Browsing by Author "Savage, Jessica A."
Now showing 1 - 4 of 4
Results Per Page
Sort Options
Item Data on tissue injury and conductivity of flowers at different temperatures along with method validation(2023-11-16) Savage, Jessica A.; Olson, Mady; Hudzinski, Sydney; jsavage@d.umn.edu; Savage, Jessica A.; Savage research teamThese data are for a paper on how to use the electrolyte leakage method to measure floral freezing tolerance. The files include tests of different sample preparation methods and temperate response curves for a handful of species.Item Floral freezing tolerance of Minnesotan woody and semi-woody plants(2024-02-29) Savage, Jessica A.; Vandenheuvel, Britton; Fakhreddine, Qadry; jsavage@d.umn.edu; Savage, Jessica A.; Savage research teamData collected for a study on floral freezing tolerance of native trees and shrubs. The goal of the project was to determine if native flowers are vulnerable to freezing temperatures and how their vulnerability to freezing temperatures relates to their flowering time.Item Plant phenology collected from 2014 to 2016 on wood plants growing at the Arnold Arboretum in Boston, MA(2019-07-08) Savage, Jessica A.; jsavage@d.umn.edu; Savage, Jessica, A.These data were collected for a project examining the relationship between vascular and floral phenology in plants that flower precocious before they have leaves. Phenology data was collected on 5-6 individuals of 26 species with one species in each genus exhibiting precocious flowering. These data were published in the American Journal of Botany in 2019.Item Plant wood and reproductive anatomy collected from 2014 to 2016 on wood plants growing at the Arnold Arboretum in Boston, MA(2019-07-16) Savage, Jessica A.; jsavage@d.umn.edu; Savage, Jessica A.; Savage research teamThese data were collected for a project examining the relationship between vascular and floral phenology in plants that flower precocious before they have leaves. Reproductive and xylem data was collected on 5-6 individuals of 10 species with one species in each genus exhibiting precocious flowering.