Consensus and conflict among ecological forecasts of Zika virus outbreaks in the United States.Ecologists are increasingly involved in the pandemic prediction process.  In the course of the Zika outbreak in the Americas, several ecological models were developed to forecast the potential global distribution of the disease.  We compare ecological niche models and experimentally-driven mechanistic forecasts for Zika transmission in the continental United States.  In the short term, ecologists face the task of developing better post hoc consensus that accurately forecasts spatial patterns of Zika virus outbreaks. 
Zika
Consensus and conflict among ecological forecasts of Zika virus outbreaks in the United States.Ecologists are increasingly involved in the pandemic prediction process.  In the course of the Zika outbreak in the Americas, several ecological models were developed to forecast the potential global distribution of the disease.  We compare ecological niche models and experimentally-driven mechanistic forecasts for Zika transmission in the continental United States.  In the short term, ecologists face the task of developing better post hoc consensus that accurately forecasts spatial patterns of Zika virus outbreaks. 
Zika
Consensus and conflict among ecological forecasts of Zika virus outbreaks in the United States.Ecologists are increasingly involved in the pandemic prediction process.  In the course of the Zika outbreak in the Americas, several ecological models were developed to forecast the potential global distribution of the disease.  We compare ecological niche models and experimentally-driven mechanistic forecasts for Zika transmission in the continental United States.  In the short term, ecologists face the task of developing better post hoc consensus that accurately forecasts spatial patterns of Zika virus outbreaks. 
Zika
Consensus and conflict among ecological forecasts of Zika virus outbreaks in the United States.Ecologists are increasingly involved in the pandemic prediction process.  In the course of the Zika outbreak in the Americas, several ecological models were developed to forecast the potential global distribution of the disease.  We compare ecological niche models and experimentally-driven mechanistic forecasts for Zika transmission in the continental United States.  In the short term, ecologists face the task of developing better post hoc consensus that accurately forecasts spatial patterns of Zika virus outbreaks. 
Zika
Consensus and conflict among ecological forecasts of Zika virus outbreaks in the United States.Ecologists are increasingly involved in the pandemic prediction process.  In the course of the Zika outbreak in the Americas, several ecological models were developed to forecast the potential global distribution of the disease.  We compare ecological niche models and experimentally-driven mechanistic forecasts for Zika transmission in the continental United States.  In the short term, ecologists face the task of developing better post hoc consensus that accurately forecasts spatial patterns of Zika virus outbreaks. 
Zika
Consensus and conflict among ecological forecasts of Zika virus outbreaks in the United States.Ecologists are increasingly involved in the pandemic prediction process.  In the course of the Zika outbreak in the Americas, several ecological models were developed to forecast the potential global distribution of the disease.  We compare ecological niche models and experimentally-driven mechanistic forecasts for Zika transmission in the continental United States.  In the short term, ecologists face the task of developing better post hoc consensus that accurately forecasts spatial patterns of Zika virus outbreaks. 
Zika