CityShape: How Urban Environments Have Shaped the Toes of Puerto Rican Crested Anoles

Anole lizards are rapidly becoming a model for urban adaptation. Anolis cristatellus, or the Puerto Rican crested anole, is a lizard species that has a great affinity for city-living. Previous work has demonstrated shifts in toepad morphology with consequences for locomotion: urban lizards have larger toepads with more specialized sub-digital scales specialized for clinging to smooth surfaces (known... Continue Reading →

Is Plastic Always Fantastic? Selection on Thermal Plasticity in Urban Anoles

A recent publication in Nature Communications goes above and beyond in studying how selection on adaptive and/or maladaptive gene expression plasticity may be regulating thermal tolerance in urban anoles. The importance of plasticity in the colonization of new environments is a widely-accepted argument, however, the role of plasticity in facilitating adaptive evolution remains controversial. Plasticity... Continue Reading →

New Lit Alert: Niche lability mitigates the impact of invasion but not urbanization

Niche lability mitigates the impact of invasion but not urbanization Borden, J. B., Bohlman, S., & Scheffers, B. R. Abstract Native species can coexist with invasive congeners by partitioning niche space; however, impacts from invasive species often occur alongside other disturbances. Native species’ responses to the interactions of multiple disturbances remain poorly understood. Here we... Continue Reading →

Lighting Up Anoles at Night!

This week we are cross-posting (again) from Anole Annals. Check out the original post here, written by Pavitra Muralidhar. How we perceive and interact with the world is strongly shaped by natural light. How much light there is at a given time determines whether we’re sleepy or awake, and whether we’re bracing for winter or... Continue Reading →

SICB 2020: Artificial Light at Night and Stress

Urban areas are easy to find during the night as they quite literally light up. Urban light pollution disrupts biological processes from gene expression to ecosystem composition across multiple taxa, including birds, insects, mammals, and fishes. With ever-increasing urbanization, understanding the effects of artificial light at night (ALAN) on urban organisms is crucial to future... Continue Reading →

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