Data from: Short-term climate change manipulation effects do not scale up to long-term legacies: effects of an absent snow cover on boreal forest plants

Blume-Werry G, Kreyling J, Laudon H, Milbau A

Date Published: July 16, 2016

DOI: http://dx.doi.org/10.5061/dryad.t3g68

 

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Title damage
Downloaded 10 times
Description damage.csv - measured on one occasion - 'plot' shows plot number - 'treatment' shows treatment, 'contr' = control, 'new' = short-term manipulation (1 yr), 'old' = long-term manipulation (11 yrs) - 'species' shows species, 'myrt'=Vaccinium myrtillus, 'vitis'=Vaccinium vitis-idaea - 'individual' damage is measured on 5 individuals per plot (the same as shoot elongation), averaged per plot for statistical analysis - 'damage.percent' shows visible frost damage in % of tissues of individual affected
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Title elongation
Downloaded 7 times
Description elongation.csv - 'Plot_nr' shows plot number - 'Plot' shows treatment, 'contr' = control, 'new' = short-term manipulation (1 yr), 'old' = long-term manipulation (11 yrs) - 'individual' shoot elongation (growth) is measured on 5 individuals per plot , averaged per plot for statistical analysis - 'replicate' for Vaccinium myrtillus, elongation of several shoots per individual, averaged per individual for statistical analysis - 'growth[mm]' shoot growth in mm
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Title phenology
Downloaded 4 times
Description phenology.csv - 'date'shows the different days, 1= 18th May, 2= 26th May, 3= 1st June, 4= 8th June - 'plot' shows plot number - 'treatment' shows treatment, 'contr' = control, 'new' = short-term manipulation (1 yr), 'old' = long-term manipulation (11 yrs) - 'species' shows species, 'myrt'=Vaccinium myrtillus, 'vitis'=Vaccinium vitis-idaea - bbch.leaf refers to the categories of leaf of the BBCH scale, bbch.flower to flower stages (not included in analysis as this was a year of particulalry few flowers) - we focused in our analysis on when species earliest reached at least 2 steps: 7 (bud burst) and 10 (leaf unfolded), as those were the most clear ones
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Title root length and growth
Downloaded 4 times
Description root length and growth.csv - 'plotnr' shows plot number - 'manip' 1=control, 2=short-term manipulation, 3=long-term manipulation - 'length' is root length at sampling occasion (average out of 3 minirhizotron tubes per plot) - 'growth' is root growth from that sampling occasion to the next (average out of 3 minirhizotron tubes per plot; NA for last sampling, as the growth is always the change between two dates) - 'sampling' sampling occasion - 'doy' day of year of sampling occasion
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Title root_biomass
Downloaded 4 times
Description root_biomass.csv - 'plot' is plot number - 'treatment' shows treatment, 'contr' = control, 'new' = short-term manipulation (1 yr), 'old' = long-term manipulation (11 yrs) - 'depth' (shallow=0-20 cm depth, deep=20-40 cm depth) - 'diameter' root diameter (1= <1 mm, 2= 1-2 mm), summed up for analysis - 'biomass' in g per sample (3 samples pooled of each plot, 20 cm depth, 4 cm diameter of corer) - 'mg_cm3' is biomass converted to mg/cm3
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Title Root_length_depth_classes
Downloaded 4 times
Description Root_length_depth_classes.csv - 'plotnr' shows plot number - 'manip' 1=control, 2=short-term manipulation, 3=long-term manipulation - 'Window' shows depth class: shallow (0-20 cm depth), medium (20-40 cm depth) and deep (deeper than 40 cm) - 'manip' 1=control, 2=short-term manipulation, 3=long-term manipulation - 'length' is per plot summed up length in a certain depth - 'growth' is per plot summed up length in a certain depth - 'sampling' sampling occasion - 'doy' day of year of sampling occasion
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Title species_cover
Downloaded 6 times
Description species_cover.csv - 'Plot_nr' shows plot number - 'treatment' 'control' = control, 'new_roof' = short-term manipulation (1 yr), 'old_roof' = long-term manipulation (11 yrs) , 'gradient' is not part of this study - 'species' - 'type'= plant functional type - columns from 1-100 show each inividual pin, 'total' shows total number of hits
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When using this data, please cite the original publication:

Blume-Werry G, Kreyling J, Laudon H, Milbau A (2016) Short-term climate change manipulation effects do not scale up to long-term legacies: effects of an absent snow cover on boreal forest plants. Journal of Ecology 104(6): 1638–1648. http://dx.doi.org/10.1111/1365-2745.12636

Additionally, please cite the Dryad data package:

Blume-Werry G, Kreyling J, Laudon H, Milbau A (2016) Data from: Short-term climate change manipulation effects do not scale up to long-term legacies: effects of an absent snow cover on boreal forest plants. Dryad Digital Repository. http://dx.doi.org/10.5061/dryad.t3g68
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