. We show that environmental change is expected to generate eco-evolutionary change, that changes in the average environment will affect wolves to a greater extent than changes in how variable it is, and that accurate prediction of the consequences of environmental change will probably prove elusive.
Located in Resources / Climate Science Documents