Matches in SemOpenAlex for { <https://semopenalex.org/work/W2146744180> ?p ?o ?g. }
- W2146744180 endingPage "1723" @default.
- W2146744180 startingPage "1707" @default.
- W2146744180 abstract "The effects of harvest on European forest net ecosystem exchange (NEE) of carbon and its photosynthetic and respiratory components (GPP (gross primary production) and TER (total ecosystem respiration)) were examined by comparing four pairs of mature/harvested sites in Europe via a combination of eddy covariance measurements and empirical modeling. Three of the comparisons represented high coniferous forestry (spruce in Britain, and pines in Finland and France), while a coppice-with-standard oak plantation was examined in Italy. While every comparison revealed that harvesting converted a mature forest carbon sink into a carbon source of similar magnitude, the mechanisms by which this occurred were very different according to species or management practice. In Britain, Finland, and France the annual sink (source) strength for mature (clear-cut) stands was estimated at 496 (112), 138 (239), and 222 (225) g C m−2, respectively, with 381 (427) g C m−2 for the mature (coppiced) stand in Italy. In all three cases of high forestry in Britain, Finland, and France, clear-cutting crippled the photosynthetic capacity of the ecosystem – with mature (clear-cut) GPP of 1970 (988), 1010 (363), and 1600 (602) g C m−2– and also reduced ecosystem respiration to a lesser degree – TER of 1385 (1100), 839 (603), and 1415 (878) g C m−2, respectively. By contrast, harvesting of the coppice oak system provoked a burst in respiration – with mature (clear-cut) TER estimated at 1160 (2220) gC m−2– which endured for the 3 years sampled postharvest. The harvest disturbance also reduced GPP in the coppice system – with mature (clear-cut) GPP of 1600 (1420) g C m−2– but to a lesser extent than in the coniferous forests, and with near-complete recovery within a few years. Understanding the effects of harvest on the carbon balance of European forest systems is a necessary step towards characterizing carbon exchange for timberlands on large scales." @default.
- W2146744180 created "2016-06-24" @default.
- W2146744180 creator A5001834855 @default.
- W2146744180 creator A5003462516 @default.
- W2146744180 creator A5016211158 @default.
- W2146744180 creator A5019600278 @default.
- W2146744180 creator A5028003978 @default.
- W2146744180 creator A5035478855 @default.
- W2146744180 creator A5037056355 @default.
- W2146744180 creator A5039339462 @default.
- W2146744180 creator A5040139060 @default.
- W2146744180 creator A5054691911 @default.
- W2146744180 creator A5063872284 @default.
- W2146744180 creator A5065604284 @default.
- W2146744180 creator A5070709267 @default.
- W2146744180 creator A5088437443 @default.
- W2146744180 creator A5089168407 @default.
- W2146744180 date "2004-09-16" @default.
- W2146744180 modified "2023-10-15" @default.
- W2146744180 title "Paired comparisons of carbon exchange between undisturbed and regenerating stands in four managed forests in Europe" @default.
- W2146744180 cites W1974019968 @default.
- W2146744180 cites W1977300491 @default.
- W2146744180 cites W1979534624 @default.
- W2146744180 cites W1991886078 @default.
- W2146744180 cites W1993551586 @default.
- W2146744180 cites W2010262384 @default.
- W2146744180 cites W2013527739 @default.
- W2146744180 cites W2013579942 @default.
- W2146744180 cites W2025529680 @default.
- W2146744180 cites W2029541226 @default.
- W2146744180 cites W2035614014 @default.
- W2146744180 cites W2036936932 @default.
- W2146744180 cites W2052246509 @default.
- W2146744180 cites W2059937956 @default.
- W2146744180 cites W2071838305 @default.
- W2146744180 cites W2084845442 @default.
- W2146744180 cites W2089374007 @default.
- W2146744180 cites W2096409528 @default.
- W2146744180 cites W2109446104 @default.
- W2146744180 cites W2110567645 @default.
- W2146744180 cites W2117324426 @default.
- W2146744180 cites W2127564270 @default.
- W2146744180 cites W2141379472 @default.
- W2146744180 cites W2141842474 @default.
- W2146744180 cites W2143371380 @default.
- W2146744180 cites W2144653885 @default.
- W2146744180 cites W2148043243 @default.
- W2146744180 cites W2149541905 @default.
- W2146744180 cites W2154047482 @default.
- W2146744180 cites W2155696693 @default.
- W2146744180 cites W2156748700 @default.
- W2146744180 cites W2156964984 @default.
- W2146744180 cites W2161134866 @default.
- W2146744180 cites W2163724398 @default.
- W2146744180 cites W2169378844 @default.
- W2146744180 cites W2313488933 @default.
- W2146744180 cites W4236170240 @default.
- W2146744180 cites W4237537664 @default.
- W2146744180 cites W4248255091 @default.
- W2146744180 cites W4250120618 @default.
- W2146744180 doi "https://doi.org/10.1111/j.1365-2486.2004.00846.x" @default.
- W2146744180 hasPublicationYear "2004" @default.
- W2146744180 type Work @default.
- W2146744180 sameAs 2146744180 @default.
- W2146744180 citedByCount "149" @default.
- W2146744180 countsByYear W21467441802012 @default.
- W2146744180 countsByYear W21467441802013 @default.
- W2146744180 countsByYear W21467441802014 @default.
- W2146744180 countsByYear W21467441802015 @default.
- W2146744180 countsByYear W21467441802016 @default.
- W2146744180 countsByYear W21467441802017 @default.
- W2146744180 countsByYear W21467441802018 @default.
- W2146744180 countsByYear W21467441802019 @default.
- W2146744180 countsByYear W21467441802020 @default.
- W2146744180 countsByYear W21467441802021 @default.
- W2146744180 countsByYear W21467441802022 @default.
- W2146744180 countsByYear W21467441802023 @default.
- W2146744180 crossrefType "journal-article" @default.
- W2146744180 hasAuthorship W2146744180A5001834855 @default.
- W2146744180 hasAuthorship W2146744180A5003462516 @default.
- W2146744180 hasAuthorship W2146744180A5016211158 @default.
- W2146744180 hasAuthorship W2146744180A5019600278 @default.
- W2146744180 hasAuthorship W2146744180A5028003978 @default.
- W2146744180 hasAuthorship W2146744180A5035478855 @default.
- W2146744180 hasAuthorship W2146744180A5037056355 @default.
- W2146744180 hasAuthorship W2146744180A5039339462 @default.
- W2146744180 hasAuthorship W2146744180A5040139060 @default.
- W2146744180 hasAuthorship W2146744180A5054691911 @default.
- W2146744180 hasAuthorship W2146744180A5063872284 @default.
- W2146744180 hasAuthorship W2146744180A5065604284 @default.
- W2146744180 hasAuthorship W2146744180A5070709267 @default.
- W2146744180 hasAuthorship W2146744180A5088437443 @default.
- W2146744180 hasAuthorship W2146744180A5089168407 @default.
- W2146744180 hasBestOaLocation W21467441803 @default.
- W2146744180 hasConcept C101000010 @default.
- W2146744180 hasConcept C103017160 @default.
- W2146744180 hasConcept C110872660 @default.
- W2146744180 hasConcept C128758860 @default.