FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2021682279> ?p ?o ?g. }

• W2021682279 endingPage "1213" @default.
• W2021682279 startingPage "1201" @default.
• W2021682279 abstract "Forest microclimate is crucial for the growth and survival of tree seedlings and understorey vegetation. This high ecological relevance contrasts with the poor functional and quantitative understanding of how the properties of forest ecosystems influence forest microclimate. In a long-term (1998–2011) trial, we investigated how temporal patterns of microclimate below sparse and dense forest canopy related to those of nearby open areas and how this relationship was influenced by soil moisture and seasonality. Air temperature (T), vapour pressure deficit (VPD), soil matrix potential and leaf area index (LAI) were measured in a unique set-up of below-canopy and open-area meteorological stations at eleven distinct forest ecosystems, characteristic of subalpine and temperate climate zones. Data from these plots were analysed for the moderating capacity of the canopy, that is, the differences between below-canopy and open-area microclimate, with respect to (i) long-term means, (ii) dynamics within homogeneous moist- vs. dry-soil periods and (iii) diurnal patterns. The long-term mean moderating capacity of the canopy was up to 3.3 °C for daily Tmax and 0.52 kPa for daily VPDmax, of which soil moisture status alone accounted for up to 1.2 °C (Tmax) and 0.21 kPa (VPDmax). Below dense canopy (LAI > 4), the moderating capacity was generally higher when soils were dry and increased during dry-soil periods, particularly in spring and somewhat less in summer. The opposite pattern was found below sparse canopy (LAI < 4). At the diurnal level, moderating capacity below dense canopy was strongest in mid-afternoon and during dry-soil conditions, whereas peak moderation below sparse canopy occurred in mid-morning and during moist-soil conditions. Synthesis. Our results suggest a threshold canopy density, which is probably linked to site-specific water availability, below which the moderating capacity of forest ecosystems switches from supportive to unsupportive for seedling establishment. Under supportive moderating capacity, we understand a stronger mitigation during physiologically most demanding conditions for plant growth. Such a threshold canopy density sheds new light on forest resilience to climate change. Climate change may alter forest canopy density in a way that precludes successful establishment of tree species and ultimately changes forest ecosystem structure and functioning." @default.
• W2021682279 created "2016-06-24" @default.
• W2021682279 creator A5005280844 @default.
• W2021682279 creator A5035228328 @default.
• W2021682279 creator A5043333265 @default.
• W2021682279 creator A5068754798 @default.
• W2021682279 date "2013-07-31" @default.
• W2021682279 modified "2023-10-16" @default.
• W2021682279 title "Microclimate in forests with varying leaf area index and soil moisture: potential implications for seedling establishment in a changing climate" @default.
• W2021682279 cites W1514168264 @default.
• W2021682279 cites W153883734 @default.
• W2021682279 cites W1966236320 @default.
• W2021682279 cites W1971416270 @default.
• W2021682279 cites W1977887258 @default.
• W2021682279 cites W1980586815 @default.
• W2021682279 cites W1986553787 @default.
• W2021682279 cites W1996746229 @default.
• W2021682279 cites W1998346854 @default.
• W2021682279 cites W2001693068 @default.
• W2021682279 cites W2005110647 @default.
• W2021682279 cites W2009318578 @default.
• W2021682279 cites W2016467777 @default.
• W2021682279 cites W2027721168 @default.
• W2021682279 cites W2029411945 @default.
• W2021682279 cites W2032127890 @default.
• W2021682279 cites W2033161715 @default.
• W2021682279 cites W2038406442 @default.
• W2021682279 cites W2046210804 @default.
• W2021682279 cites W2055687011 @default.
• W2021682279 cites W2056901081 @default.
• W2021682279 cites W2062134990 @default.
• W2021682279 cites W2071681633 @default.
• W2021682279 cites W2081431398 @default.
• W2021682279 cites W2083668764 @default.
• W2021682279 cites W2083969596 @default.
• W2021682279 cites W2085587220 @default.
• W2021682279 cites W2089220864 @default.
• W2021682279 cites W2089940084 @default.
• W2021682279 cites W2091331161 @default.
• W2021682279 cites W2092316970 @default.
• W2021682279 cites W2094500853 @default.
• W2021682279 cites W2094661689 @default.
• W2021682279 cites W2096870124 @default.
• W2021682279 cites W2098298104 @default.
• W2021682279 cites W2104464729 @default.
• W2021682279 cites W2104899335 @default.
• W2021682279 cites W2106755778 @default.
• W2021682279 cites W2113534973 @default.
• W2021682279 cites W2117830589 @default.
• W2021682279 cites W2119225691 @default.
• W2021682279 cites W2120242314 @default.
• W2021682279 cites W2123480948 @default.
• W2021682279 cites W2123870359 @default.
• W2021682279 cites W2128075169 @default.
• W2021682279 cites W2130486975 @default.
• W2021682279 cites W2131903547 @default.
• W2021682279 cites W2136347193 @default.
• W2021682279 cites W2138227767 @default.
• W2021682279 cites W2138548546 @default.
• W2021682279 cites W2139119091 @default.
• W2021682279 cites W2140131090 @default.
• W2021682279 cites W2141379520 @default.
• W2021682279 cites W2141556460 @default.
• W2021682279 cites W2146014800 @default.
• W2021682279 cites W2147296558 @default.
• W2021682279 cites W2149168164 @default.
• W2021682279 cites W2153368903 @default.
• W2021682279 cites W2153694517 @default.
• W2021682279 cites W2160503687 @default.
• W2021682279 cites W2168548906 @default.
• W2021682279 cites W2171102459 @default.
• W2021682279 cites W2171559710 @default.
• W2021682279 cites W2465172399 @default.
• W2021682279 cites W2502879285 @default.
• W2021682279 cites W4232478839 @default.
• W2021682279 doi "https://doi.org/10.1111/1365-2745.12121" @default.
• W2021682279 hasPublicationYear "2013" @default.
• W2021682279 type Work @default.
• W2021682279 sameAs 2021682279 @default.
• W2021682279 citedByCount "159" @default.
• W2021682279 countsByYear W20216822792012 @default.
• W2021682279 countsByYear W20216822792013 @default.
• W2021682279 countsByYear W20216822792014 @default.
• W2021682279 countsByYear W20216822792015 @default.
• W2021682279 countsByYear W20216822792016 @default.
• W2021682279 countsByYear W20216822792017 @default.
• W2021682279 countsByYear W20216822792018 @default.
• W2021682279 countsByYear W20216822792019 @default.
• W2021682279 countsByYear W20216822792020 @default.
• W2021682279 countsByYear W20216822792021 @default.
• W2021682279 countsByYear W20216822792022 @default.
• W2021682279 countsByYear W20216822792023 @default.
• W2021682279 crossrefType "journal-article" @default.
• W2021682279 hasAuthorship W2021682279A5005280844 @default.
• W2021682279 hasAuthorship W2021682279A5035228328 @default.
• W2021682279 hasAuthorship W2021682279A5043333265 @default.
• W2021682279 hasAuthorship W2021682279A5068754798 @default.
• W2021682279 hasBestOaLocation W20216822791 @default.

• next