Residence time, native range size, and genome size predict naturalization among angiosperms introduced to Australia

Corresponding Authors: John P. Schmidt, jps@uga.edu; John M. Drake, john@drakeresearchlab.com; Patrick Stephens, prsteph@uga.edu The increasing globalization of human, animal, and plant populations drives researchers to investigate how, and at what rate, introduced species will successfully become part of a native ecosystem. For many organisms, certain traits are often related to […]

Experimental evidence of a pathogen invasion threshold

Corresponding Author: John Drake, john@drakeresearchlab.com When studying infectious disease dynamics, it is important to understand the factors that facilitate (or prevent) pathogen invasion into a host population. For example, host population density may affect the pathogen invasion threshold, or the level below which a pathogen is unable to invade a […]

Forecasting infectious disease emergence subject to seasonal forcing

Corresponding Author: Paige Miller, paige.miller@uga.edu Although vaccinations are widely utilized, many childhood infections, such as measles and whooping cough, continue to pose health threats for human populations. An alternative method for reducing the negative impacts of infectious diseases involves predicting disease emergence using early warning signals (EWS), which are statistical […]

The effects of tidal elevation on parasite heterogeneity and coinfection in the eastern oyster, Crassostrea virginica

Corresponding Author: James E. Byers, jebyers@uga.edu For any ecosystem, interactions between parasites and their hosts are complex, and are often influenced by changing environmental conditions. Even at small spatial scales, such as coastal intertidal zones, changing conditions can affect parasite abundance and infection rates, which may ultimately regulate the distribution […]

Host and parasite thermal ecology jointly determine the effect of climate warming on epidemic dynamics

Corresponding Author: Alyssa Gehman, alyssamina@gmail.com Summary Writer: Trippe Ross, tross312@uga.edu Host organisms and their parasites undergo physiological changes in response to climate warming, and these responses may alter the spread and transmission of infectious diseases.  Ectotherms are especially sensitive to environmental temperature, and climate warming may reduce or increase disease […]

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