Discharge measured at the main inlet (KB300, blue line) and outlet (KB100, red) of the Kampoosa Bog drainage basin.

Discharge measured at the main inlet (KB300, blue line) and outlet (KB100, red) of the Kampoosa Bog drainage basin.

<p>The grey dots indicate events when discharge is higher at the inlet during the dry months (June—Oct) during which Kampoosa Brook becomes a losing stream and recharges the fen region and groundwater.</p> <p>(TIF)</p>

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Bibliographic Details
Main Author:	Wayne Ndlovu (19995708) (author)
Other Authors:	Andrew J. Guswa (19995711) (author), Amy L. Rhodes (2957745) (author)
Published:	2024
Subjects:	Biophysics Cell Biology Physiology Biotechnology Ecology Immunology Inorganic Chemistry Science Policy Infectious Diseases Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified typha angustifolia /</ route 7 ). experiencing lower plant animal species diversity 2012 – 2020 2012 – 2017 salt contaminated areas salt application data wetland region due wetland percent cover percent wetland cover yet reached steady groundwater chloride concentration salt application rates road salt poses div >< p state chloride concentrations chloride retention rate net chloride accumulation estimate chloride accumulation without major modifications major watershed increased promote water accumulation kampoosa bog subwatersheds road salt kampoosa bog chloride steady chloride retention chloride concentrations chloride accumulation wetland size major highways water resources potentially promote outflux rates chloride outfluxes chloride outflux salting practices primarily driven phragmites </ kb150 subwatershed kb100 subwatershed invasives (< high precipitation glauca </ gentle slopes also investigate 479000 kg 363000 kg 339000 kg 2018 resulted 188000 kg
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