Jason R. Rohr

This study evaluates an imperfect prophylactic treatment for chytridiomycosis in amphibians, finding that it unexpectedly increased infection intensity in treated ponds.

This study shows that temephos, a pesticide, changes how Aedes aegypti mosquitoes respond to temperature, reducing survival and altering population growth rates.

This study assesses whether Culicoides vector abundance scales with host density, finding a positive linear relationship that suggests density-dependent transmission of Culicoides-transmitted pathogens.

This study shows two pond predators partition resources across multiple niche axes, reducing overlap despite living in a small, constrained environment.

This study shows that common agrochemical mixtures increase snail hosts and ecological factors that raise schistosomiasis risk.

This paper shows that integrating fish into rice fields reduces schistosomiasis risk, improves soil nutrients, and increases rice yields with economic benefits.

This study evaluates early warning signals for infectious disease outbreaks using critical slowing down indicators and time-to-event analyses across multiple diseases and regions, finding reliable lead times for intervention.

The paper surveys moist habitats to classify Culicoides midge development sites, finding natural areas support midge populations and higher proportions of the primary BTV vector C. sonorensis.

This study quantifies how landscape, environmental, and host-level factors influence ranavirus presence and infection in amphibians at site and host levels.

The paper shows that rapid warming increased disease susceptibility in cold-adapted amphibians, supporting the thermal mismatch hypothesis as a driver of extinction.

This study shows agrochemicals increase schistosome-infected snail densities, potentially raising schistosomiasis transmission risks in endemic areas.