Geographic Analysis of Species Richness and Community Attributes of Forest Birds from Survey Data in the Mid-Atlantic Integrated Assessment Region

被引:0
作者
Emmanuelle Cam
John R. Sauer
James D. Nichols
James E. Hines
Curtis H. Flather
机构
[1] North Carolina State University,Department of Forestry
[2] U.S. Geological Survey,Biological Resources Division, Patuxent Wildlife Research Center
[3] U.S. Forest Service,Rocky Mountain Research Station
来源
Environmental Monitoring and Assessment | 2000年 / 63卷
关键词
Species Richness; Bird Community; Integrate Assessment; Community Attribute; Extinction Probability;
D O I
暂无
中图分类号
学科分类号
摘要
Species richness of local communities is a state variable commonly used in community ecology and conservation biology. Investigation of spatial and temporal variations in richness and identification of factors associated with these variations form a basis for specifying management plans, evaluating these plans, and for testing hypotheses of theoretical interest. However, estimation of species richness is not trivial: species can be missed by investigators during sampling sessions. Sampling artifacts can lead to erroneous conclusions on spatial and temporal variation in species richness. Here we use data from the North American Breeding Bird Survey to estimate parameters describing the state of bird communities in the Mid-Atlantic Assessment (MAIA) region: species richness, extinction probability, turnover and relative species richness. We use a recently developed approach to estimation of species richness and related parameters that does not require the assumption that all the species are detected during sampling efforts. The information presented here is intended to visualize the state of bird communities in the MAIA region. We provide information on 1975 and 1990. We also quantified the changes between these years. We summarized and mapped the community attributes at a scale of management interest (watershed units).
引用
收藏
页码:81 / 94
页数:13
相关论文
共 56 条
[11]  
Hines J.E.(1977)Species Turnover Rates on Islands: Dependence on Census Interval Science 197 266-270
[12]  
Pollock K.H.(1980)Two Perils of Plant Population Dynamics Oecologia 46 283-284
[13]  
Brooks R.P.(1996)Species Turnover on a Protected Subtropical Barrier Island: a Long-Term Study Journal of Biogeography 23 705-715
[14]  
O'Connell T.J.(1998)Scale-Dependent Variation in Local vs. Regional Effects on Coral Species Richness Ecological Monographs 68 259-274
[15]  
Wardrop D.H.(1987)Biological Monitoring and Environmental Assessment: a Conceptual Framework Environmental Management 11 249-256
[16]  
Jackson L.E.(1990)Biological Integrity and the Goal of Environmental Legislation: Lessons for Conservation Biology Conservation Biology 4 244-250
[17]  
Bunge J.(1991)Biological Integrity: a Long-Neglected Aspect of Water Resource Management Ecological Applications 1 66-84
[18]  
Fitzpatrick M.(1998)Estimating Rates of Local Extinction, Colonization and Turnover in Animal Communities Ecological Applications 8 1213-1225
[19]  
Burnham K.P.(1998)Inference Methods for Spatial Variation in Species Richness and Community Composition When Not All Species are Detected Conservation Biology 12 1390-1398
[20]  
Overton W.S.(1982)A Capture-Recapture Sampling Design Robust for Unequal Catchability Journal of Wildlife Management 46 252-257