By:
Laurence V. Madden, Gareth Hughes, and Frank van den Bosch
Chemical industry and
plant breeders have forged fine tactical weapons; but only epidemiology sets
the strategy.
J.E. Vanderplank
Epidemiology provides plant
pathologists with refined and deepened knowledge of the behavior of diseases in
the field for improved disease control or management.
J. Kranz
Chapter
1: Introduction
Plant Disease Epidemics
Some Concepts
Some Historical Developments
Prelude to the Rest of the Book
Possible Course Outlines
Suggested Readings
Chapter
2: Measuring Plant Diseases
Introduction
Plant Disease Intensity
Measurement Levels and Random
Variables
Assessing Disease Intensity
Reliability, Accuracy, Agreement
Attributes and Properties of the
Crop
Conclusion and Prelude to
Following Chapters
Suggested Readings
Chapter
3: Introduction to Modeling in Epidemiology
Introduction
Models
Methods of Model Development
Fitting of Linear Models to Data
Fitting of Nonlinear Models to
Data
Applications
Maximum Likelihood
Discussions and Prelude to Later
Chapters
Suggested Readings
Chapter
4: Temporal Analysis I: Quantifying and Comparing Epidemics
Introduction
General Concepts
How Does an Epidemic Occur?
Models
Control
Model Fitting
Comparing Disease Progress Curves
Models with Maximum Disease
Intensity as a Parameter
Time-Varying Rate Term
Concluding Comments and Prelude
to Advanced Topics
Suggested Readings
Chapter
5: Temporal Analysis II: The Components of Disease
Introductions
Disease Progress Models with
Fixed Density
Chapter
6: Temporal Analysis III: Advanced Topics
Introduction
Models with Crop Growth
The Role of Primary Infections
Epidemics with Vector
Transmission
Transitional Dynamics and Other
Complexities
Parameter Estimation
Suggested Readings
Chapter
7: Spatial Aspects of Epidemics – I: Pathogen Dispersal and Disease Gradients
Introduction
Dispersal Gradients, Disease
Gradients, and Disease Spread
Models
Model Fitting
Disease Gradients – Correcting
for Maximum Intensity
Spatio-Temporal Dynamics of
Disease Spread
Disease Management
Concluding Comments and a Prelude
to the Following Chapters
Selected Readings
Chapter
8: Spatial Aspects of Epidemics – II: A Theory of Spatio-Temporal Disease
Dynamics
Introduction
Models for Spatial Populations
Expansion
Some Extensions
An Application
Concluding Remarks
Selected Readings
Chapter
9: Spatial Aspects of Epidemics – III: Patterns of Plant Disease
Why We Look at Spatial Patterns
Terminology
Spatial Plant Disease Data
Analysis of Sparsely-Sampled
Incidence Data
Analysis of Sparsely-Sampled
Count Data
Relationships between
Distributions
Spatial Hierarchies
Sparsely-Sampled Disease Severity
Data
Analysis of Intensively-Mapped
Disease Data
Spatial patterns and Dispersal
Functions
Distance-Based Methods
Conclusions
Suggested Readings
Chapter
10: Estimating Plant Disease by Sampling
Why We Sample of Epidemiological
Data
Sampling Preliminaries
Simple Random Sampling for
Disease Incidence Data
Simple Random Sampling for Count
Data
Cluster Sampling for Disease
Incidence Data
Regression Analysis of Disease
Incidence Data
Regression Analysis of Count Data
Group Testing with Incidence Data
Binomial Sampling for Count Data
Estimation of Disease Severity
Inverse Sampling for Disease
Incidence
Sequential Estimation of Disease
Conclusions
Suggested Readings
Chapter
11: Decision-Making in the Practice of Plant Disease Management
Decision-Making Disease
Management
Acceptance Sampling Preliminaries
Designing a Sampling Plan with a
Specified Curve
Zero Acceptance Number Sampling
Plans
Sequential Sampling for
Classification
Risk Algorithms as a Basis for
Decisions-Making
Predicting the Need for Treatment
Conclusion
Suggested Readings
Chapter
Twelve: Epidemics and Crop Yield
Introductions
Definitions and Concepts
Data and Relationships
Modeling Yield in Relation to
Disease
An Example Analysis
Mechanistic Approaches to Crop
Loss Assessment
Spatial Heterogeneity
Discussion and Conclusions
Suggested Readings
References
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