Using remote sensing technology to estimate abundance of vectors of disease agents: Association between remotely sensed rainfall data and abundance of larvae and pupae of the mosquito vector of dengue virus, Αedes aegypti, in Mexico, as a case

4210.0
Impacts of Climate Change: Utilizing Novel Methods and Techniques to Understand Long-term Effects

Tuesday, November 5, 2013: 12:30 PM - 2:00 PM

Oral

Moderator:

Kathy Dervin, MPH

12:30pm

12:50pm

1:10pm

1:30pm

Using remote sensing technology to estimate abundance of vectors of disease agents: Association between remotely sensed rainfall data and abundance of larvae and pupae of the mosquito vector of dengue virus, Αedes aegypti, in Mexico, as a case
Max Moreno-Madriñán, PhD, William Crosson, PhD, Lars Eisen, PhD, Maurice Estes, MS, Sue Estes, MS, Mary Hayden, PhD, Saul Lozano-Fuentes, PhD, Andrew Monaghan, PhD, Carlos Welsh-Rodriguez, PhD, Dale Quattrochi, PhD, Carolina Ochoa-Martinez, MS, Berenice Tapia-Santos, MS and Sarah Hemmings, MPH

See individual abstracts for presenting author's disclosure statement and author's information.

Organized by: Environment

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