About: Key deer is a research topic. Over the lifetime, 83 publications have been published within this topic receiving 1445 citations. The topic is also known as: Odocoileus virginianus clavium.
TL;DR: In this article, the authors present a brief history of wildlife management in North America and discuss the unique ecology and behavior of urban wildlife. But, they do not discuss the specific challenges for wildlife management within urban settings.
Abstract: Introduction: A New Wildlife Management Paradigm Part I Urban Landscapes Chapter One Wildlife Management: Past and Present Key Concepts A Brief History of Wildlife Management in North America Rise of the American Conservation Movement Changing Wildlife Values A New Kind of Wildlife Categorizing Wildlife The Unique Ecology and Behavior of Urban Wildlife Special Challenges for Wildlife Management within Urban Settings Urban Ecosystems Urban Habitats Sociopolitical Factors Special Management Considerations An Urban Species of Special Interest: The Raccoon (Procyon lotor) Pet Raccoons Raccoon Economics Raccoons as Disease Vectors The Urban Raccoon Diet Denning Population Densities Species Profile: Killdeer (Charadrius vociferus) Chapter Activities Literature Cited Chapter Two The Changing Landscape of Wildlife Management Key Concepts Demographic Factors That Set the Stage for Urban Wildlife Management The Separation of People and Nature The Need for Wildlife Management in Urban Areas The Need for Public Education Programs About Urban Wildlife Outcomes of Human-Wildlife Encounters Urbanites Need to Reconnect With the Natural World Urban Wildlife Species Are Increasing, Sometimes to Nuisance Levels Some Insights into the Magnitude of Urban Wildlife Problems Urban Species of Most Concern: National Analysis to Urban Species of Most Concern: Regional Analysis to Economic Impact of Damage to Resources by Urban Wildlife: National Overview Economic Impact of Damage to Resources by Urban Wildlife: Regional Overview Urban Habitats as a Dominant Focus of Wildlife Professionals The Infrastructure for Urban Wildlife Management Is Missing Case Study : Neighborhood Moose Killed by Kindness Species Profile: Bobcat (Lynx rufus) Chapter Activities Literature Cited Part II Urban Ecosystems Chapter Three Ecological Principles in the Urban Context Key Concepts Ecological Principles Diversity Interrelationships Cycles Energy Ecosystem Structure Abiotic Structure Biotic Structure Food Chains and Webs Symbiotic Relationships Biotic Communities Urban Flora Urban Fauna Ecosystem Function Biogeochemical Cycles Energy Thermodynamics and Conservation of Matter Ecological Succession Ecosystem Services Species Profile: Chimney Swift (Chaetura pelagica) Chapter Activities Literature Cited Chapter Four Urban Soils Key Concepts Introduction Soil Formation Soil Structure Soil Horizons Soil Functions Soil Biota and Their Functions Impacts of Urbanization on Soil Structure and Function Structure Modification: Compaction and Surface Crusting Modified Soil Reaction Anthropogenic Materials Increased Soil Temperatures Taking Better Care of Urban Soil Urban Wildlife Management Implications Species Profile: Moles (Talpidae spp ) Chapter Activities Literature Cited Chapter Five Urban Waters Key Concepts Introduction The Flow of Water through an Urban Community Sources Uses Discharge Recycle The Water Cycle-Nature's Filter The Transpiration Loop The Groundwater Loop The Evaporation Loop Caring For the Water Cycle Riparian Corridors: Streams and Rivers Abiotic Effects of Urbanization on Riparian Ecology Pollutants Stream Channelization Biotic Effects of Urbanization on Stream Ecology The Aquatic Food Chain Fish as Indicator Species Restoration of Riparian Habitats Urban Wetlands Water Gardens Constructed Wetlands Urban (Community) Fisheries Programs Summary Species Profile: American Beaver (Castor canadensis) Chapter Activities Literature Cited Chapter Six Principles of Population Dynamics Key Concepts Introduction Survival Adaptations Density Factors Affecting Population Densities How Populations Grow Population Growth Rate Patterns Effects of Habitat Fragmentation on Population Dynamics Effects of Supplemental Feeding on Population Dynamics Effects of Animal Damage Control Activities on Population Dynamics Effects of Environmental Pollutants on Wildlife Population Dynamics Species Profile: Tree Squirrels (Sciurus spp ) Chapter Activity Literature Cited PART III URBAN HABITATS AND HAZARDS Chapter Seven Urban Green Spaces Key Concepts Introduction Green Spaces Remnant Habitat Patches Successional Habitat Patches Managed Habitat Patches Cemeteries Golf Courses Nature Centers Rural versus Urban Wildlife Populations Species Profile: Red Fox (Vulpes vulpes) Acknowledgment Chapter Activities Literature Cited Chapter Eight Urban Gray Spaces Key Concepts Introduction Buildings, Windows, and Towers Buildings Windows Communication Towers Wind Towers Roads and Highways Animal Mortality Overpasses, Underpasses, and