Matches in SemOpenAlex for { <https://semopenalex.org/work/W2146340989> ?p ?o ?g. }
- W2146340989 endingPage "6749" @default.
- W2146340989 startingPage "6737" @default.
- W2146340989 abstract "Abstract. Climatic changes in the northeastern US are expected to cause coniferous stands to transition to deciduous stands over the next hundred years. Mercury (Hg) sequestration in forest soils may change as a result. In order to understand potential effects of such a transition, we studied aboveground vegetation and soils at paired coniferous and deciduous stands on eight mountains in Vermont and New Hampshire, USA. Organic horizons at coniferous stands accumulated more total Hg (THg; 42 ± 6 g ha−1) than deciduous stands (30 ± 4 g ha−1). Total Hg pools in the mineral horizons were similar for coniferous (46 ± 8 g ha−1) and deciduous stands (45 ± 7 g ha−1). Soil properties (C, % clay, and pH) explained 56 % of the variation in mineral soil Hg concentration when multiply regressed. Foliar and bole wood Hg concentrations were generally greater for coniferous species than deciduous species. Using allometric equations, we estimated that aboveground accumulation of Hg in foliage and woody biomass was similar between vegetation types but that coniferous stands have significantly smaller annual litterfall fluxes (0.03 g ha−1 yr−1) than deciduous stands (0.24 g ha−1 yr−1). We conclude that organic horizon Hg accumulation is influenced by vegetation type but mineral horizon Hg accumulation is primarily controlled by soil properties. Further investigations into the effect of vegetation type on volatilization, atmospheric deposition, and leaching rates are needed to constrain regional Hg cycling rates." @default.
- W2146340989 created "2016-06-24" @default.
- W2146340989 creator A5003144542 @default.
- W2146340989 creator A5026590955 @default.
- W2146340989 date "2015-11-26" @default.
- W2146340989 modified "2023-10-18" @default.
- W2146340989 title "Mercury in coniferous and deciduous upland forests in northern New England, USA: implications of climate change" @default.
- W2146340989 cites W1501753681 @default.
- W2146340989 cites W1525587678 @default.
- W2146340989 cites W1549026378 @default.
- W2146340989 cites W1562892533 @default.
- W2146340989 cites W191721916 @default.
- W2146340989 cites W1949839992 @default.
- W2146340989 cites W1965510330 @default.
- W2146340989 cites W1970554136 @default.
- W2146340989 cites W1973358278 @default.
- W2146340989 cites W1975334414 @default.
- W2146340989 cites W1978476208 @default.
- W2146340989 cites W1984213227 @default.
- W2146340989 cites W1984731604 @default.
- W2146340989 cites W1984814384 @default.
- W2146340989 cites W1988614456 @default.
- W2146340989 cites W1992259776 @default.
- W2146340989 cites W1994143123 @default.
- W2146340989 cites W1995024181 @default.
- W2146340989 cites W1996175159 @default.
- W2146340989 cites W2000594786 @default.
- W2146340989 cites W2004095384 @default.
- W2146340989 cites W2007956784 @default.
- W2146340989 cites W2012999868 @default.
- W2146340989 cites W2016232097 @default.
- W2146340989 cites W2018000716 @default.
- W2146340989 cites W2021591506 @default.
- W2146340989 cites W2022992003 @default.
- W2146340989 cites W2025313035 @default.
- W2146340989 cites W2033911385 @default.
- W2146340989 cites W2035657186 @default.
- W2146340989 cites W2036135785 @default.
- W2146340989 cites W2041353154 @default.
- W2146340989 cites W2047627323 @default.
- W2146340989 cites W2047704473 @default.
- W2146340989 cites W2047963006 @default.
- W2146340989 cites W2053642149 @default.
- W2146340989 cites W2056571376 @default.
- W2146340989 cites W2056656908 @default.
- W2146340989 cites W2057061968 @default.
- W2146340989 cites W2058643891 @default.
- W2146340989 cites W2061845572 @default.
- W2146340989 cites W2069263711 @default.
- W2146340989 cites W2069486024 @default.
- W2146340989 cites W2071738546 @default.
- W2146340989 cites W2075764699 @default.
- W2146340989 cites W2089979804 @default.
- W2146340989 cites W2098572182 @default.
- W2146340989 cites W2103678588 @default.
- W2146340989 cites W2104185505 @default.
- W2146340989 cites W2113031832 @default.
- W2146340989 cites W2131607077 @default.
- W2146340989 cites W2142386487 @default.
- W2146340989 cites W2144330517 @default.
- W2146340989 cites W2145948547 @default.
- W2146340989 cites W2156625898 @default.
- W2146340989 cites W2163554828 @default.
- W2146340989 cites W2171576945 @default.
- W2146340989 cites W2232685674 @default.
- W2146340989 cites W2314828631 @default.
- W2146340989 cites W2321682709 @default.
- W2146340989 cites W35220515 @default.
- W2146340989 cites W352740055 @default.
- W2146340989 cites W4240136313 @default.
- W2146340989 cites W7149411 @default.
- W2146340989 doi "https://doi.org/10.5194/bg-12-6737-2015" @default.
- W2146340989 hasPublicationYear "2015" @default.
- W2146340989 type Work @default.
- W2146340989 sameAs 2146340989 @default.
- W2146340989 citedByCount "46" @default.
- W2146340989 countsByYear W21463409892016 @default.
- W2146340989 countsByYear W21463409892017 @default.
- W2146340989 countsByYear W21463409892018 @default.
- W2146340989 countsByYear W21463409892019 @default.
- W2146340989 countsByYear W21463409892020 @default.
- W2146340989 countsByYear W21463409892021 @default.
- W2146340989 countsByYear W21463409892022 @default.
- W2146340989 countsByYear W21463409892023 @default.
- W2146340989 crossrefType "journal-article" @default.
- W2146340989 hasAuthorship W2146340989A5003144542 @default.
- W2146340989 hasAuthorship W2146340989A5026590955 @default.
- W2146340989 hasBestOaLocation W21463409891 @default.
- W2146340989 hasConcept C107872376 @default.
- W2146340989 hasConcept C110872660 @default.
- W2146340989 hasConcept C130950616 @default.
- W2146340989 hasConcept C156634047 @default.
- W2146340989 hasConcept C159390177 @default.
- W2146340989 hasConcept C159750122 @default.
- W2146340989 hasConcept C185592680 @default.
- W2146340989 hasConcept C18903297 @default.
- W2146340989 hasConcept C33283694 @default.
- W2146340989 hasConcept C39432304 @default.