Relationship of chlorophyll a and in vivo chlorophyll fluorescence in validation samples.

X-axis, IVChl in selected Chesapeake Bay samples measured on the Aquafluor (in rhodamine equivalents, RE, μg L-1) vs, y-axis, extracted Chl (μg L-1). Complete data set of all validation samples April 2022-October 2023 (n = 202 samples, averages...

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Bibliographic Details
Main Author:	Patrick Neale (19995978) (author)
Other Authors:	Shelby Brown (18211250) (author), Tara Sill (19995981) (author), Alison Cawood (12409675) (author), Maria Tzortziou (8274810) (author), Jieun Park (2560948) (author), Min-Sun Lee (698222) (author), Beth Paquette (19995984) (author)
Published:	2024
Subjects:	Ecology Inorganic Chemistry Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified standard analytical measures shoreline management efforts public database (< economically valuable nearshore analogous remote sensing monitor water quality synoptically sample tributaries participatory science methods inform bay stakeholders improve water quality easily measure chlorophyll div >< p 2 </ sup monitor long volunteers drop volunteer scientists vivo chlorophyll values ranging updates implemented trained volunteers tidal tributaries testing methods term trends smartphone app satellite overpasses repeat sampling photographer ’ org </ new version linear estimators induced reductions improve algorithms highly vulnerable held fluorometers gray card fixed sites estuarine habitats diagnose causes day processing chesapeake bay algal blooms
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Relationship of chlorophyll a and in vivo chlorophyll fluorescence in validation samples.

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