FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2150831036> ?p ?o ?g. }

• W2150831036 endingPage "1330" @default.
• W2150831036 startingPage "1320" @default.
• W2150831036 abstract "Successful canopy recruitment is one of the most important components of sustainable forestry practices. For many desirable species in oak-dominated forests, insufficient sapling growth is a common limitation to successful recruitment. The objectives of this study were to (i) examine the impact of overstory density on sapling growth in the Missouri Ozarks, (ii) investigate the potential for overstory retention to promote compositional shifts via interspecific differences in sapling height growth, and (iii) compare the use of mean and near-maximum growth rates to quantify the impact of overstory density on sapling growth and height differentiation among species. We found that the periodic annual height increment of saplings decreased with increasing overstory density for all species groups in this study (red oaks (Quercus spp.), white oaks (Quercus spp.), hickories (Carya spp.), sassafras (Sassafras spp.), blackgum (Nyssa spp.), dogwood (Cornus spp.), red maple (Acer spp.), ashes (Fraxinus spp.), and elms (Ulmus spp.)). There was evidence of interspecific differentiation in growth rates during the sapling stage, and the observed differences were more pronounced at low overstory densities. Increasing overstory densities either reduced or eliminated the differences in growth among species. Although red oaks displayed the greatest maximum growth rates of all species under low overstory densities (<5 m 2 ·ha −1 ), the growth advantage of red oaks was reduced with increasing overstory density. This may provide opportunities to shift species composition toward white oaks using partial harvesting regimes in the Missouri Ozarks. However, white oaks had little to no advantage in height growth over many competing species when overstory density exceeded about 10 m 2 ·ha −1 . This implies that the probability of recruitment under overstory densities greater than about 10 m 2 ·ha −1 is likely to decline for all oaks in the Missouri Ozarks. We found that using the 90th quantile of height growth rates to evaluate the impact of overstory density on sapling growth had two potential advantages over using the mean growth rate: (i) it provided better models of the limiting effects of overstory density on sapling height growth, and (ii) the focus was on the growth rates of stems that were most likely to recruit into the canopy." @default.
• W2150831036 created "2016-06-24" @default.
• W2150831036 creator A5010641854 @default.
• W2150831036 creator A5012842522 @default.
• W2150831036 creator A5037634967 @default.
• W2150831036 creator A5048853311 @default.
• W2150831036 creator A5070554306 @default.
• W2150831036 date "2014-11-01" @default.
• W2150831036 modified "2023-10-16" @default.
• W2150831036 title "The impact of overstory density on sapling height growth in the Missouri Ozarks: implications for interspecific differentiation during canopy recruitment" @default.
• W2150831036 cites W153131281 @default.
• W2150831036 cites W1967399091 @default.
• W2150831036 cites W1967416460 @default.
• W2150831036 cites W1968054382 @default.
• W2150831036 cites W1968859259 @default.
• W2150831036 cites W1973548899 @default.
• W2150831036 cites W1984531979 @default.
• W2150831036 cites W1988048216 @default.
• W2150831036 cites W1989227121 @default.
• W2150831036 cites W1990568381 @default.
• W2150831036 cites W1992140812 @default.
• W2150831036 cites W1993572798 @default.
• W2150831036 cites W1995951250 @default.
• W2150831036 cites W1996279983 @default.
• W2150831036 cites W1996767388 @default.
• W2150831036 cites W2002252969 @default.
• W2150831036 cites W2007300818 @default.
• W2150831036 cites W2012950077 @default.
• W2150831036 cites W2029513719 @default.
• W2150831036 cites W2029713860 @default.
• W2150831036 cites W2029947792 @default.
• W2150831036 cites W2046010400 @default.
• W2150831036 cites W2046692928 @default.
• W2150831036 cites W2054140480 @default.
• W2150831036 cites W2054237104 @default.
• W2150831036 cites W2056640260 @default.
• W2150831036 cites W2058931920 @default.
• W2150831036 cites W2061730250 @default.
• W2150831036 cites W2068398723 @default.
• W2150831036 cites W2074813426 @default.
• W2150831036 cites W2079151316 @default.
• W2150831036 cites W2093018951 @default.
• W2150831036 cites W2096532307 @default.
• W2150831036 cites W2096904991 @default.
• W2150831036 cites W2097153239 @default.
• W2150831036 cites W2101456621 @default.
• W2150831036 cites W2105110063 @default.
• W2150831036 cites W2114695572 @default.
• W2150831036 cites W2118812640 @default.
• W2150831036 cites W2119259345 @default.
• W2150831036 cites W2122900837 @default.
• W2150831036 cites W2136775576 @default.
• W2150831036 cites W2136860506 @default.
• W2150831036 cites W2137058134 @default.
• W2150831036 cites W2137908388 @default.
• W2150831036 cites W2145428500 @default.
• W2150831036 cites W2145814163 @default.
• W2150831036 cites W2154453522 @default.
• W2150831036 cites W2157876641 @default.
• W2150831036 cites W2160711474 @default.
• W2150831036 cites W2163761538 @default.
• W2150831036 cites W2163922457 @default.
• W2150831036 cites W2167239677 @default.
• W2150831036 cites W2167863582 @default.
• W2150831036 cites W2323870725 @default.
• W2150831036 cites W2331261234 @default.
• W2150831036 cites W2395105428 @default.
• W2150831036 cites W2472362580 @default.
• W2150831036 cites W3014620098 @default.
• W2150831036 cites W3175417087 @default.
• W2150831036 cites W4206439534 @default.
• W2150831036 cites W4230074379 @default.
• W2150831036 cites W4236281007 @default.
• W2150831036 cites W4241519351 @default.
• W2150831036 cites W4291746610 @default.
• W2150831036 cites W4376099212 @default.
• W2150831036 doi "https://doi.org/10.1139/cjfr-2014-0237" @default.
• W2150831036 hasPublicationYear "2014" @default.
• W2150831036 type Work @default.
• W2150831036 sameAs 2150831036 @default.
• W2150831036 citedByCount "20" @default.
• W2150831036 countsByYear W21508310362015 @default.
• W2150831036 countsByYear W21508310362017 @default.
• W2150831036 countsByYear W21508310362018 @default.
• W2150831036 countsByYear W21508310362019 @default.
• W2150831036 countsByYear W21508310362020 @default.
• W2150831036 countsByYear W21508310362021 @default.
• W2150831036 countsByYear W21508310362022 @default.
• W2150831036 crossrefType "journal-article" @default.
• W2150831036 hasAuthorship W2150831036A5010641854 @default.
• W2150831036 hasAuthorship W2150831036A5012842522 @default.
• W2150831036 hasAuthorship W2150831036A5037634967 @default.
• W2150831036 hasAuthorship W2150831036A5048853311 @default.
• W2150831036 hasAuthorship W2150831036A5070554306 @default.
• W2150831036 hasConcept C101000010 @default.
• W2150831036 hasConcept C139669111 @default.
• W2150831036 hasConcept C18903297 @default.
• W2150831036 hasConcept C205649164 @default.

• next