FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3046794821> ?p ?o ?g. }

• W3046794821 endingPage "2258" @default.
• W3046794821 startingPage "2246" @default.
• W3046794821 abstract "Ecological network theory hypothesizes that the structuring of species interactions can convey stability to the system. Investigating how these structures react to species loss is fundamental for understanding network disassembly or their robustness. However, this topic has mainly been studied in-silico so far. Here, in an experimental manipulation, we sequentially removed four generalist plants from real plant–pollinator networks. We explored the effects on, and drivers of, species and interaction disappearance, network structure and interaction rewiring. First, we compared both the local extinctions of species and interactions and the observed network indices with those expected from three co-extinction models. Second, we investigated the trends in network indices and rewiring rate after plant removal and the pollinator tendency at establishing novel links in relation to their proportional visitation to the removed plants. Furthermore, we explored the underlying drivers of network assembly with probability matrices based on ecological traits. Our results indicate that the cumulative local extinctions of species and interactions increased faster with generalist plant loss than what was expected by co-extinction models, which predicted the survival or disappearance of many species incorrectly, and the observed network indices were lowly correlated to those predicted by co-extinction models. Furthermore, the real networks reacted in complex ways to plant removal. First, network nestedness decreased and modularity increased. Second, although species abundance was a main assembly rule, opportunistic random interactions and structural unpredictability emerged as plants were removed. Both these reactions could indicate network instability and fragility. Other results showed network reorganization, as rewiring rate was high and asymmetries between network levels emerged as plants increased their centrality. Moreover, the generalist pollinators that had frequently visited both the plants targeted of removal and the non-target plants tended to establish novel links more than who either had only visited the removal plants or avoided to do so. With the experimental manipulation of real networks, our study shows that despite their reorganizational ability, plant–pollinator networks changed towards a more fragile state when generalist plants are lost. A free Plain Language Summary can be found within the Supporting Information of this article." @default.
• W3046794821 created "2020-08-07" @default.
• W3046794821 creator A5021169648 @default.
• W3046794821 creator A5035896146 @default.
• W3046794821 creator A5070428597 @default.
• W3046794821 creator A5079300685 @default.
• W3046794821 creator A5091418712 @default.
• W3046794821 date "2020-08-26" @default.
• W3046794821 modified "2023-10-15" @default.
• W3046794821 title "An empirical attack tolerance test alters the structure and species richness of plant–pollinator networks" @default.
• W3046794821 cites W1480001838 @default.
• W3046794821 cites W1844424824 @default.
• W3046794821 cites W1951724000 @default.
• W3046794821 cites W1966941947 @default.
• W3046794821 cites W1975874549 @default.
• W3046794821 cites W1990174818 @default.
• W3046794821 cites W1996263122 @default.
• W3046794821 cites W2009499611 @default.
• W3046794821 cites W2012081875 @default.
• W3046794821 cites W2019262535 @default.
• W3046794821 cites W2039646890 @default.
• W3046794821 cites W2040588987 @default.
• W3046794821 cites W2056542296 @default.
• W3046794821 cites W2061290147 @default.
• W3046794821 cites W2068761970 @default.
• W3046794821 cites W2074767365 @default.
• W3046794821 cites W2081201855 @default.
• W3046794821 cites W2082972049 @default.
• W3046794821 cites W2086549268 @default.
• W3046794821 cites W2111614905 @default.
• W3046794821 cites W2115760600 @default.
• W3046794821 cites W2122184339 @default.
• W3046794821 cites W2125373501 @default.
• W3046794821 cites W2140664585 @default.
• W3046794821 cites W2151402778 @default.
• W3046794821 cites W2153272055 @default.
• W3046794821 cites W2153424753 @default.
• W3046794821 cites W2154508194 @default.
• W3046794821 cites W2154894777 @default.
• W3046794821 cites W2157202374 @default.
• W3046794821 cites W2157274337 @default.
• W3046794821 cites W2162861007 @default.
• W3046794821 cites W2163092326 @default.
• W3046794821 cites W2164727176 @default.
• W3046794821 cites W2165779374 @default.
• W3046794821 cites W2166973760 @default.
• W3046794821 cites W2167428909 @default.
• W3046794821 cites W2167597078 @default.
• W3046794821 cites W2168793216 @default.
• W3046794821 cites W2170637324 @default.
• W3046794821 cites W2178157976 @default.
• W3046794821 cites W2267802216 @default.
• W3046794821 cites W2330820577 @default.
• W3046794821 cites W2508393818 @default.
• W3046794821 cites W2561537117 @default.
• W3046794821 cites W2582575549 @default.
• W3046794821 cites W2585482648 @default.
• W3046794821 cites W2600715883 @default.
• W3046794821 cites W2754407973 @default.
• W3046794821 cites W2794430624 @default.
• W3046794821 cites W2895040458 @default.
• W3046794821 cites W2895261078 @default.
• W3046794821 cites W2898665257 @default.
• W3046794821 cites W2904589194 @default.
• W3046794821 cites W2907418706 @default.
• W3046794821 cites W2941546749 @default.
• W3046794821 cites W2951253853 @default.
• W3046794821 cites W2983059328 @default.
• W3046794821 cites W3103071483 @default.
• W3046794821 doi "https://doi.org/10.1111/1365-2435.13642" @default.
• W3046794821 hasPublicationYear "2020" @default.
• W3046794821 type Work @default.
• W3046794821 sameAs 3046794821 @default.
• W3046794821 citedByCount "28" @default.
• W3046794821 countsByYear W30467948212021 @default.
• W3046794821 countsByYear W30467948212022 @default.
• W3046794821 countsByYear W30467948212023 @default.
• W3046794821 crossrefType "journal-article" @default.
• W3046794821 hasAuthorship W3046794821A5021169648 @default.
• W3046794821 hasAuthorship W3046794821A5035896146 @default.
• W3046794821 hasAuthorship W3046794821A5070428597 @default.
• W3046794821 hasAuthorship W3046794821A5079300685 @default.
• W3046794821 hasAuthorship W3046794821A5091418712 @default.
• W3046794821 hasBestOaLocation W30467948212 @default.
• W3046794821 hasConcept C10138342 @default.
• W3046794821 hasConcept C101991246 @default.
• W3046794821 hasConcept C102789151 @default.
• W3046794821 hasConcept C104317684 @default.
• W3046794821 hasConcept C110872660 @default.
• W3046794821 hasConcept C151730666 @default.
• W3046794821 hasConcept C162324750 @default.
• W3046794821 hasConcept C168197293 @default.
• W3046794821 hasConcept C176147130 @default.
• W3046794821 hasConcept C185933670 @default.
• W3046794821 hasConcept C18903297 @default.
• W3046794821 hasConcept C2775945657 @default.
• W3046794821 hasConcept C2779478453 @default.
• W3046794821 hasConcept C2780267512 @default.

• next