A coupled hydrology-biogeochemistry model to simulate dissolved organic carbon exports from a permafrost influenced catchment

Abdalla; Balcarczyk; Beven; Beven; Beven; Birkel; Bishop; Boyer; Carey; Carey; Carey; Carey; Cole; Cory; Criss; Dick; Dornes; Dye; Eddelbuettel; Eddelbuettel; Finlay; Frey; Futter; Gray; Guo; Guo; Guo; Gupta; Hamilton; Hamilton; Holmes; Holmes; Hottelet; Hugelius; Jutras; Kawahigashi; Kicklighter; Koch; Konz; Krause; Laudon; Lenton; Lewkowicz; Lindström; Lyon; Mann; McCartney; McClelland; McGuire; McNamara; Michalzik; Neff; O'Donnell; Oelke; Petrone; Prokushkin; Quinton; Quinton; Quinton; Raymond; Schoups; Schuur; Smith; Smith; Striegl; Tank; Tetzlaff; Thornthwaite; Tjoelker; Van Griensven; Wickland; Zambrano-Bigiarini; Zou

research

A coupled hydrology-biogeochemistry model to simulate dissolved organic carbon exports from a permafrost influenced catchment

Authors: Abdalla
Balcarczyk
Beven
Beven
Beven
Birkel
Bishop
Boyer
Carey
Carey
Carey
Carey
Cole
Cory
Criss
Dick
Dornes
Dye
Eddelbuettel
Eddelbuettel
Finlay
Frey
Futter
Gray
Guo
Guo
Guo
Gupta
Hamilton
Hamilton
Holmes
Holmes
Hottelet
Hugelius
Jutras
Kawahigashi
Kicklighter
Koch
Konz
Krause
Laudon
Lenton
Lewkowicz
Lindström
Lyon
Mann
McCartney
McClelland
McGuire
McNamara
Michalzik
Neff
O'Donnell
Oelke
Petrone
Prokushkin
Quinton
Quinton
Quinton
Raymond
Schoups
Schuur
Smith
Smith
Striegl
Tank
Tetzlaff
Thornthwaite
Tjoelker
Van Griensven
Wickland
Zambrano-Bigiarini
Zou
Publication date: 5 June 2015
Publisher: 'Wiley'
Doi

Abstract

Funded by Natural Environment Research Council. Grant Number: NE/K000268/1 Natural Sciences and Engineering Research Council of CanadaPeer reviewedPublisher PD

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info:doi/10.1002%2Fhyp.10566

Last time updated on 05/06/2019