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Changes in latitude and dominant diazotrophic community alter N2-fixation
E.J. Raes
, A.M. Waite
, A.S. McInnes
,
H. Olsen
, H.M. Nguyen
, N. Hardman-Mountford
, P.A. Thompson
Havstovan - Faroe Marine Research Institute
Research output
:
Contribution to journal
›
Article
›
peer-review
27
Citations (Scopus)
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Keyphrases
Dissolved Inorganic Nitrogen
100%
Nitrogen Concentration
100%
N2 Fixation
100%
Diazotrophic Community
100%
Zooplankton
75%
Low Latitude
50%
Timor
50%
Nitrogen Fixation Rate
50%
Trichodesmium
50%
High Latitude
25%
Microbial Community
25%
Microbial Community Structure
25%
Water Masses
25%
Western Australia
25%
Warm Water
25%
Subtropical Water
25%
Advection
25%
Increased Temperature
25%
Temperature-salinity
25%
Nanoflagellates
25%
Microplankton
25%
Biogeochemistry
25%
Upwelling
25%
Automated Ribosomal Intergenic Spacer Analysis (ARISA)
25%
N Budget
25%
Zeaxanthin
25%
Phosphate Concentration
25%
Shelf Break
25%
High-to-Low
25%
Eastern Indian Ocean
25%
Fixation Rate
25%
Isotope Analysis
25%
Pigment Composition
25%
Ammonium Ion
25%
Dissolved Inorganic nutrients
25%
Dissolved Inorganic Phosphate
25%
Diagnostic pigments
25%
Diazotrophs
25%
Timor Sea
25%
Fixed Nitrogen
25%
Phytoplankton pigments
25%
Earth and Planetary Sciences
Dissolved Inorganic Nitrogen
100%
Zooplankton
75%
Microbial Community
50%
Tropics
50%
Nitrogen Fixation
50%
Water Mass
25%
Salinity
25%
Western Australia
25%
Warm Water
25%
Advection
25%
Shelf Break
25%
Microplankton
25%
Eastern Indian Ocean
25%
Phytoplankton
25%
Biogeochemistry
25%
Agricultural and Biological Sciences
Zooplankton
100%
Microbial Community
66%
Photosynthetic Pigment
66%
Trichodesmium
66%
Nitrogen Assimilation
66%
Nitrogen Fixation
66%
Phytoplankton
33%
Biogeochemistry
33%
Zeaxanthin
33%
Intergenic Region
33%