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Enzyme activity from the Tibetan Plateau

Fuente: PANGAEA
Enregistré dans:
Détails bibliographiques
Auteurs principaux: Breidenbach, Andreas, Schleuß, Per-Marten, Schneider, Dominik, Liu, Shibin, de la Haye, Tilman, Dippold, Michaela Anna, Miehe, Georg, Heitkamp, Felix, Seeber, Elke, Mason-Jones, Kyle, Xu, Xingliang, Huanming, Yang, Xu, Jianchu, Dorji, Tsechoe, Gube, Matthias, Norf, Helge, Meier, Jutta, Guggenberger, Georg, Kuzyakov, Yakov, Spielvogel, Sandra
Format: Dataset Open Access
Langue:en
Publié: PANGAEA 2020
Sujets:
Abundance estimate; Alkaline Phophatase activity in p-nitrophenol, per unit soil mass; beta-Glucosidase activity in mass saligenin per soil dry mass; carbon loss; DATE/TIME; degradation; DEPTH, soil; Depth, soil, maximum; Depth, soil, minimum; enzyme activity; erosion; Event label; KEMA_Tibet_Deg_S0_A; KEMA_Tibet_Deg_S0_B; KEMA_Tibet_Deg_S0_C; KEMA_Tibet_Deg_S0_D; KEMA_Tibet_Deg_S0_E; KEMA_Tibet_Deg_S1_A; KEMA_Tibet_Deg_S1_B; KEMA_Tibet_Deg_S1_C; KEMA_Tibet_Deg_S1_D; KEMA_Tibet_Deg_S1_E; KEMA_Tibet_Deg_S2_A; KEMA_Tibet_Deg_S2_B; KEMA_Tibet_Deg_S2_C; KEMA_Tibet_Deg_S2_D; KEMA_Tibet_Deg_S2_E; KEMA_Tibet_Deg_S3_A; KEMA_Tibet_Deg_S3_B; KEMA_Tibet_Deg_S3_C; KEMA_Tibet_Deg_S3_D; KEMA_Tibet_Deg_S3_E; KEMA_Tibet_Deg_S4_A; KEMA_Tibet_Deg_S4_B; KEMA_Tibet_Deg_S4_C; KEMA_Tibet_Deg_S4_D; KEMA_Tibet_Deg_S4_E; Latitude of event; Longitude of event; microbial community strcuture; nitrogen leaching; Phenoloxidase activity in DOPA, per unit soil mass; Replicate; Sample comment; Sample ID; SOC; Soil degradation stage; Tibetan Plateau; Urease activity in Ammonium, per unit soil mass; Xylanase activity in mass glucose per soil dry mass
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