Sentence examples for below ground data from inspiring English sources

Previous life cycle assessments (LCA) of willow have relied upon limited below ground data to estimate C sequestration into root systems [8,22] and although a few more detailed data sets now exist [7,18] considerable investigation is still needed to recognise the potential for the capture of C into this important biomass pool, as well as the surrounding soil.

Below-ground data are from one tree per clone/planting type.

Geotechnical data integration has the potential to improve the BIM process since most projects do not take below-ground data into account.

Studies of the use of willows for bioenergy and for fodder (Kemp et al. [2001]; Sulaiman [2006]) have demonstrated rapid above-ground growth rates, but contain limited below-ground data.

Using these ANPP estimates for validation, a complete forest NPP (above- and below-ground) data set was generated from the forest process model PnET-II [23], initialized with high spectral resolution imagery from AVIRIS (Airborne Visible/Infrared Imaging Spectrometer) for foliar N estimation [9].

Using these ANPP estimates for validation, a complete forest NPP (above- and below-ground) data set was generated from the forest process model PnET-II [ 23], initialized with high spectral resolution imagery from AVIRIS (Airborne Visible/Infrared Imaging Spectrometer) for foliar N estimation [ 9].

Using the fine root data, alongside the below ground biomass data collected at the June 2013 destructive sampling the fraction of biomass allocated into the different below ground components was estimated (Fig. 6).

Above and below ground biomass data were analysed using a linear mixed effects model (lme) to test for differences between genotype, site and sampling date and any interactions therein.

Our data from the Harpenden site agree with the study by Rytter [15], which showed that the below ground biomass of willow increased with plant age, but overall allocation below ground fell.

After excavation the below ground biomass was separated into the below ground stool, above ground stool, coarse roots and fine roots.

Alternatively, some of the below ground growth could be reduced to increase above ground yield to meet growing energy demand.