FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1945257410> ?p ?o ?g. }

• W1945257410 endingPage "888" @default.
• W1945257410 startingPage "879" @default.
• W1945257410 abstract "Plant–pollinator interactions are affected by global change, with largely negative impacts on pollination and plant reproduction. Urban areas provide a unique and productive study system for understanding the impacts of many global change drivers on plant–pollinator interactions. We review the mechanistic pathways through which urban drivers alter plant–pollinator interactions. The literature on urban drivers of plant–pollinator interactions is small but growing and has already produced exciting insights about how population processes or pollinator behaviour interacts with landscape urban drivers to affect pollination outcomes. Habitat loss and fragmentation can change flower visitation rates and pollination success through changes in pollinator foraging behaviour or through population-level effects on pollinators. Urban environments, where impermeable surface provides an inhospitable matrix, may allow researchers to identify habitat fragments more clearly than in many other environments. Recent studies have found that non-native plants are not differently preferred by pollinators relative to native plants, therefore removing the basis for expecting pollinator-mediated competition between native and non-native plants in urban habitats. However, non-native species together with managed vegetation may have powerful effects in urban habitats via changes in community-level plant phenology and consequent changes in pollinator phenology. The current level of climate warming has not caused plants and pollinators to become detectably temporally separated, although at the same time, diversity among species’ phenological responses could buffer plant–pollinator interactions from climate variation. Due to the urban warming effect, cities provide a promising system for better understanding the warming effects on plant–pollinator interactions. Environmental contaminants such as soil nitrogen and heavy metal pollution have been examined with respect to plant–pollinator interactions in small-scale, mechanistic studies. The extent to which environmental contaminants drive plant–pollinator interactions in actual urban landscapes is, however, currently unknown. Important knowledge gaps that require research attention include understanding the consequences of plant and pollinator trait filtering on plant–pollinator interactions, and expanding the literature to include underrepresented biomes and pollinator taxa." @default.
• W1945257410 created "2016-06-24" @default.
• W1945257410 creator A5085477907 @default.
• W1945257410 creator A5090506277 @default.
• W1945257410 date "2015-06-19" @default.
• W1945257410 modified "2023-10-17" @default.
• W1945257410 title "Urban drivers of plant‐pollinator interactions" @default.
• W1945257410 cites W1486485307 @default.
• W1945257410 cites W1577799070 @default.
• W1945257410 cites W1957837276 @default.
• W1945257410 cites W1963638102 @default.
• W1945257410 cites W1966941947 @default.
• W1945257410 cites W1968867741 @default.
• W1945257410 cites W1975265750 @default.
• W1945257410 cites W1982541738 @default.
• W1945257410 cites W1987253394 @default.
• W1945257410 cites W1992721875 @default.
• W1945257410 cites W1998760901 @default.
• W1945257410 cites W2002469834 @default.
• W1945257410 cites W2010854925 @default.
• W1945257410 cites W2010855049 @default.
• W1945257410 cites W2012533585 @default.
• W1945257410 cites W2018638393 @default.
• W1945257410 cites W2020946932 @default.
• W1945257410 cites W2028971253 @default.
• W1945257410 cites W2056651401 @default.
• W1945257410 cites W2065819019 @default.
• W1945257410 cites W2066131315 @default.
• W1945257410 cites W2066543295 @default.
• W1945257410 cites W2076898448 @default.
• W1945257410 cites W2078650677 @default.
• W1945257410 cites W2083455213 @default.
• W1945257410 cites W2089861101 @default.
• W1945257410 cites W2093568867 @default.
• W1945257410 cites W2098496122 @default.
• W1945257410 cites W2102641175 @default.
• W1945257410 cites W2104930680 @default.
• W1945257410 cites W2105609796 @default.
• W1945257410 cites W2108382311 @default.
• W1945257410 cites W2110532665 @default.
• W1945257410 cites W2112126415 @default.
• W1945257410 cites W2115603187 @default.
• W1945257410 cites W2117885883 @default.
• W1945257410 cites W2117909374 @default.
• W1945257410 cites W2119030041 @default.
• W1945257410 cites W2122296228 @default.
• W1945257410 cites W2124933019 @default.
• W1945257410 cites W2125235149 @default.
• W1945257410 cites W2127218808 @default.
• W1945257410 cites W2127537717 @default.
• W1945257410 cites W2135011388 @default.
• W1945257410 cites W2139046676 @default.
• W1945257410 cites W2148765340 @default.
• W1945257410 cites W2149427681 @default.
• W1945257410 cites W2151466176 @default.
• W1945257410 cites W2151847582 @default.
• W1945257410 cites W2156250512 @default.
• W1945257410 cites W2160841009 @default.
• W1945257410 cites W2163893048 @default.
• W1945257410 cites W2164448454 @default.
• W1945257410 cites W2166853452 @default.
• W1945257410 cites W2169551703 @default.
• W1945257410 cites W2171043282 @default.
• W1945257410 cites W2180051653 @default.
• W1945257410 cites W2241521738 @default.
• W1945257410 cites W2322322821 @default.
• W1945257410 cites W3150272243 @default.
• W1945257410 doi "https://doi.org/10.1111/1365-2435.12486" @default.
• W1945257410 hasPublicationYear "2015" @default.
• W1945257410 type Work @default.
• W1945257410 sameAs 1945257410 @default.
• W1945257410 citedByCount "176" @default.
• W1945257410 countsByYear W19452574102015 @default.
• W1945257410 countsByYear W19452574102016 @default.
• W1945257410 countsByYear W19452574102017 @default.
• W1945257410 countsByYear W19452574102018 @default.
• W1945257410 countsByYear W19452574102019 @default.
• W1945257410 countsByYear W19452574102020 @default.
• W1945257410 countsByYear W19452574102021 @default.
• W1945257410 countsByYear W19452574102022 @default.
• W1945257410 countsByYear W19452574102023 @default.
• W1945257410 crossrefType "journal-article" @default.
• W1945257410 hasAuthorship W1945257410A5085477907 @default.
• W1945257410 hasAuthorship W1945257410A5090506277 @default.
• W1945257410 hasBestOaLocation W19452574101 @default.
• W1945257410 hasConcept C102789151 @default.
• W1945257410 hasConcept C124886560 @default.
• W1945257410 hasConcept C144024400 @default.
• W1945257410 hasConcept C149923435 @default.
• W1945257410 hasConcept C165287380 @default.
• W1945257410 hasConcept C168197293 @default.
• W1945257410 hasConcept C173651095 @default.
• W1945257410 hasConcept C178772583 @default.
• W1945257410 hasConcept C185933670 @default.
• W1945257410 hasConcept C18903297 @default.
• W1945257410 hasConcept C22787982 @default.
• W1945257410 hasConcept C2780618852 @default.
• W1945257410 hasConcept C2908647359 @default.

• next