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Multitrophic energy dynamics (energy-use efficiency, energy flow, and energy storage) in the Jena Experiment (Main Experiment)

Fuente: PANGAEA

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Bibliographic Details
Main Authors:	Buzhdygan, Oksana Y, Meyer, Sebastian Tobias, Weisser, Wolfgang W, Eisenhauer, Nico, Ebeling, Anne, Borrett, Stuart R, Buchmann, Nina, Cortois, Roeland, De Deyn, Gerlinde B, de Kroon, Hans, Gleixner, Gerd, Hertzog, Lionel R, Hines, Jes, Lange, Markus, Mommer, Liesje, Ravenek, Janneke, Scherber, Christoph, Scherer-Lorenzen, Michael, Scheu, Stefan, Schmid, Bernhard, Steinauer, Katja, Strecker, Tanja, Tietjen, Britta, Vogel, Anja, Weigelt, Alexandra, Petermann, Jana S
Format:	Dataset Open Access
Language:	en
Published:	PANGAEA 2020
Subjects:	Aboveground, flux, carnivore to aboveground litter, dry mass; Aboveground, flux, decomposer to aboveground litter, dry mass; Aboveground, flux, decomposer to carnivore, dry mass; Aboveground, flux, decomposer to omnivore, dry mass; Aboveground, flux, herbivore to aboveground litter, dry mass; Aboveground, flux, herbivore to carnivore, dry mass; Aboveground, flux, herbivore to omnivore, dry mass; Aboveground, flux, litter to decomposer, dry mass; Aboveground, flux, litter to omnivore, dry mass; Aboveground, flux, omnivore to aboveground litter, dry mass; Aboveground, flux, plant to aboveground herbivore, dry mass; Aboveground, flux, plant to aboveground litter, dry mass; Aboveground, flux, plant to aboveground omnivore, dry mass; AE; Allometric equations; Belowground, flux, carnivore to soil organic matter, dry mass; Belowground, flux, decomposer to carnivore, dry mass; Belowground, flux, decomposer to omnivore, dry mass; Belowground, flux, decomposer to soil organic matter, dry mass; Belowground, flux, herbivore to carnivore, dry mass; Belowground, flux, herbivore to omnivore, dry mass; Belowground, flux, herbivore to soil organic matter, dry mass; Belowground, flux, omnivore to soil organic matter, dry mass; Belowground, flux, plant to belowground herbivore, dry mass; Belowground, flux, plant to belowground omnivore, dry mass; Belowground, flux, plant to soil organic matter, dry mass; Belowground, flux, soil microorganism to belowground omnivore, dry mass; Belowground, flux, soil microorganism to soil organic matter, dry mass; Belowground, flux, soil organic matter to belowground decomposer, dry mass; Belowground, flux, soil organic matter to belowground omnivore, dry mass; Belowground, flux, soil organic matter to soil microorganism, dry mass; Biodiversity; Biomass; Biomass, aboveground, carnivore, dry mass; Biomass, aboveground, decomposer, dry mass; Biomass, aboveground, herbivore, dry mass; Biomass, aboveground, omnivore, dry mass; Biomass, belowground, carnivore, dry mass; Biomass, belowground, decomposer, dry mass; Biomass, belowground, herbivore, dry mass; Biomass, belowground, omnivore, dry mass; Biomass, plant, dry mass; Biomass of aboveground litter, dry mass; Biomass of soil microorganism, dry mass; Biomass of soil organic matter, dry mass; Carbon uptake by plant; EM; Empirically measured; energay flow; Energy budget; energy storage; energy-use efficiency; EXP; Experiment; Flux, aboveground litter to soil organic matter, dry mass; grassland; Jena_Experiment; Jena Experiment; JenExp; Literature based; Mass-balancing; Modelled, Ecological Network Analysis; Modelled - ENA; Plot; Respiration, flux, aboveground, carnivore, dry mass; Respiration, flux, aboveground, decomposer, dry mass; Respiration, flux, aboveground, herbivore, dry mass; Respiration, flux, aboveground, omnivore, dry mass; Respiration, flux, belowground, carnivore, dry mass; Respiration, flux, belowground, decomposer, dry mass; Respiration, flux, belowground, herbivore, dry mass; Respiration, flux, belowground, omnivore, dry mass; Respiration, flux, plant, dry mass; Respiration, flux, soil microorganism, dry mass; The Jena Experiment; Thuringia, Germany; Total network, biomass, dry mass; Total network, community maintenance costs per day; Total network, energy flow, dry mass; Total network, energy flow uniformity
Online Access:	Acceder al recurso
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Internet

https://doi.org/10.1594/PANGAEA.910659