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Basal thermal regime affects the biogeochemistry of subglacial systems
Ashley Dubnick
, Martin Sharp
, Brad Danielson
, Alireza Saidi-Mehrabad
,
Joel Barker
Earth and Environmental Sciences-Twin Cities
Research output
:
Contribution to journal
›
Article
›
peer-review
9
Scopus citations
Overview
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Keyphrases
Biogeochemistry
100%
Microbes
100%
Subglacial
100%
Basal Thermal Regime
100%
Solute
75%
Glacier
75%
Basal Ice
75%
Glacier Ice
75%
Fluorescent Materials
50%
Humic-like
50%
Polythermal Glacier
50%
Cold-based Glacier
50%
Dissolved Organic Matter
25%
In Situ
25%
High Concentration
25%
Dissolved Phosphorus
25%
Reduced Nitrogen
25%
Ecological Constraints
25%
Freshwater Ecosystems
25%
Marine Ecosystems
25%
Dominant Controls
25%
Major Ions
25%
Phosphorus-nitrogen
25%
Meteoric Origin
25%
Glacier Beds
25%
Glacier Foreland
25%
Subglacial Environment
25%
Dissolved Components
25%
Glacier Systems
25%
Subglacial Biogeochemistry
25%
Marine Glacier
25%
Earth and Planetary Sciences
Thermal Regime
100%
Basal Ice
100%
Biogeochemistry
100%
Subglacial Environment
33%
Organic Matter
33%
Aquatic Environment
33%