Data for: Historiska floraböcker speglar förändringar i blomningens fenologi till följd av varmare klimat
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Date
2021-07-06T17:19:48.037738Z
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Sveriges lantbruksuniversitet, Institutionen för ekologi
Swedish University of Agricultural Sciences, Department of Ecology
Swedish University of Agricultural Sciences, Department of Ecology
Abstract
Description
Blomningstider för 241 vanliga svenska växtarter, varav 199 utvaldes slumpmässigt och 42 har svenska eller vetenskapliga namn som är relaterat till blomningstider, alternativt finns med i medborgarforskningsprojektet Naturens kalender. Blomningstider har tagits ifrån 11 svenska eller nordiska floraböcker publicerade mellan 1798 och 2018 för att studera om förändringar i fenologi kan mätas med sådana historiska datakällor.
The data set contains months of flowering from 11 guides to the Swedish flora published over a period of 220 years (1798-2018), focussing on 241 plant species (approximately 8% of the Swedish flora). These species were a combination of randomly-selected common and widespread species (n=199) and species for which the species’ Swedish or binomial scientific name indicates that it is related to flowering phenology, or are species for which the public is encouraged to report data for the Swedish phenology network (n=42). These data were used to test whether broad changes in flowering phenology (start, cessation and length) over time and in response to climate warming were detectable from these historical sources.
The data set contains months of flowering from 11 guides to the Swedish flora published over a period of 220 years (1798-2018), focussing on 241 plant species (approximately 8% of the Swedish flora). These species were a combination of randomly-selected common and widespread species (n=199) and species for which the species’ Swedish or binomial scientific name indicates that it is related to flowering phenology, or are species for which the public is encouraged to report data for the Swedish phenology network (n=42). These data were used to test whether broad changes in flowering phenology (start, cessation and length) over time and in response to climate warming were detectable from these historical sources.
Keywords
biologi, klimatologi, meteorologi, phenology, flowering date, climate change impact, ecosystem parameter, biological parameter, biology, climate change, parameter, natural science, climatology, research topic, meteorology, research focus