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Browsing by Author "Peichel, Alexander"

Now showing 1 - 3 of 3
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    Floral and leaf gas exchange and stem hydraulic conductance data observed from 2017 to 2018 on woody plants growing in Minnesota
    (2021-09-21) McMann, Natalie; Peichel, Alexander; Savage, Jessica A; mcman110@d.umn.edu; McMann, Natalie; Savage research team
    These data were collected for a project examining floral water loss and floral hydration in woody plants that flower before they produce leaves. Gas exchange and stem hydraulic conductance were measured on at least six individuals of five woody species. These data were used to compare floral and leaf water loss and to evaluate whether floral water loss was limited by stem hydraulic conductance.
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    Floral gas exchange data observed from cut and intact inflorescences and during a heating experiment in 2018 on woody plants growing in Duluth, MN
    (2021-09-21) McMann, Natalie; Peichel, Alexander; Savage, Jessica A; mcman110@d.umn.edu; McMann, Natalie; Savage research team
    These data were collected for a project examining floral water loss and floral hydration in woody plants that flower before they produce leaves. Gas exchange was measured from inflorescences during two experiments: a) the comparison of cut inflorescences to inflorescences still on the plant (intact) and b) the observation of inflorescence response to increased heat.
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    Plant phenology and floral anatomy data observed from 2017 to 2020 on woody plants growing in Minnesota
    (2021-09-21) McMann, Natalie; Peichel, Alexander; Savage, Jessica A; mcman110@d.umn.edu; McMann, Natalie; Savage research team
    These data were collected for a project examining floral water loss and floral hydration in woody plants that flower before producing leaves. Floral phenology, bud mass, and surface area data was collected from at least 6 individuals of five species. Phenology and mass data were used to determine water uptake throughout bud development. Surface area data was used to standardize gas exchange measurements in a related dataset.