FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366775327> ?p ?o ?g. }

• W4366775327 abstract "Abstract Question Rocky outcrops generally restrict recruitment and survival of plant species due to their environmental conditions including low soil moisture, nutrient shortages and microclimate harshness. Under such severe conditions, nurse plants may play critical roles in preserving plant biodiversity. Although the nurses' effects on plant biodiversity are fully understood in different major biomes, the relative effects of abiotic factors and nurse plants as important factors have rarely been studied in rocky outcrops, and compared to those in the surrounding rangelands. Therefore, we sought to assess the effects of two dominant shrub species ( Artemisia aucheri and Prunus pseudoprostrata ) on all biodiversity components including taxonomic, functional and phylogenetic diversity across some environmental gradients such as precipitation and soil gradients in rocky outcrops and their surrounding rangelands. Location The study was conducted on six sites located in rocky outcrops and their surrounding rangelands across a precipitation gradient (160–910 mm) and under different soil fertility levels in northern Iran. Methods We established 80 1‐m 2 (1 m × 1 m) plots in each site with respect to the presence of nurse shrubs, and measured biodiversity components within the plots using Rao Q entropies ( q 0 , q 1 and q 2 ) and mean pairwise distance (MPD) indices. The relative interaction index (RII) was also calculated to quantify the interaction type and intensity. Finally, variation partitioning analysis was performed to determine the relative importance of biotic interactions and abiotic factors such as precipitation, electrical conductivity (EC) and phosphorus on structuring biodiversity components. Results Plant–plant interactions and abiotic factors consistently influenced different components of biodiversity in rocky outcrops and their surrounding rangelands. However, nurse shrubs showed stronger effects on plant biodiversity than abiotic factors by providing suitable microenvironments to harbor less‐tolerant plant species under the severe conditions of outcrops. In addition, microhabitats beneath nurse shrubs significantly responded to soil EC and precipitation gradients, with a decrease in competition intensity under intermediate levels of the gradients. In contrast, nurse shrubs negatively affected different components of biodiversity, with a decrease in biodiversity under intermediate levels of environmental gradients in surrounding rangelands. Conclusions Our findings show critical roles of nurse shrubs for maintaining plant biodiversity in rocky outcrops depending on their growth form and the biodiversity component considered. In this case, nurse shrubs could reduce double environmental filtering, consistent with establishing a functional paradox trade‐off to support a wide range of plant species with functionally divergent relatedness." @default.
• W4366775327 created "2023-04-25" @default.
• W4366775327 creator A5024376047 @default.
• W4366775327 creator A5044236282 @default.
• W4366775327 creator A5048050504 @default.
• W4366775327 creator A5054949813 @default.
• W4366775327 creator A5075612556 @default.
• W4366775327 date "2023-05-01" @default.
• W4366775327 modified "2023-10-12" @default.
• W4366775327 title "Nurse shrubs influence plant biodiversity across environmental gradients in rocky outcrops and surrounding rangelands" @default.
• W4366775327 cites W143755507 @default.
• W4366775327 cites W1488981096 @default.
• W4366775327 cites W1517997871 @default.
• W4366775327 cites W1549494346 @default.
• W4366775327 cites W1562643580 @default.
• W4366775327 cites W1965070310 @default.
• W4366775327 cites W1965593234 @default.
• W4366775327 cites W1966124233 @default.
• W4366775327 cites W1973030833 @default.
• W4366775327 cites W1981905226 @default.
• W4366775327 cites W1982030391 @default.
• W4366775327 cites W1983145836 @default.
• W4366775327 cites W1984188157 @default.
• W4366775327 cites W1986322390 @default.
• W4366775327 cites W1988619277 @default.
• W4366775327 cites W2036828757 @default.
• W4366775327 cites W2037329167 @default.
• W4366775327 cites W2039343867 @default.
• W4366775327 cites W2055424972 @default.
• W4366775327 cites W2059232897 @default.
• W4366775327 cites W2064235157 @default.
• W4366775327 cites W2066913969 @default.
• W4366775327 cites W2077417598 @default.
• W4366775327 cites W2084032127 @default.
• W4366775327 cites W2091160252 @default.
• W4366775327 cites W2092529278 @default.
• W4366775327 cites W2095948199 @default.
• W4366775327 cites W2096419310 @default.
• W4366775327 cites W2098217071 @default.
• W4366775327 cites W2101020813 @default.
• W4366775327 cites W2106376082 @default.
• W4366775327 cites W2109329214 @default.
• W4366775327 cites W2109628725 @default.
• W4366775327 cites W2112125262 @default.
• W4366775327 cites W2113138203 @default.
• W4366775327 cites W2116618769 @default.
• W4366775327 cites W2124698968 @default.
• W4366775327 cites W2131135353 @default.
• W4366775327 cites W2133360663 @default.
• W4366775327 cites W2143122723 @default.
• W4366775327 cites W2156945221 @default.
• W4366775327 cites W2166175707 @default.
• W4366775327 cites W2168303368 @default.
• W4366775327 cites W2171783890 @default.
• W4366775327 cites W2242403758 @default.
• W4366775327 cites W2282872631 @default.
• W4366775327 cites W2313313870 @default.
• W4366775327 cites W2320309645 @default.
• W4366775327 cites W2324444034 @default.
• W4366775327 cites W2417421832 @default.
• W4366775327 cites W2558832094 @default.
• W4366775327 cites W2562216444 @default.
• W4366775327 cites W2582304754 @default.
• W4366775327 cites W2791991268 @default.
• W4366775327 cites W2792688220 @default.
• W4366775327 cites W2890719163 @default.
• W4366775327 cites W2895179735 @default.
• W4366775327 cites W2913080690 @default.
• W4366775327 cites W2916100399 @default.
• W4366775327 cites W2922439782 @default.
• W4366775327 cites W2923380627 @default.
• W4366775327 cites W2926255641 @default.
• W4366775327 cites W3041801612 @default.
• W4366775327 cites W3156605918 @default.
• W4366775327 cites W3200165161 @default.
• W4366775327 cites W4205356603 @default.
• W4366775327 cites W4205597675 @default.
• W4366775327 cites W4225127547 @default.
• W4366775327 cites W4254687493 @default.
• W4366775327 doi "https://doi.org/10.1111/jvs.13188" @default.
• W4366775327 hasPublicationYear "2023" @default.
• W4366775327 type Work @default.
• W4366775327 citedByCount "0" @default.
• W4366775327 crossrefType "journal-article" @default.
• W4366775327 hasAuthorship W4366775327A5024376047 @default.
• W4366775327 hasAuthorship W4366775327A5044236282 @default.
• W4366775327 hasAuthorship W4366775327A5048050504 @default.
• W4366775327 hasAuthorship W4366775327A5054949813 @default.
• W4366775327 hasAuthorship W4366775327A5075612556 @default.
• W4366775327 hasConcept C130217890 @default.
• W4366775327 hasConcept C130989795 @default.
• W4366775327 hasConcept C132215390 @default.
• W4366775327 hasConcept C18903297 @default.
• W4366775327 hasConcept C2778091200 @default.
• W4366775327 hasConcept C39432304 @default.
• W4366775327 hasConcept C86803240 @default.
• W4366775327 hasConceptScore W4366775327C130217890 @default.
• W4366775327 hasConceptScore W4366775327C130989795 @default.
• W4366775327 hasConceptScore W4366775327C132215390 @default.
• W4366775327 hasConceptScore W4366775327C18903297 @default.

• next