Institute of Microbiology ASCR / University of Gothenburg / Lund University / Kazimierz Wielki University / University of Aberdeen / Plant Soil / University of Bayreuth / University of Lisbon / Sweden D. L. Godbold Institute of Forest Ecology / University of Copenhagen / stable N / Biological Institute / Örebro University / UK P. Baldrian Laboratory of Environmental Microbiology / France B. Kieliszewska-Rokicka Institute of Environmental Biology / Kraigher Slovenian Forestry Institute / Portugal D. Johnson Institute of Biological / Ecology Building / Cruickshank Building / /
IndustryTerm
mycorrhizal mycelial systems / chemical and biological properties / less productive site / ammonium nitrate solution / sylvestris site / productive site / mycelial networks / /
NaturalFeature
Boreal forest / /
Organization
UK P. Baldrian Laboratory of Environmental Microbiology / University of Aberdeen / Institute of Microbiology ASCR / H. Wallander Department of Biology / Czech Republic R. G. Björk Department of Earth Sciences / University of Gothenburg / France B. Kieliszewska-Rokicka Institute of Environmental Biology / Universität für Bodenkultur / University of Lisbon / Lisbon / Biological Institute / United Nations / University of Bayreuth / Sweden D. L. Godbold Institute of Forest Ecology / Örebro University / Portugal D. Johnson Institute of Biological and Environmental Sciences / Kazimierz Wielki University / University of Copenhagen / Slovenian Forestry Institute / Lund University / R. G. Björk School of Science & Technology / /
Person
Taylor / Sandy Dystric / Picea / Sandy Podsol Podsol / Alexander / Allen / Hans Frisch Str / Vargas / Philippe Hinsinger / /
Position
Responsible Editor / Author / Major / /
ProvinceOrState
Bavaria / Alabama / North Carolina / Georgia / /
Region
Scandinavia / southern Scandinavia / southern Sweden / /
Plant Soil[removed]:1–27 DOI[removed]s11104[removed]MARSCHNER REVIEW The production and turnover of extramatrical mycelium