Peat Bog

Photodegradation leads to increased carbon dioxide losses from terrestrial organic matter

Carbon Dioxide / Decomposition / Carbon Cycle / Global Change Biology / Biological Sciences / Global change / Environmental Sciences / Lead / Respiration / Vortex / Solar radiation / Photodegradation / Peatland / Organic Matter / Peat Bog / Global change / Environmental Sciences / Lead / Respiration / Vortex / Solar radiation / Photodegradation / Peatland / Organic Matter / Peat Bog

Atmospheric nitrogen deposition promotes carbon loss from peat bogs

Soil / Wetlands / Carbon Dioxide / Multidisciplinary / Global change / Phosphorus / Atmospheric deposition / Europe / Atmosphere / Nitrogen deposition / Nitrogen / Positive Feedback / Greenhouse Effect / Spectrum analysis / Dissolved Organic Carbon / Human Activity / Peat Bog / Enzymatic Activity / Phosphorus / Atmospheric deposition / Europe / Atmosphere / Nitrogen deposition / Nitrogen / Positive Feedback / Greenhouse Effect / Spectrum analysis / Dissolved Organic Carbon / Human Activity / Peat Bog / Enzymatic Activity

Atmospheric nitrogen deposition promotes carbon loss from peat bogs

Soil / Wetlands / Carbon Dioxide / Multidisciplinary / Global change / Phosphorus / Atmospheric deposition / Europe / Atmosphere / Nitrogen deposition / Nitrogen / Positive Feedback / Greenhouse Effect / Spectrum analysis / Dissolved Organic Carbon / Human Activity / Peat Bog / Enzymatic Activity / Phosphorus / Atmospheric deposition / Europe / Atmosphere / Nitrogen deposition / Nitrogen / Positive Feedback / Greenhouse Effect / Spectrum analysis / Dissolved Organic Carbon / Human Activity / Peat Bog / Enzymatic Activity

An Antarctic hypotrichous ciliate, Parasterkiella thompsoni (Foissner) nov. gen., nov. comb., recorded in Argentinean peat-bogs: Morphology, morphogenesis, and molecular phylogeny

Microbiology / Microscopy / Medical Microbiology / Argentina / Cell Division / Phylogeny / Cluster Analysis / Molecular phylogeny / Soil Microbiology / European / Tierra del Fuego / Ciliophora / Maximum Parsimony / New Genus / Peat Bog / Phylogeny / Cluster Analysis / Molecular phylogeny / Soil Microbiology / European / Tierra del Fuego / Ciliophora / Maximum Parsimony / New Genus / Peat Bog

Utricularia: a vegetarian carnivorous plant?

Plant Ecology / Plant Biology / Ecology / Carnivorous plant ecology / Limit Distribution / Peat Bog / Electric Conductivity / Peat Bog / Electric Conductivity

Reproductive differentiation in a Saxifraga hirculus population along an environmental gradient on a central Swedish mire

Reproduction / Ecology / Population Dynamics / Phenology / Gradient / Environmental Gradient / Ecography / Ecological Applications / Peat Bog / ENVIRONMENTAL SCIENCE AND MANAGEMENT / Environmental Gradient / Ecography / Ecological Applications / Peat Bog / ENVIRONMENTAL SCIENCE AND MANAGEMENT

Reproductive differentiation in a Saxifraga hirculus population along an environmental gradient on a Central Swedish mire

Reproduction / Ecology / Population Dynamics / Phenology / Gradient / Environmental Gradient / Ecography / Ecological Applications / Peat Bog / ENVIRONMENTAL SCIENCE AND MANAGEMENT / Environmental Gradient / Ecography / Ecological Applications / Peat Bog / ENVIRONMENTAL SCIENCE AND MANAGEMENT

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