Seinäjoki University of Applied Sciences / University of Helsinki / /
IndustryTerm
energy assessment calculations / spruce stump-root systems / supply chain / indirect energy / work chain / energy input / calculations energy analyses / energy input data / energy contents / agricultural machinery / manufacturing energy / energy ratios / machinery / forest stump-root systems / low indirect energy input / tractor manufacturing / energy yields / transportation distance / truck transportation / peatland forest site / net energy yields / energy inputs / stump-root systems / energy content / energy / fuel-based direct energy / output energy / low energy density / net energy / machine manufacturing / direct and indirect energy / Wood energy technology programme / comparative energy analyses / forest energy production / stump-root system supply chain / work site / i.e. energy ratio / photograph processing / forest energy terminals / forest chips / forest energy procurement / wood-based energy / energy ratio / direct energy / energy analyses / indirect energy input / forest energy / manufacturing / energy assessment / direct energy assessment / direct energy input / procurement technology / forest work site / /
NaturalFeature
Finland forest / /
Organization
Seinäjoki University of Applied Sciences / Faculty of Agriculture and Forestry / School of Food and Agriculture / University of Helsinki / European Union / /
Person
John Pearce / Silva Fennica / Hannu J. Mikkola / /
AgronomyResearch_vol_13_number_2.pdf