Escape Routes Structural Design Considerations Bridges, Birds, and Bats Landfills, Dumpsters, and Garbage Cans Organic Waste Accumulations: A Concept Unique to Urban Ecosystems Factors That Promote the Presence of Wildlife at Landfills Standards Used in Landfill Siting Types of Habitats Found in and around Landfills Human-Wildlife Conflicts at Landfills Wildlife Management at Landfills Airports Standards for Airport Siting and Zoning Types of Habitats Found in and around Airports Wildlife Species Attracted to Airport Habitats Human-Wildlife Interactions at Airports Wildlife Management Priorities at Airports Species Profile: Mexican Free-Tailed Bat (Tadarida brasiliensis) Chapter Activities Literature Cited PART IV SOCIOPOLITICAL ISSUES Chapter Nine Human Dimensions in Urban Wildlife Management Key Concepts Introduction The "People Factor" Conducting Human Dimensions Research Surveying Wildlife Recreationists The Role of Human Dimensions in Urban Wildlife Management Public Participation in Wildlife-Associated Recreation Wildlife Values Quality of Life Issues Human-Wildlife Conflict Issues HD Methods for Resolving Human-Wildlife Conflicts Case Study : Ducks and Traffic An Urban Species of Special Concern: Urban Coyotes (Canis latrans) What Is an Urban Coyote? Range Expansion Coping with Coyotes-Management Plans Coyote Economics Coyote Control Considerations Species Profile: American Crow (Corvus brachyrhynchos) Chapter Activities Literature Cited Chapter Ten Working with Urban Stakeholders Key Concepts Inviting Everyone to the Table The Policy Life Cycle What (and Who) Is a Stakeholder? The Changing Face of Wildlife Stakeholders A Guide to Major Stakeholders Government (Public Sector) Federal Tribal Governments State and Territorial Governments Local Governments Nongovernmental Organizations (NGOs) Academic Institutions The Public Case Study : Stakeholders Disagree on Best Approach for Managing Fallow Deer Species Profile: Black Bear (Ursus americanus) Chapter Activities Literature Cited Chapter Eleven Legal Aspects of Urban Wildlife Management Key Concepts Wildlife Law Federal Laws The Lacey Act of The Migratory Bird Treaty Act of The Animal Damage Control Act of The Endangered Species Act of State Laws County and Municipal Laws Local Ordinances Who Is in Charge Here? Protecting the Health and Safety of All Case Study : Operation Remove Excrement Species Profile: Cattle egret (Bubulcus ibis) Chapter Activities Literature Cited PART V SPECIAL MANAGEMENT CONSIDERATIONS Chapter Twelve The Ecology and Management Considerations of Selected Species Key Concepts Introduction Endangered Species Houston Toad (Bufo houstonensis) San Joaquin Kit Fox (Vulpes macrotis mutica) Florida Key Deer (Odocoileu virginianus clavium) Introduced Species House Sparrow (Passer domesticus) Nutria (Myocastor coypus) Feral Species Pigeons (Columba livia) Free-Ranging Domestic Cats (Felis catus) Free-Ranging Hogs (Sus scrofa) Chapter Activities Literature Cited Chapter Thirteen Zoonoses and Management Considerations Key Concepts What Are Zoonoses? Parasitic Diseases Protozoa Helminths Trematodes (Flukes) Cestodes (Tapeworms) Nematodes (Roundworms) Mycotic Diseases Aspergillosis Histoplasmosis Bacterial Diseases Plague Tularemia Viral Diseases Rabies Hantavirus Pulmonary Syndrome (HPS) West Nile Virus (WNV) Prion Diseases Bovine spongiform encephalopathy Scrapie Chronic Wasting Disease Species Profile: American Robin (Turdus migratorius Linnaeus) Chapter Activities Literature Cited Chapter Fourteen Distribution, Abundance, and Management Considerations of Resident Canada Geese and Urban White-Tailed Deer Key Concepts Introduction Factors That Contributed To Geese and Deer Abundance in Urban America Extent of the Problem: A National Assessment of Human-White-Tailed Deer and Canada Geese Conflicts Objectives and Questions Included in the National Assessment Results of the National Assessment Management Implications of the National Assessment Distribution of Resident Canada Geese and White-Tailed Deer in the Continental United States The Human Response to Resident Canada Geese and Urban White-Tailed Deer Ecological Impacts of Resident Canada Geese and Urban White-Tailed Deer Health and Safety Issues Related to Resident Canada Geese and Urban White-Tailed Deer White-Tailed Deer and Lyme Disease Feasible and Acceptable Management Strategies for Overabundant Resident Canada Geese Avoiding the Problem Getting at the Root Cause Attack the Symptoms Do Nothing Summary Case Study : A Tale of Two Cities The Two Cities The Citizen Survey Questionnaire Development The Response Educational Program Development Chapter Activity Literature Cited Index
TL;DR: In this article, the authors studied how habitat requirements for Florida Key deer (Odocoileus virginianus clavium) interact with vegetation changes caused by urban development and identified 6 vegetation types: pineland, hammock, developed, freshwater marsh, buttonwood, and mangrove.
