FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3096372669> ?p ?o ?g. }

• W3096372669 endingPage "193" @default.
• W3096372669 startingPage "182" @default.
• W3096372669 abstract "Societal Impact Statement Diversification of urban forests is essential to enhance their resilience to future biotic threats as well as those posed by a changing climate. Arboreta and botanic gardens host a wide range of plant material that can be evaluated to inform tree selection policy. This study demonstrates that plant functional traits, such as the water potential at leaf turgor loss, can be highly instructive when developing evidence‐based recommendations for urban environments. However, if botanic collections are to fulfil a critical role in understanding plant response to environment, they should not be managed solely as visitor attractions but must have scientific objectives at the forefront of management policy. Summary Arboreta and botanic gardens host a multitude of species that can be utilized in research focused on improving diversity within urban forests. Higher tree species diversity will enhance the resilience of urban forests to abiotic and biotic threats and help deliver strategies that foster sustainable communities. Consequently, this study aims to demonstrate the value of botanic collections as a resource for research into tree species selection for more resilient urban landscapes. As water stress is a major constraint for trees in urban environments, understanding the drought tolerance of species is essential for urban tree selection. This study evaluates a key functional trait relating to drought tolerance. Using vapor pressure osmometry, the water potential at leaf turgor loss was evaluated for 96 species using plant material from seven botanic collections in North America and Europe. Leaf turgor loss contrasted widely in the temperate deciduous trees evaluated and, in summer, ranged from −1.7 MPa to −3.9 MPa. Significant differences in drought tolerance were also apparent across genera and closely related cultivars. Osmotic adjustment was shown to be a major physiological factor driving leaf turgor loss. A meta‐analysis also demonstrated that leaf turgor loss was closely related to a drought‐tolerance scale based on observations of tree performance under drought. Arboreta and botanic collections can play a vital role in the evaluation of plant material for urban environments, provided they are curated with scientific objectives at the forefront of management policy and are not managed purely as visitor attractions." @default.
• W3096372669 created "2020-11-09" @default.
• W3096372669 creator A5016470065 @default.
• W3096372669 creator A5017961344 @default.
• W3096372669 creator A5018323416 @default.
• W3096372669 creator A5053451368 @default.
• W3096372669 creator A5060857009 @default.
• W3096372669 creator A5061009466 @default.
• W3096372669 creator A5068013943 @default.
• W3096372669 creator A5084249996 @default.
• W3096372669 date "2020-10-29" @default.
• W3096372669 modified "2023-10-01" @default.
• W3096372669 title "Using botanic gardens and arboreta to help identify urban trees for the future" @default.
• W3096372669 cites W1158180044 @default.
• W3096372669 cites W1577169928 @default.
• W3096372669 cites W1589092040 @default.
• W3096372669 cites W1719995090 @default.
• W3096372669 cites W1866649952 @default.
• W3096372669 cites W1889929826 @default.
• W3096372669 cites W1972411678 @default.
• W3096372669 cites W1974655800 @default.
• W3096372669 cites W2002115844 @default.
• W3096372669 cites W2012672522 @default.
• W3096372669 cites W2046817516 @default.
• W3096372669 cites W2080425508 @default.
• W3096372669 cites W2086955441 @default.
• W3096372669 cites W2103317434 @default.
• W3096372669 cites W2105035346 @default.
• W3096372669 cites W2108886061 @default.
• W3096372669 cites W2112456155 @default.
• W3096372669 cites W2127170577 @default.
• W3096372669 cites W2140131090 @default.
• W3096372669 cites W2142097792 @default.
• W3096372669 cites W2148309277 @default.
• W3096372669 cites W2154105974 @default.
• W3096372669 cites W2163761538 @default.
• W3096372669 cites W2212028645 @default.
• W3096372669 cites W2212698572 @default.
• W3096372669 cites W2238267854 @default.
• W3096372669 cites W2238556225 @default.
• W3096372669 cites W2338399725 @default.
• W3096372669 cites W2536249505 @default.
• W3096372669 cites W2546729042 @default.
• W3096372669 cites W2593931948 @default.
• W3096372669 cites W2614464134 @default.
• W3096372669 cites W2729158494 @default.
• W3096372669 cites W2739411185 @default.
• W3096372669 cites W2756185414 @default.
• W3096372669 cites W2762744649 @default.
• W3096372669 cites W2770486726 @default.
• W3096372669 cites W2790864323 @default.
• W3096372669 cites W2809286029 @default.
• W3096372669 cites W2883725214 @default.
• W3096372669 cites W2883848740 @default.
• W3096372669 cites W2887699044 @default.
• W3096372669 cites W2891198869 @default.
• W3096372669 cites W2895997500 @default.
• W3096372669 cites W2903193158 @default.
• W3096372669 cites W2910345381 @default.
• W3096372669 cites W2916185885 @default.
• W3096372669 cites W2944436381 @default.
• W3096372669 cites W2945619247 @default.
• W3096372669 cites W2953259387 @default.
• W3096372669 cites W2953558679 @default.
• W3096372669 cites W2956104711 @default.
• W3096372669 cites W2964203982 @default.
• W3096372669 cites W2973059396 @default.
• W3096372669 cites W2983606184 @default.
• W3096372669 cites W2998892016 @default.
• W3096372669 cites W3004400108 @default.
• W3096372669 cites W3007516058 @default.
• W3096372669 cites W3007896821 @default.
• W3096372669 cites W3018230994 @default.
• W3096372669 cites W3037472889 @default.
• W3096372669 cites W3121025196 @default.
• W3096372669 cites W3157480977 @default.
• W3096372669 cites W74855900 @default.
• W3096372669 doi "https://doi.org/10.1002/ppp3.10162" @default.
• W3096372669 hasPublicationYear "2020" @default.
• W3096372669 type Work @default.
• W3096372669 sameAs 3096372669 @default.
• W3096372669 citedByCount "17" @default.
• W3096372669 countsByYear W30963726692022 @default.
• W3096372669 countsByYear W30963726692023 @default.
• W3096372669 crossrefType "journal-article" @default.
• W3096372669 hasAuthorship W3096372669A5016470065 @default.
• W3096372669 hasAuthorship W3096372669A5017961344 @default.
• W3096372669 hasAuthorship W3096372669A5018323416 @default.
• W3096372669 hasAuthorship W3096372669A5053451368 @default.
• W3096372669 hasAuthorship W3096372669A5060857009 @default.
• W3096372669 hasAuthorship W3096372669A5061009466 @default.
• W3096372669 hasAuthorship W3096372669A5068013943 @default.
• W3096372669 hasAuthorship W3096372669A5084249996 @default.
• W3096372669 hasBestOaLocation W30963726691 @default.
• W3096372669 hasConcept C107826830 @default.
• W3096372669 hasConcept C18903297 @default.
• W3096372669 hasConcept C205649164 @default.
• W3096372669 hasConcept C206345919 @default.

• next