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1 | Using Information Derived from Wildlife Toxicology to Model Effects of Agricultural Pesticides and Other Environmental Contaminants on Wildlife Populations | 1 |
2 | Incorporating Concepts from Population and Behavioral Ecology into Models of Exposure to Toxins and Risk Assessment | 13 |
3 | Ecological Risk Assessment in the Office of Pesticide Programs | 27 |
4 | What is Measurable in Wildlife Toxicology? | 33 |
5 | Non-Lethal Wildlife Monitoring to Determine Exposure to Xenobiotics and Resulting Impacts | 35 |
6 | Measurements of Toxicity and Critical Stages of Development | 47 |
7 | What is Measurable in Wildlife Toxicology: Field Assessment | 69 |
8 | The Building Blocks for Ecological Modeling in Wildlife Toxicology | 77 |
9 | Critical Parameters in Population Studies | 81 |
10 | Assessing the Impact of Toxic Chemicals: Temporal and Spatial Variation in Avian Survival Rates | 85 |
11 | Population-Phenogenetic Approach for Ecological Monitoring (a Biotest) | 99 |
12 | Use of Space and Habitats by Individuals and Populations: Dynamics and Risk Assessment | 109 |
13 | Modeling Avian Foraging: Implications for Assessing the Ecological Effects of Pesticides | 123 |
14 | Direct and Indirect Pathways in Spatially Structured Habitats | 139 |
15 | Modeling Ecological Impacts of Pesticides on Avian Populations | 145 |
16 | Fate and Exposure Modeling in Terrestrial Ecosystems: A Process Approach | 149 |
17 | Applications of a Modified Richards Sigmoid Model to Assess the Uptake and Effects of Environmental Contaminants upon Birds | 161 |
18 | Impacts of Toxicants on Population Dynamics and Gene Diversity in Avian Species | 171 |
19 | Models of Structured Populations: Age and Mass Transition Matrices | 189 |
20 | Approaches to Modeling | 201 |
21 | Extending Laboratory Results to the Field | 205 |
22 | Acute and Subacute Toxicology in Evaluation of Pesticide Hazard to Avian Wildlife | 207 |
23 | The Role of In Vitro Studies in Ecological Hazard Assessments | 227 |
24 | Do Behavioral Responses to Pesticide Exposure Affect Wildlife Population Parameters? | 241 |
25 | Immunotoxicology of Captive and Wild Birds | 251 |
26 | Modeling the Effects of Pesticides on Wildlife: The Need to Evaluate our Leaps of Faith and Pious Hopes | 263 |
27 | Monitoring Data as a Source of Information for Modelers | 269 |
28 | The Role of Monitoring in Assessing Pesticide Effects on Avian Species and their Habitats | 271 |
29 | Population Patterns and Process Parameters - Issues in Integrating Monitoring and Models | 283 |
30 | Understanding the Impact of Pesticides on Wild Birds by Monitoring Incidents of Poisoning | 301 |
31 | Comparative Avian Toxicology: What Is Its Role in Predicting and Monitoring the Effects of Agricultural Pesticides? | 321 |
32 | Monitoring Avian Populations for Pesticide Exposure and Effects: Uses and Cautions for Ecological Modelers | 339 |
33 | Applying Life History, Food Web, Population Viability, and Genetic Models to Pesticide Studies | 345 |
34 | Life Historical Consequences of Pesticides and Other Insults to Vital Rates | 349 |
35 | What Food Web Analysis Can Contribute to Wildlife Toxicology | 365 |
36 | Adaptation of Mutagenicity and Clastogenicity Assays for Avian Species | 383 |
37 | Analyzing and Monitoring Population Viability | 401 |
38 | Theoretical Ecology and Research on Agroecosystems | 415 |
39 | Experimental Design, Statistical Analysis, and Demographic Models | 421 |
40 | Univariate and Multivariate Approaches to the Analysis of Ecotoxicological Data | 425 |
41 | Statistical Issues for Field Experimenters | 439 |
42 | Statistical Aspects of Modeling Population Changes from Population Size Data | 451 |
43 | Risk Assessment in Avian Toxicology Using Experimental and Epidemiological Approaches | 467 |
44 | Statistical Approaches to Data Analysis in Wildlife Ecotoxicology | 489 |
45 | The Future Application of Ecological Models in Environmental Risk Assessment | 497 |
46 | Population Models as Research Tools: An Empirical Perspective | 501 |
47 | Limitations of Reductionist Approaches in Ecological Modeling: Model Evaluation, Model Complexity, and Environmental Policy | 509 |
48 | The Environmental Protection Agency's Avian Pesticide Assessment Model | 519 |
49 | Individual-Based Mathematical Modeling Approaches in Ecotoxicology: A Promising Direction for Aquatic Population and Community Ecological Risk Assessment | 531 |
50 | Integrating Ecological Modeling in Environmental Risk Assessment | 543 |
51 | Potential Use of the Mallard Model to Predict Effects of Pesticides on Mallard Reproduction in the Prairie-Pothole Region of North Dakota | 547 |
52 | How Valuable are the Results of Models and Laboratory Studies when Extended to Field Situations? | 551 |
53 | Research and Development Needs | 557 |
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Add Wildlife toxicology and population modeling, This timely reference brings together the world's leading scholars and researchers to integrate wildlife toxicology and population modeling and to advance the field of ecological risk assessment of agricultural-chemical use. The book examines the foundati, Wildlife toxicology and population modeling to the inventory that you are selling on WonderClubX
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Add Wildlife toxicology and population modeling, This timely reference brings together the world's leading scholars and researchers to integrate wildlife toxicology and population modeling and to advance the field of ecological risk assessment of agricultural-chemical use. The book examines the foundati, Wildlife toxicology and population modeling to your collection on WonderClub |