Table displaying the number of shared and unique molecular formula by region, water type, and water type within each region.

Table displaying the number of shared and unique molecular formula by region, water type, and water type within each region.

<p>Table displaying the number of shared and unique molecular formula by region, water type, and water type within each region.</p>

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Bibliographic Details
Main Author: Jesse Alan Roebuck Jr. (22582362) (author)
Other Authors: Allison N. Myers-Pigg (11034852) (author), Peter Regier (9259406) (author), Nicholas D. Ward (1967944) (author), Matthew J. Cooper (17646714) (author), Kenneth M. Kemner (34706) (author), Amy M. Marcarelli (2906798) (author), Elizabeth C. Minor (2256001) (author), Michael Philben (22582365) (author), Bongkeun Song (345775) (author), Rodrigo Vargas (731512) (author), Jianqiu Zheng (1654498) (author)
Published: 2025
Subjects:
Ecology
Immunology
Marine Biology
Inorganic Chemistry
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
making scalable predictions
identify transferable trends
g ., nitrogen
earth system models
distinguished water sources
47 locations within
surface water types
optically active dom
heteroatom containing dom
small tidal streams
observed strong linkages
lacestuarine environments compared
nearshore estuarine waters
coastal biogeochemical processes
tidal streams
surface waters
nearshore estuarine
lacestuarine environments
coastal environments
biogeochemical cycling
coastal systems
dom also
terrestrial signatures
study focused
poorly understood
notably lower
molecular scale
many studies
limited representation
indicate potential
important implications
important component
highlighted transformations
high productivity
estuary transects
emission fluorescence
community members
broad similarity
better understanding
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