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Effects of scale on modeling west nile virus disease risk
Johnny A. Uelmen
, Patrick Irwin
, Dan Bartlett
, William Brown
, Surendra Karki
, Marilyn O.Hara Ruiz
, Jennifer Fraterrigo
, Bo Li
, Rebecca L. Smith
Arts & Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
15
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Scopus citations
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Dive into the research topics of 'Effects of scale on modeling west nile virus disease risk'. Together they form a unique fingerprint.
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Keyphrases
Disease Risk
100%
West Nile Virus Infection
100%
Scale Effect
100%
West Nile Virus
66%
Explanatory Variables
66%
United States
33%
Virus
33%
Illness
33%
Disease Transmission
33%
Chicago
33%
Best Model
33%
High Temporal Resolution
33%
Disease Control
33%
Lack of Understanding
33%
Scale-dependent
33%
Two-scale
33%
Successful Integration
33%
Avian Host
33%
Neuroinvasive Potential
33%
Socioeconomic Demographics
33%
Vectoring
33%
Abiotic Processes
33%
Biotic Processes
33%
Mosquito-borne Diseases
33%
Ultrafine
33%
Culex Mosquitoes
33%
County Scale
33%
Mosquito Control
33%
Viral Ecology
33%
Public Health Control
33%
Model Evaluation
33%
Vector-borne Diseases
33%
Scaling Relationship
33%
West Nile Virus Model
33%
Computer Science
Spatial Extent
100%
Explanatory Variable
66%
Performance Model
33%
Disease Control
33%
Spillover Effect
33%
United States of America
33%
Complex System
33%
Psychology
Public Health
100%
Spillover Effect
100%
United States of America
100%
Social Sciences
Diseases
100%
USA
12%
Disease Control
12%
Interdisciplinary Approach
12%
Ecology
12%
Aves
12%
Spillover Effect
12%
Public Health
12%
Neuroscience
West Nile Virus
100%