Matches in SemOpenAlex for { <https://semopenalex.org/work/W3001383037> ?p ?o ?g. }
- W3001383037 endingPage "731" @default.
- W3001383037 startingPage "721" @default.
- W3001383037 abstract "Abstract Due to their relatively small sizes, temperate forest vernal pools are less studied than other wetlands, despite being potential biogeochemical hotspots in landscapes. We investigated spatial and temporal factors driving N 2 O and CH 4 emission rates from vernal pools in a temperate forest. We determined higher N 2 O (3.66 ± 0.53 × 10 −6 , μg N 2 O/m 2 /h) and CH 4 (2.10 ± 0.7 × 10 −3 , μg N 2 O/m 2 /h) rates in spring relative to fall (~50% and 77% lower for N 2 O and CH 4 rates, respectively) and winter (~70% and 94% lower for N 2 O and CH 4 rates, respectively). Soil organic matter, nitrate content and bacterial 16S rDNA, nirS , and norB gene abundances emerged as significant drivers of N 2 O rates, whereas, soil pH, organic matter content and mcrA abundance were significant drivers of CH 4 rates. Denitrification gene abundances were negatively correlated with N 2 O rates, whereas mcrA abundance correlated positively with CH 4 rates. Results suggest that CH 4 rates may be directly coupled to methanogen abundance, whereas N 2 O rates may be directly impacted by a variety of abiotic variables and indirectly coupled to the abundance of potential denitrifier assemblages. Overall, additional studies examining these dynamics over extended periods are needed to provide more insights into their control." @default.
- W3001383037 created "2020-01-30" @default.
- W3001383037 creator A5032870021 @default.
- W3001383037 creator A5033636600 @default.
- W3001383037 creator A5050207896 @default.
- W3001383037 creator A5057205171 @default.
- W3001383037 creator A5078285158 @default.
- W3001383037 date "2020-01-20" @default.
- W3001383037 modified "2023-09-27" @default.
- W3001383037 title "Patterns of Denitrification and Methanogenesis Rates from Vernal Pools in a Temperate Forest Driven by Seasonal, Microbial Functional Gene Abundances, and Soil Chemistry" @default.
- W3001383037 cites W1482308130 @default.
- W3001383037 cites W1572362838 @default.
- W3001383037 cites W1699172361 @default.
- W3001383037 cites W1710447128 @default.
- W3001383037 cites W1820268715 @default.
- W3001383037 cites W1965026439 @default.
- W3001383037 cites W1967948515 @default.
- W3001383037 cites W1970341101 @default.
- W3001383037 cites W1972940323 @default.
- W3001383037 cites W1976242336 @default.
- W3001383037 cites W1980999840 @default.
- W3001383037 cites W1984271281 @default.
- W3001383037 cites W1986310107 @default.
- W3001383037 cites W1988146411 @default.
- W3001383037 cites W1990010630 @default.
- W3001383037 cites W1993384557 @default.
- W3001383037 cites W2014371753 @default.
- W3001383037 cites W2015032635 @default.
- W3001383037 cites W2020330305 @default.
- W3001383037 cites W2022556545 @default.
- W3001383037 cites W2023073881 @default.
- W3001383037 cites W2036737739 @default.
- W3001383037 cites W2038117304 @default.
- W3001383037 cites W2041775765 @default.
- W3001383037 cites W2043937134 @default.
- W3001383037 cites W2044907001 @default.
- W3001383037 cites W2048644295 @default.
- W3001383037 cites W2051746752 @default.
- W3001383037 cites W2053522296 @default.
- W3001383037 cites W2054835895 @default.
- W3001383037 cites W2057802951 @default.
- W3001383037 cites W2069790985 @default.
- W3001383037 cites W2075640383 @default.
- W3001383037 cites W2078583937 @default.
- W3001383037 cites W2080633640 @default.
- W3001383037 cites W2088536668 @default.
- W3001383037 cites W2091918187 @default.
- W3001383037 cites W2095713067 @default.
- W3001383037 cites W2104982529 @default.
- W3001383037 cites W2107929907 @default.
- W3001383037 cites W2108616808 @default.
- W3001383037 cites W2114598127 @default.
- W3001383037 cites W2115204701 @default.
- W3001383037 cites W2120173754 @default.
- W3001383037 cites W2125940696 @default.
- W3001383037 cites W2133308090 @default.
- W3001383037 cites W2138286481 @default.
- W3001383037 cites W2145278346 @default.
- W3001383037 cites W2149348479 @default.
- W3001383037 cites W2152331442 @default.
- W3001383037 cites W2156546195 @default.
- W3001383037 cites W2157272043 @default.
- W3001383037 cites W2157883338 @default.
- W3001383037 cites W2158765373 @default.
- W3001383037 cites W2172554623 @default.
- W3001383037 cites W2173197864 @default.
- W3001383037 cites W2255548590 @default.
- W3001383037 cites W2259472751 @default.
- W3001383037 cites W2538516257 @default.
- W3001383037 cites W2567466157 @default.
- W3001383037 cites W2591289128 @default.
- W3001383037 cites W2594314347 @default.
- W3001383037 cites W2606743486 @default.
- W3001383037 cites W2735435976 @default.
- W3001383037 cites W2745180017 @default.
- W3001383037 cites W2777913492 @default.
- W3001383037 cites W2885207512 @default.
- W3001383037 cites W2902452406 @default.
- W3001383037 cites W4240376155 @default.
- W3001383037 cites W4242531998 @default.
- W3001383037 cites W4242573860 @default.
- W3001383037 doi "https://doi.org/10.1007/s13157-019-01225-z" @default.
- W3001383037 hasPublicationYear "2020" @default.
- W3001383037 type Work @default.
- W3001383037 sameAs 3001383037 @default.
- W3001383037 citedByCount "2" @default.
- W3001383037 countsByYear W30013830372020 @default.
- W3001383037 countsByYear W30013830372023 @default.
- W3001383037 crossrefType "journal-article" @default.
- W3001383037 hasAuthorship W3001383037A5032870021 @default.
- W3001383037 hasAuthorship W3001383037A5033636600 @default.
- W3001383037 hasAuthorship W3001383037A5050207896 @default.
- W3001383037 hasAuthorship W3001383037A5057205171 @default.
- W3001383037 hasAuthorship W3001383037A5078285158 @default.
- W3001383037 hasBestOaLocation W30013830371 @default.
- W3001383037 hasConcept C107872376 @default.
- W3001383037 hasConcept C122325731 @default.
- W3001383037 hasConcept C132215390 @default.