Map of sample locations for the A) Great Lakes and B) Mid-Atlantic regions.

Map of sample locations for the A) Great Lakes and B) Mid-Atlantic regions.

<p>Inset map locations are zoomed in from the areas depicted in the contiguous US base map in the lower left of panel A. Base maps are created using the <i>rnaturalearth</i> R package ne_states() function.</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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