Hvis du har foretaget ændringer i Pure, vil de snart blive vist her.

Fingeraftryk Fingeraftryk er baseret på at ekstrahere emner fra personens forskningsdokumenter for at oprette et indeks af vægtede udtryk, som definerer de enkelte forskeres hovedemner.

Geo- og miljøvidenskab

oxidation
denitrification
nitrogen
ammonium
oxygen
nitrate
sulfate
sulfur cycle
sediment
nitrite
iron
bacterium
sulfur
continental margin
incubation
lake
organic carbon
sulfide
upwelling
methane
ocean
marine environment
acetate
isotope
nitrogen cycle
fractionation
rate
water column
Archean
partitioning
carbon
electron
metabolism
diatom
zooplankton
bottom water
coastal sediment
meromictic lake
substrate
nitrification
dissolved inorganic carbon
water
microbial mat
ecosystem
nutrient dynamics
mineralization
corrosion
inorganic carbon
typhoon
Proterozoic

Landbrug og biologi

denitrification
nitrogen
oxidation
oxygen
sediments
carbon
Costa Rica
sulfur
sulfates
isotope fractionation
basins
nitrate reduction
water
Bacillariophyceae
bacteria
methane
methanogens
nitrites
Methanosarcina
nitrates
electrons
Archaeoglobus
Chile
oceans
methane production
Trichodesmium
iron
sulfides
lakes
lacustrine sediments
microbial communities
enrichment culture
Lake Michigan
bacterioplankton
North Sea
water distribution
autotrophs
Sporomusa
African Americans
Great Lakes
anaerobic ammonium oxidation
transcriptomics
Baltic Sea
bacterial communities
marine environment
mineralization
metabolism
lactates
zooplankton
Mexico

Medicin og biovidenskab

Ammonium Compounds
Nitrogen
Oxygen
Costa Rica
Isotopes
Fresh Water
Iron
Lakes
Archaeoglobus fulgidus
Geobacter
Chile
Ammonia
Electrons
Mexico
Geologic Sediments
Planctomycetales
RNA
Lactic Acid
Ecosystem
hydrazine
Zooplankton
Lighting
hydroxylamine dehydrogenase
Recycling
DNA
Growth