FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4229332006> ?p ?o ?g. }

• W4229332006 endingPage "120246" @default.
• W4229332006 startingPage "120246" @default.
• W4229332006 abstract "Reduced precipitation and, consequently, low soil moisture are known to limit tree growth and function by affecting shoot and foliage development, as well as canopy-scale leaf area dynamics and litterfall. Longleaf pine (Pinus palustris Mill.) is considered one of the most drought-resistant forest species in the southeastern U.S. and could serve as a pathway to increase drought resistance of forests in the region. Still, reduced precipitation and low soil moisture impacts on longleaf canopy phenology and growth are not well understood. Over three years (2017–2019), we determined the effects of a 40% throughfall reduction (TR40) (relative to ambient throughfall treatment, TR0) on shoot and foliage phenology and growth in a young (12–14 yr. old) longleaf pine plantation. Each year, we repeatedly measured shoot and needle lengths on primary and secondary branch axes of multiple trees in each treatment plot. We fit growth curves for each tree and branch axis to estimate shoot and needle growth rate, growth start and cessation dates, growth duration (growth start - growth cessation), and final shoot and needle lengths. At the plot level, we documented temporal patterns of leaf area index (LAI) and litterfall to determine whether branch-scale phenological and growth responses to reduced water availability corresponded with temporal changes in LAI and litterfall. We observed significant and consistent differences in shoot and needle elongation patterns between primary and secondary branches. Timing of needle development varied among years and was generally later each successive year. However, shoot elongation patterns were relatively consistent across years. Although soil moisture was lower under throughfall reduction, shoot and needle growth patterns were not affected. LAI and litterfall patterns were also not affected by throughfall reduction. Our results indicate that reductions in rainfall amount (without changes in rainfall frequency or timing) may have little impact on shoot and needle phenology, canopy development, and litter production in established longleaf plantations." @default.
• W4229332006 created "2022-05-09" @default.
• W4229332006 creator A5046996834 @default.
• W4229332006 creator A5074375380 @default.
• W4229332006 creator A5085925568 @default.
• W4229332006 date "2022-08-01" @default.
• W4229332006 modified "2023-10-14" @default.
• W4229332006 title "Experimental throughfall reduction has little effect on shoot and needle developmental patterns or leaf area dynamics in a young longleaf pine (Pinus palustris Mill.) plantation" @default.
• W4229332006 cites W1592305242 @default.
• W4229332006 cites W1897190796 @default.
• W4229332006 cites W1951564719 @default.
• W4229332006 cites W1959467371 @default.
• W4229332006 cites W1995955274 @default.
• W4229332006 cites W1998425628 @default.
• W4229332006 cites W2015798929 @default.
• W4229332006 cites W2022224360 @default.
• W4229332006 cites W2029411945 @default.
• W4229332006 cites W2029560875 @default.
• W4229332006 cites W2039711835 @default.
• W4229332006 cites W2050465031 @default.
• W4229332006 cites W2056738367 @default.
• W4229332006 cites W2060783799 @default.
• W4229332006 cites W2063268996 @default.
• W4229332006 cites W2071032946 @default.
• W4229332006 cites W2089142048 @default.
• W4229332006 cites W2092990660 @default.
• W4229332006 cites W2100726378 @default.
• W4229332006 cites W2101133142 @default.
• W4229332006 cites W2103467161 @default.
• W4229332006 cites W2106632946 @default.
• W4229332006 cites W2111645678 @default.
• W4229332006 cites W2112603298 @default.
• W4229332006 cites W2116613617 @default.
• W4229332006 cites W2117217348 @default.
• W4229332006 cites W2122582889 @default.
• W4229332006 cites W2123766920 @default.
• W4229332006 cites W2127538493 @default.
• W4229332006 cites W2128315707 @default.
• W4229332006 cites W2134333960 @default.
• W4229332006 cites W2134916126 @default.
• W4229332006 cites W2136201191 @default.
• W4229332006 cites W2137265665 @default.
• W4229332006 cites W2138211618 @default.
• W4229332006 cites W2138629019 @default.
• W4229332006 cites W2140131090 @default.
• W4229332006 cites W2146735187 @default.
• W4229332006 cites W2148987368 @default.
• W4229332006 cites W2152522043 @default.
• W4229332006 cites W2155665885 @default.
• W4229332006 cites W2158086023 @default.
• W4229332006 cites W2158172688 @default.
• W4229332006 cites W2159470010 @default.
• W4229332006 cites W2161803389 @default.
• W4229332006 cites W2163498252 @default.
• W4229332006 cites W2165301409 @default.
• W4229332006 cites W2165862284 @default.
• W4229332006 cites W2168086690 @default.
• W4229332006 cites W2170513691 @default.
• W4229332006 cites W2181893621 @default.
• W4229332006 cites W2255531506 @default.
• W4229332006 cites W2329921796 @default.
• W4229332006 cites W2345246042 @default.
• W4229332006 cites W2518725918 @default.
• W4229332006 cites W2520650461 @default.
• W4229332006 cites W2545237467 @default.
• W4229332006 cites W2770841159 @default.
• W4229332006 cites W2782209841 @default.
• W4229332006 cites W2809201414 @default.
• W4229332006 cites W2917087592 @default.
• W4229332006 cites W2922633580 @default.
• W4229332006 cites W2969997893 @default.
• W4229332006 cites W3101671832 @default.
• W4229332006 cites W4233280801 @default.
• W4229332006 cites W4234555785 @default.
• W4229332006 doi "https://doi.org/10.1016/j.foreco.2022.120246" @default.
• W4229332006 hasPublicationYear "2022" @default.
• W4229332006 type Work @default.
• W4229332006 citedByCount "1" @default.
• W4229332006 countsByYear W42293320062023 @default.
• W4229332006 crossrefType "journal-article" @default.
• W4229332006 hasAuthorship W4229332006A5046996834 @default.
• W4229332006 hasAuthorship W4229332006A5074375380 @default.
• W4229332006 hasAuthorship W4229332006A5085925568 @default.
• W4229332006 hasBestOaLocation W42293320061 @default.
• W4229332006 hasConcept C101000010 @default.
• W4229332006 hasConcept C110872660 @default.
• W4229332006 hasConcept C18903297 @default.
• W4229332006 hasConcept C21410773 @default.
• W4229332006 hasConcept C25989453 @default.
• W4229332006 hasConcept C2779705648 @default.
• W4229332006 hasConcept C39432304 @default.
• W4229332006 hasConcept C39807119 @default.
• W4229332006 hasConcept C45962647 @default.
• W4229332006 hasConcept C51417038 @default.
• W4229332006 hasConcept C59822182 @default.
• W4229332006 hasConcept C6557445 @default.
• W4229332006 hasConcept C86803240 @default.
• W4229332006 hasConcept C91354502 @default.

• next