Based on repeated surveys of the vascular plant flora in 120 hectar plots in the province of Scania, southern-most Sweden, and analyses based on species-specific traits and ecological indicator values, it is concluded that significant changes have taken place 2018–2020 but that they probably mostly reflect the effects of the extremely dry and hot summer of 2018. Species richness has increased significantly, both at the local and at the regional scale, and the flora has changed towards species with higher temperature demands and higher demands for light and management, but lower demands for water and nitrogen. Furthermore, short-lived species with ant-dispersed, rapidly germinating but long-persisting seeds and less dependent on insect polli...
Alpine ecosystems harbor remarkably diverse and distinct plant communities that are characteristical...
In the present study, the phenological and quantitative changes in the pollen seasons between 1973 a...
Global warming is expected to have large impacts on high alpine and Arctic ecosystems in the future....
Land-use changes, pollution and climate warming during the 20th century havecaused changes in biodiv...
Higher and denser vegetation have been recorded as a response to recent climate change in alpine reg...
Vascular plant observances were compiled for 10 well-documented parishes in Scania, southernmost Swe...
Based on data from three surveys of the vascular flora of the province of Scania, southernmost Swede...
Reports about changes of alpine plant species richness over the past 60 years in the Swedish Scandes...
Coniferous as spruce (more specifically Norway spruce, Picea abies) and deciduous species like Europ...
Alpine plants are assumed to be in particular danger as the climate changes rapidly worldwide. Speci...
Simple Summary There has been a widespread decline of many plants and animals driven at least partly...
In the light of the current climate change, it is important to recognize any phenological changes th...
This study highlights the expansion of butterflies and macromoths occurring in southern Sweden. Rece...
Changes in the vascular plant flora of Skåne after the latest published flora (Tyler et al. 2007) un...
Alpine ecosystems harbor remarkably diverse and distinct plant communities that are characteristical...
Alpine ecosystems harbor remarkably diverse and distinct plant communities that are characteristical...
In the present study, the phenological and quantitative changes in the pollen seasons between 1973 a...
Global warming is expected to have large impacts on high alpine and Arctic ecosystems in the future....
Land-use changes, pollution and climate warming during the 20th century havecaused changes in biodiv...
Higher and denser vegetation have been recorded as a response to recent climate change in alpine reg...
Vascular plant observances were compiled for 10 well-documented parishes in Scania, southernmost Swe...
Based on data from three surveys of the vascular flora of the province of Scania, southernmost Swede...
Reports about changes of alpine plant species richness over the past 60 years in the Swedish Scandes...
Coniferous as spruce (more specifically Norway spruce, Picea abies) and deciduous species like Europ...
Alpine plants are assumed to be in particular danger as the climate changes rapidly worldwide. Speci...
Simple Summary There has been a widespread decline of many plants and animals driven at least partly...
In the light of the current climate change, it is important to recognize any phenological changes th...
This study highlights the expansion of butterflies and macromoths occurring in southern Sweden. Rece...
Changes in the vascular plant flora of Skåne after the latest published flora (Tyler et al. 2007) un...
Alpine ecosystems harbor remarkably diverse and distinct plant communities that are characteristical...
Alpine ecosystems harbor remarkably diverse and distinct plant communities that are characteristical...
In the present study, the phenological and quantitative changes in the pollen seasons between 1973 a...
Global warming is expected to have large impacts on high alpine and Arctic ecosystems in the future....