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Fine-root biomass in four forested site types under undrained and drained con...
Peat cores were taken in late August, 2016, with a box-shaped 65 mm x 37 mm peat corer, except in the wet TP site where a 60 mm x 60 mm corer was used. Roots were manually... -
Vegetation coverage from four boreal forested peatland site in Finland
Ground vegetation cover analysis was done in summer 2018. Tree seedlings with a height less than 1.3 m were included. -
Rooting characteristics and their drivers for important vegetation communitie...
The data collection contains 171 root samples, where the root mass, the root length and the root depth are given. Furthermore, the database contains the main environmental... -
Fine-root biomass, fine-root production and environmental variables in four f...
We estimated fine-root biomass (FRB) and production (FRP) and their depth distribution and plant functional type (PFT) composition in four forested boreal peatland site types... -
Soil temperature in four forested site types under undrained and drained cond...
Dataloggers: T: i-Button DS1921G, Maxim Integrated Products. Cumulative soil temperature sums were calculated from daily mean temperatures, using 5 °C as the threshold... -
Soil properties in four forested site types under undrained and drained condi...
Peat cores were taken in late August, 2016, with a box-shaped 65 mm x 37 mm peat corer, except in the wet TP site where a 60 mm x 60 mm corer was used. One core per plot = three... -
Soil water-table level in four forested site types under undrained and draine...
Measurements between November 2015 - November 2017. Dataloggers: WTL: Odyssey Capacitance Water Level Logger, Dataflow Systems Limited. Year of drainage for the drained sites:... -
Fine-root production in four forested site types under undrained and drained ...
Ingrowth cores were used according to Bhuiyan et al. (2017), and incubated for two years from November 2015 to November 2017. Roots were manually separated and identified to... -
Global Rooting Depth Datasets
This collection contains two global datasets of plant available water from the publication Kleidon (2004).