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TZUNTIL:20221030T010000Z
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DTSTART:20201025T030000
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RDATE:20211031T030000
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UID:www.hydro.uni-bayreuth.de-bayceer-t159195id
DTSTAMP:20260813T073550Z
DESCRIPTION:To enhance the understanding of dominant hydrological and bioge
 ochemical processes of runoff and dissolved organic carbon (DOC) export fr
 om a small mountainous catchment\, a coupled hydrology-biogeochemistry mod
 el was developed and tested. DOC is a critical water quality parameter wit
 h far reaching effects on ecosystem functioning and on the availability of
  high quality drinking water. Processes in the riparian zone (RZ) play a c
 entral role in the mobilization and export of DOC\, however the controls a
 nd dynamics of these processes are not well understood. Based on a data an
 alysis approach\, a lumped storage model was designed and coupled to a bio
 geochemical routine\, which allowed to use DOC as a tracer. Based on high 
 frequency data\, the simple\, parsimonious model revealed the importance o
 f the non-linear runoff response for the activation of DOC source zones in
  the upper\, organic rich soil layers of the riparian zone. Simulations of
  runoff and DOC loads over a three year period were satisfactory and event
 -scale\, as well as seasonal-scale processes were adequately represented. 
 In conclusion\, the coupled hydrology-biogeochemistry model\, being intern
 ally constrained by utilizing DOC as a tracer\, could provide essential in
 sight into the dominant controls and dynamics of runoff and DOC export.
DTSTART;TZID=Europe/Berlin:20210208T090000
DTEND;TZID=Europe/Berlin:20210208T100000
LOCATION:ZOOM
SUMMARY:Sven FreiLinus Schauer: Modelling stream flow and dissolved organic
  carbon export from a small catchment in the Harz mountains
TRANSP:TRANSPARENT
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