Abstract: Urban development in the Florida Keys, USA, mandates an understanding of how habitat requirements for Florida Key deer (Odocoileus virginianus clavium) interact with vegetation changes caused by development. Our study objectives were to (1) determine Key deer habitat use at different spatial scales, (2) evaluate vegetation changes and identify vegetation types most threatened by development, and (3) provide guidelines to direct land acquisition programs in the future. We identified 6 vegetation types: pineland, hammock, developed, freshwater marsh, buttonwood, and mangrove. Key deer (n = 180; 84 F, 96 M) preferred upland vegetation types (>1 m above mean sea level; pineland, hammock, developed) and avoided tidal or lower-elevation areas (<1 m above mean sea level; freshwater marsh, buttonwood, mangrove). Analyses of Geographic Information System (GIS) coverages suggested that historical development impacted near-shore habitats while recent trends pose a greater risk to upland areas (pineland, ham...
TL;DR: Habitat quality reduced by fire suppression may have influenced the recent decline of Key deer and the rockland pine community, as well as several plants endemic to this habitat, depend on periodic fires for continued existence.
Abstract: Habitat quality reduced by fire suppression may have influenced the recent decline of Key deer (Odocoileus virginianus clavium). A major foraging habitat for Key deer, the rockland pine community, as well as several plants endemic to this habitat, depend on periodic fires for continued existence. Refuge burning is opposed by residents of nearby urban development. To quantify effects of fire, we measured use and nutritive content of browse for the year following fire, monitored growth of the vegetation after fire, and documented succession in relation to time since the last fire. Browsing by deer was most intense early in the growing season. Deer chose species high in crude protein (CP), phosphorus (P), and in vitro digestibility (IVOMD)
TL;DR: As efforts to reduce deer-motor vehicle collisions continue, biologists need to address high deer densities in management of this locally abundant but endangered deer population.
Abstract: Increases in motor vehicle traffic, habitat loss, and human-deer interactions due to urban development threaten the recovery and management of Florida Key deer (Odocoileus virginianus clavium) To evaluate these threats, we estimated current survival rates and compared them to historic estimates, evaluated the causes of mortality from 1966 to 2000, and determined life expectancy of deer from marked animals We radiomarked Florida Key deer as part of 2 separate field studies (1968-1972, 1998-2000), in addition to collecting mortality data and survey estimates (1966-2000) We analyzed survival data from 314 (157 male, 157 female) radiomarked deer using a known-fate model framework in program MARK We considered a suite of a priori models based on the biology and current knowledge of Florida Key deer, and ranked them using Akaike's Information Criterion ($text{AIC}_{c}$) model selection Important factors explaining deer survival were sex and geographical location Model-averaged annual male survival (0412-0842) was lower than female survival (0695-0888) Marked female deer (n = 35) lived an average of 65 years (maximum 19 years), while marked male deer (n = 43) lived an average of 29 years (maximum 12 years) Deer survival also increased as deer moved away from US Highway 1 (US 1) Deer-motor vehicle collisions accounted for >50% of total deer mortality, half of which occurred on US 1 Annual deer mortality since 1972 has increased and is attributed to an increase in the deer population size (1972-2000, 240%) We recommend finding methods to reduce deer-motor vehicle collisions because of human safety concerns As efforts to reduce deer-motor vehicle collisions continue, biologists need to address high deer densities in management of this locally abundant but endangered deer population
TL;DR: In this paper, the authors evaluated the impacts of urban development on Key deer habitat use, population dynamics, behavior, and body mass, and found that Key deer have become more urbanized, using urban areas more today than they did 30 years ago.