共 48 条
[21]
Spatial and temporal variation ofphenological growing season and climate change impacts intemperate eastern China. Chen XQ,Hu B,Yu R. Global Change Biology . 2005
[22]
Introduction//. Schwartz MD. Phenol-ogy:An Integrative Environmental Science . 2003
[23]
Amodel for es-timating the completion of rest for Redhaven and Elbertapeach trees. Richardson EA,Seeley SD,Walker DR. HortScience . 1974
[24]
Mutual regularity of spring phenology ofsome boreal tree species:Predicting with other species andphenological models. Linkosalo T. Canadian Journal ofForest Research . 2000
[25]
Rest prediction model forlow-chilling‘Sungold’nectarine. Gilreath PR,Buchanan DW. Journal ofthe AmericanSociety Horticultural Science . 1981
[26]
The responses of species to cli-mate over two centuries:An analysis of the Marsham phe-nological record,1736-1947. Sparks TH,Carey PD. Journal of Ecology . 1995
[27]
Prediction of budburst inDouglas fir by degree-day accumulation. Thomson AJ,Moncrieff SM. Canadian JournalofForest Research . 1982
[28]
Climatic warming,spring bud-burst and frost damage on trees. Cannell MGR,Smith RI. Journal ofApplied Ecolo-gy . 1986
[29]
Anewstatistical toolto predict phenology under climate change scenarios. Gienapp P,Hemerik L,Visser ME. Glob-al Change Biology . 2005
[30]
Climatic determinants of budburst seasonality in four temperature-zone tree species. Chuine I,Cour P. New Phytologist . 1999