Appendix D. Microbial immobilization of 15 amino acids during decomposition of four beech litter types (Achenkirch, Klausenleopoldsdorf, Ossiach, Schottenwald) varying in elemental and stoichiometric quality.

Name: Appendix D. Microbial immobilization of 15 amino acids during decomposition of four beech litter types (Achenkirch, Klausenleopoldsdorf, Ossiach, Schottenwald) varying in elemental and stoichiometric quality.
Published: 2016-08-09T11:58:29Z
Keywords: ecological stoichiometry, protease, litter decomposition, nutrient cycling, Austria, isotope pool dilution, phosphatase, nitrogen, Fagus sylvatica, phosphorus, Environmental Science, Ecology

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Appendix D. Microbial immobilization of 15 amino acids during decomposition of four beech litter types (Achenkirch, Klausenleopoldsdorf, Ossiach, Schottenwald) varying in elemental and stoichiometric quality.

2016-08-09T11:58:29Z (GMT) by Maria Mooshammer Wolfgang Wanek Jörg Schnecker Birgit Wild Sonja Leitner Florian Hofhansl Andreas Blöchl Ieda Hämmerle Alexander H. Frank Lucia Fuchslueger Katharina M. Keiblinger Sophie Zechmeister-Boltenstern Andreas Richter

Microbial immobilization of 15 amino acids during decomposition of four beech litter types (Achenkirch, Klausenleopoldsdorf, Ossiach, Schottenwald) varying in elemental and stoichiometric quality.

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ecological stoichiometry protease litter decomposition nutrient cycling Austria isotope pool dilution phosphatase nitrogen Fagus sylvatica phosphorus

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