id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_ogo5xau4ejeqfn5oaohwqohcay	Elisabeth Beaubien	Spring Flowering Response to Climate Change between 1936 and 2006 in Alberta, Canada	2011.0	11	.pdf	application/pdf	7635	716	64	changes in sequential bloom times for seven plant species in the central parklands of Alberta, Canada (latitude 528–578 north). temperatures for February to an increase of 1.58C in those for May. The earliest-blooming species' (Populus tremuloides and Anemone patens) The early-blooming species' bloom dates advanced faster than was predicted by thermal time models, which we attribute to decreased diurnal temperature fluctuations. in plant phenology can reveal important ecological consequences associated with climate change (Parmesan 2006, Climate Change has relied on phenology studies as compelling evidence that species and ecosystems respond to global The timing of spring development in virtually all temperate perennial plants is primarily controlled by temperature If spring development were exclusively driven by exposure to warm temperatures, climate change would not be whether phenology trends correspond to observed temperature trends according to spring thermal time models or, Thermal time models use daily temperature data to predict 	./cache/work_ogo5xau4ejeqfn5oaohwqohcay.pdf	./txt/work_ogo5xau4ejeqfn5oaohwqohcay.txt