Gardner, Janet; Amano, Tatsuya; Mackey, Brendan; Sutherland, William J; Clayton, Mark; Peters, Anne
Changes in animal body size have been widely reported as a correlate of contemporary climate change. Body size affects metabolism and fitness, so changing size has implications for resilience, yet the climatic factors that drive size variation remain poorly understood. We test the role of mean and extreme temperature, rainfall, and remotely sensed primary productivity (NDVI) as drivers of body size in a sedentary, semi-arid Australian passerine, Ptilotula (Lichenostomus) penicillatus, over 23...[Show more]
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