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1. Environmental gradients mediate dispersal evolution during biological invasions

   https://doi.org/10.1111/ele.14472  

   Benning, John W; Clark, Eliza I; Hufbauer, Ruth A; Weiss‐Lehman, Christopher (July 2024, Ecology Letters)

   Abstract Rapid evolution of increased dispersal at the edge of a range expansion can accelerate invasions. However, populations expanding across environmental gradients often face challenging environments that reduce fitness of dispersing individuals. We used an eco‐evolutionary model to explore how environmental gradients influence dispersal evolution and, in turn, modulate the speed and predictability of invasion. Environmental gradients opposed evolution of increased dispersal during invasion, even leading to evolution of reduced dispersal along steeper gradients. Counterintuitively, reduced dispersal could allow for faster expansion by minimizing maladaptive gene flow and facilitating adaptation. While dispersal evolution across homogenous landscapes increased both the mean and variance of expansion speed, these increases were greatly dampened by environmental gradients. We illustrate our model's potential application to prediction and management of invasions by parameterizing it with data from a recent invertebrate range expansion. Overall, we find that environmental gradients strongly modulate the effect of dispersal evolution on invasion trajectories. 

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2. Evolution of Physiological Tolerance and Performance During Freshwater Invasions

   https://doi.org/10.1093/icb/43.3.439  

   Lee, C. E. (July 2003, Integrative and Comparative Biology)
3. Rapid evolution of body fluid regulation following independent invasions into freshwater habitats: Evolution of body fluid regulation

   https://doi.org/10.1111/j.1420-9101.2012.02459.x  

   LEE, CAROL EUNMI; POSAVI, MARIJAN; CHARMANTIER, GUY (April 2012, Journal of Evolutionary Biology)
4. Molecular ecology of zebra mussel invasions: ZEBRA MUSSEL INVASIONS

   https://doi.org/10.1111/j.1365-294X.2006.02814.x  

   MAY, GEMMA E.; GELEMBIUK, GREGORY W.; PANOV, VADIM E.; ORLOVA, MARINA I.; LEE, CAROL EUNMI (April 2006, Molecular Ecology)
5. Biological invasions facilitate zoonotic disease emergences

   https://doi.org/10.1038/s41467-022-29378-2  

   Zhang, Lin; Rohr, Jason; Cui, Ruina; Xin, Yusi; Han, Lixia; Yang, Xiaona; Gu, Shimin; Du, Yuanbao; Liang, Jing; Wang, Xuyu; et al (December 2022, Nature Communications)

   Abstract Outbreaks of zoonotic diseases are accelerating at an unprecedented rate in the current era of globalization, with substantial impacts on the global economy, public health, and sustainability. Alien species invasions have been hypothesized to be important to zoonotic diseases by introducing both existing and novel pathogens to invaded ranges. However, few studies have evaluated the generality of alien species facilitating zoonoses across multiple host and parasite taxa worldwide. Here, we simultaneously quantify the role of 795 established alien hosts on the 10,473 zoonosis events across the globe since the 14 th century. We observe an average of ~5.9 zoonoses per alien zoonotic host. After accounting for species-, disease-, and geographic-level sampling biases, spatial autocorrelation, and the lack of independence of zoonosis events, we find that the number of zoonosis events increase with the richness of alien zoonotic hosts, both across space and through time. We also detect positive associations between the number of zoonosis events per unit space and climate change, land-use change, biodiversity loss, human population density, and PubMed citations. These findings suggest that alien host introductions have likely contributed to zoonosis emergences throughout recent history and that minimizing future zoonotic host species introductions could have global health benefits. 

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