Add to ORKGof iron (III) and humic substances plays a major role in anaerobic respiration in an Arctic peat soi
Exposure to oxygen and aerobic biological activity during drought periods alters the availability of...
Exposure to oxygen and aerobic biological activity during drought periods alters the availability of...
Carbon oxidation rates and pathways were determined in 3 sediments at latitude 79° to 81° N in the B...
Arctic peat soils contain vast reserves of organic C and are largely anaerobic. However, anaerobic r...
Bacteria and archaea have evolved the ability to respire using diverse compounds to produce energy. ...
Peatlands constitute >3% of the Earth’s terrestrial area but store approximately one third of global...
A metagenomic analysis was performed on a soil profile from a wet tundra site in northern Alaska. Th...
A metagenomic analysis was performed on a soil profile from a wet tundra site in northern Alaska. Th...
Terrestrial consumption of the potent greenhouse gas methane (CH4) is a critical aspect of the futur...
[1] Sulfur cycling in peatlands may affect global CH4 emissions by suppression of methanogenesis thr...
Temporal drying of upper soil layers of acidic methanogenic peatlands might divert the flow of reduc...
The main mineralization pathways were determined in permanently cold fjord sediment on the west coas...
Peatland soils represent globally significant stores of carbon, and understanding carbon cycling pat...
The availability of labile carbon (C) compounds in Arctic wetland soils is expected to increase due ...
The availability of labile carbon (C) compounds in Arctic wetland soils is expected to increase due ...
Exposure to oxygen and aerobic biological activity during drought periods alters the availability of...
Exposure to oxygen and aerobic biological activity during drought periods alters the availability of...
Carbon oxidation rates and pathways were determined in 3 sediments at latitude 79° to 81° N in the B...
Arctic peat soils contain vast reserves of organic C and are largely anaerobic. However, anaerobic r...
Bacteria and archaea have evolved the ability to respire using diverse compounds to produce energy. ...
Peatlands constitute >3% of the Earth’s terrestrial area but store approximately one third of global...
A metagenomic analysis was performed on a soil profile from a wet tundra site in northern Alaska. Th...
A metagenomic analysis was performed on a soil profile from a wet tundra site in northern Alaska. Th...
Terrestrial consumption of the potent greenhouse gas methane (CH4) is a critical aspect of the futur...
[1] Sulfur cycling in peatlands may affect global CH4 emissions by suppression of methanogenesis thr...
Temporal drying of upper soil layers of acidic methanogenic peatlands might divert the flow of reduc...
The main mineralization pathways were determined in permanently cold fjord sediment on the west coas...
Peatland soils represent globally significant stores of carbon, and understanding carbon cycling pat...
The availability of labile carbon (C) compounds in Arctic wetland soils is expected to increase due ...
The availability of labile carbon (C) compounds in Arctic wetland soils is expected to increase due ...
Exposure to oxygen and aerobic biological activity during drought periods alters the availability of...
Exposure to oxygen and aerobic biological activity during drought periods alters the availability of...
Carbon oxidation rates and pathways were determined in 3 sediments at latitude 79° to 81° N in the B...