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Mapping Disease Transmission Risk cover

Mapping Disease Transmission Risk

Enriching Models Using Biogeography and Ecology

by A. Townsend Peterson

Publisher: Johns Hopkins University Press

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Book Details

Print ISBN9781421414737
eText ISBN9781421414744
PublisherJohns Hopkins University Press
Publishing Year2014
LanguageEnglish
Pages224

Mapping Disease Transmission Risk: Enriching Models Using Biogeography and Ecology synthesizes twelve years of research by A. Townsend Peterson to integrate ecological and biogeographic factors into spatial disease transmission models.

The book conceptualizes disease transmission areas as species distributions shaped by underlying environmental drivers rather than simple geographic locations. Peterson explores distributional ecology, contrasting multilayer ecological data approaches with methods that merely plot recorded disease cases or absences.

Addressed to seasoned epidemiologists and public health experts, this volume outlines the technical foundations of ecological niche models rather than mechanistic models to evaluate transmission risk.

Table of Contents

  1. Chapter 1: Introduction

  2. Part I: Distributional Ecology

  3. Chapter 2: General Conceptual Framework for Species’ Distributions

  4. Chapter 3: Status of Data for Understanding Disease Distributions

  5. Chapter 4: Current Tools for Understanding Disease Distributions

  6. Part II: Disease Modeling Basics

  7. Chapter 5: Modifications to the Basic Framework

  8. Chapter 6: Modeling Components versus Outcomes

  9. Chapter 7: Space-Only versus Space-and-Environment Models

  10. Part III: Preparing the Data

  11. Chapter 8: Garbage-In-Garbage-Out Principle

  12. Chapter 9: Assembling Occurrence Data

  13. Chapter 10: Assembling Environmental Data

  14. Chapter 11: Study Areas and BAM

  15. Part IV: Developing Models

  16. Chapter 12: Calibrating Niche Models

  17. Chapter 13: Processing Raw Outputs into Useful Maps

  18. Chapter 14: Evaluating Niche Models

  19. Chapter 15: Developing Risk Maps

  20. Part V: Examples of Applications

  21. Chapter 16: Identifying Risk Factors

  22. Chapter 17: Spatial Interpolation and Prediction

  23. Chapter 18: Identifying Species Involved in Transmission Cycles

  24. Chapter 19: Responses to Environmental Change

  25. Chapter 20: Conclusions

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▶Research Sources (4)
  • Mapping Disease Transmission Risk - Project MUSE
  • Mapping Disease Transmission Risk By A. Townsend Peterson - Whefi
  • Mapping Disease Transmission Risk: Enriching Models Using ...
  • (PDF) Mapping Disease Transmission Risk: Enriching ...

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