2012
DOI: 10.1080/07438141.2012.741187
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Influence of habitat on the quantity and composition of leachable carbon in the O2 horizon: Potential implications for potable water treatment

Abstract: (2012) Influence of habitat on the quantity and composition of leachable carbon in the O2 horizon: Potential implications for potable water treatment, Lake and Reservoir Management, 28:4,[282][283][284][285][286][287][288][289][290][291][292]

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Cited by 17 publications
(19 citation statements)
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“…Previous work has highlighted both the vegetative source and climate controls on production affecting the ease of removal of DOC and the formation of DBPs (Gough et al, 2012;Reckhow et al, 2007;Ritson et al, 2014a;Tang et al, 2013). The present research sought to build on the work of Ritson et al (2016) by assessing the effect of oxygenation of peat and vegetation due to drought on peatland DOC flux and any interaction with projected changes in litter input.…”
Section: Introductionmentioning
confidence: 98%
“…Previous work has highlighted both the vegetative source and climate controls on production affecting the ease of removal of DOC and the formation of DBPs (Gough et al, 2012;Reckhow et al, 2007;Ritson et al, 2014a;Tang et al, 2013). The present research sought to build on the work of Ritson et al (2016) by assessing the effect of oxygenation of peat and vegetation due to drought on peatland DOC flux and any interaction with projected changes in litter input.…”
Section: Introductionmentioning
confidence: 98%
“…High DOC flux from forested catchments is partly due to high DOC loading as rainwater passes through above ground biomass (Kawasaki et al, 2005;Stevens et al, 1989) as well as the large source of leachable carbon in the litter layer (Hongve, 1999). However, DOC concentrations are also reported to vary significantly between different tree species (Gough et al, 2012). Our habitat categories did not account for this potential variation, which may explain the absence of any statistically significant correlations in this study.…”
Section: Doc and Colourmentioning
confidence: 62%
“…This is reported to result from the accumulation of organic acids, the enhanced activity of sulphur-metabolising bacteria under waterlogged conditions and high cation exchange capacity (Clymo, 1964;Urban et al, 1995). Coniferous forest stands, which represent a large proportion of forest coverage in north Wales, are also associated with acidic drainage waters (Eisalou et al, 2013;Gough et al, 2012). A significant decrease in pH has been reported as rainwater passes through coniferous canopies and litter (Eisalou et al, 2013), due to the high exchangeable acidity of coniferous foliage and litter and the fact that coniferous litter is readily leached of organic acids (Alfredsson et al, 1998;Nykvist, 1963).…”
Section: Nitrate and Phmentioning
confidence: 99%
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“…Human land-use, including modifications to hydraulic flow-paths, alters biogeochemical cycling, directly affecting water quality, including DOC input to aquatic ecosystems [163][164][165]. For example, Yallop et al, found that land management may be the most significant driver of humic DOC fluctuations for their study conducted in the U.K. [166] and Gough et al, showed that significant differences in DOC concentration, quality, and THM formation potential are all influenced by land cover type [165]. Further, nutrient enrichment of agricultural land is currently a leading cause of degraded water quality in U.S. coastal waters [167].…”
Section: Land-use and Its Effect On Doc Levelsmentioning
confidence: 99%