These models can then be mapped against climate forecasts to predict
how phenology could shift in the future, painting a picture of landscapes in a world of warmer temperatures, altered precipitation and humidity, and changes in cloud cover.
Not exact matches
OU Professors Jeffrey F. Kelly, Todd Fagin and Eli S. Bridge, Oklahoma Biological Survey, and graduate student Kyle G. Horton, Department of Biology, OU College of Arts and Sciences; in collaboration with OU Professors Phillip B. Chilson, School of Meteorology, and Kirsten de Beurs, Department of Geography and Environmental Sustainability, OU College of Atmospheric and Geographic Sciences; and Phillip M. Stepanian, formerly with the Advanced Radar Research Center, worked together to demonstrate
how migration timing relates to land surface
phenology and temperature changes.
«As we build up a big archive — warm years, cold years, wet years and dry years — we can use the data to develop models of
how weather and
phenology are related,» he says.
«Furnas and McGrann provide a textbook example of
how to detect differences in the timing of nesting among bird species using information on the peak date of singing derived from surveys and automated recorders,» according to UC Berkeley's Steve Beissinger, an expert on avian
phenology who was not involved in the study.
Learn more about
phenology — the study of seasonal phenomena and
how they're affected by climate change.
First, they discuss
phenology (
how nature changes through the seasons) as evidence for changing climate.