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Cited by 26 publications
(18 citation statements)
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References 33 publications
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“…The direct WPH relation also agrees with the literature because wetlands tend to be acidic and low WPH inhibits decomposition (Day Jr. 1987;Kittle et al 1995;Taylor & Middleton 2004). The inverse relation of FET with decomposition conflicts with some past studies (Battle & Golladay 2001;Anderson & Smith 2002;Guo et al 2008) that indicate the frequency of wetting and drying cycles are generally positively correlated with decomposition rate. It is possible that exposed conditions decreased decomposition by allowing the litter and soil to desiccate (van der Valk et al 1991;Battle & Golladay 2007), which also would have made conditions less hospitable to invertebrates and microbial organisms.…”
Section: Brookside Aldersupporting
confidence: 82%
“…The direct WPH relation also agrees with the literature because wetlands tend to be acidic and low WPH inhibits decomposition (Day Jr. 1987;Kittle et al 1995;Taylor & Middleton 2004). The inverse relation of FET with decomposition conflicts with some past studies (Battle & Golladay 2001;Anderson & Smith 2002;Guo et al 2008) that indicate the frequency of wetting and drying cycles are generally positively correlated with decomposition rate. It is possible that exposed conditions decreased decomposition by allowing the litter and soil to desiccate (van der Valk et al 1991;Battle & Golladay 2007), which also would have made conditions less hospitable to invertebrates and microbial organisms.…”
Section: Brookside Aldersupporting
confidence: 82%
“…Decomposition promotes nutrient return from plant litter to soil or water, which directly determines nutrient availability for plant growth (Guo et al, 2008). Limitations to decomposition include litter quality (i.e., nutrient, lignin content, and toughness) as well as physical-chemical conditions of the medium in which the material decomposes (Newell, 2003;Ferreira and Chauvet, 2011;Fonseca et al, 2013).…”
Section: Introductionmentioning
confidence: 99%
“…Site conditions and litter quality, defined here as a combination of organic matter chemistry and nutrient concentration, are well established determinants of litter decomposition (Miyajima et al 1997;Rejmánková and Houdkova 2006;Guo et al 2008;Yule and Gomez 2009;Cheesman et al 2010). Thus, litter containing easily degradable material decomposes more rapidly than that from species containing more recalcitrant material (Kao et al 2003;de Neiff et al 2006;Crawford et al 2007).…”
Section: Introductionmentioning
confidence: 99%
“…With respect to abiotic controls of decomposition, wetlands in tropical regions experience more consistent temperatures during the annual cycle (Grisi 1997;Waddington et al 1998;Joiner et al 1999;Jauhiainen et al 2005) than higher latitude systems (Kadlec and Reddy 2001;Guo et al 2008). However, the water table can vary markedly in tropical regions with pronounced seasonality in rainfall (Jauhiainen et al 2005).…”
Section: Introductionmentioning
confidence: 99%