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MyroldDavidCropSoilScienceEcologicalConsequencesExpansion_FiguresS1-S2.pdf

Creator:

Hiltbrunner, Erika, Aerts, Rien, Bühlmann, Tobias, Myrold, David D., and et al.

Abstract:

Research in warm-climate biomes has shown that invasion by symbiotic dinitrogen (N₂)-fixing plants can transform ecosystems in ways analogous to the transformations observed as a consequence of anthropogenic, atmospheric nitrogen (N) deposition: declines in biodiversity, soil acidification, and alterations to carbon and nutrient cycling, including increased N losses through nitrate...
MyroldDavidCropSoilScienceEcologicalConsequencesExpansion.pdf

Creator:

Hiltbrunner, Erika, Aerts, Rien, Bühlmann, Tobias, Myrold, David D., and et al.

Abstract:

Research in warm-climate biomes has shown that invasion by symbiotic dinitrogen (N₂)-fixing plants can transform ecosystems in ways analogous to the transformations observed as a consequence of anthropogenic, atmospheric nitrogen (N) deposition: declines in biodiversity, soil acidification, and alterations to carbon and nutrient cycling, including increased N losses through nitrate...
Ecological consequences of the expansion of N₂‑fixing plants in cold biomes

Creator:

Hiltbrunner, Erika, Aerts, Rien, Bühlmann, Tobias, Huss-Danell, Kerstin, Magnusson, Borgthor, Myrold, David D., Reed, Sasha C., Sigurdsson, Bjarni D., and Körner, Christian

Abstract:

Research in warm-climate biomes has shown that invasion by symbiotic dinitrogen (N₂)-fixing plants can transform ecosystems in ways analogous to the transformations observed as a consequence of anthropogenic, atmospheric nitrogen (N) deposition: declines in biodiversity, soil acidification, and alterations to carbon and nutrient cycling, including increased N losses through nitrate...

Resource Type:

Article