FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3206682484> ?p ?o ?g. }

• W3206682484 endingPage "184" @default.
• W3206682484 startingPage "173" @default.
• W3206682484 abstract "Abstract The epidemiological and demographic dynamics of plant–pathogen interactions in natural environments are strongly affected by spatial and temporal influences. Here we assess the interaction between Filipendula ulmaria and its rust pathogen Triphragmium ulmariae by analysing a 30‐year long dataset that has followed pathogen and plant population dynamics in a metapopulation of ~230 host patches growing on islands of the Skeppsvik archipelago in northern Sweden. Over this period, the host metapopulation initially expanded in both number and size of individual patches before plateauing. In contrast, the pathogen metapopulation showed greater change. Disease incidence showed a convex pattern rising for the first decade before showing a marked decline in the last decade. At the same time, the prevalence of disease in infected populations showed a constant 30‐year long decline. At the individual host population level, each population was annually classified into one of four inter‐year states: healthy, recolonization, extinction and diseased. Host populations that were healthy from 1 year to the next were significantly smaller than all other host population categories, while host populations in which disease was constantly present were significantly larger. Host populations in which the pathogen underwent either an extinction or a recolonization event were of similar size and represented a measure of the host threshold size for long‐term pathogen survival. Host population growth rates declined as disease levels increased. The growth rate of host populations in which disease was continuously present was 75% lower than in populations that were free disease. The sensitivity of the association to climate change as demonstrated through a decline in disease incidence and prevalence and an increase in drought damage to plant populations as temperatures rise has only become apparent through analysis of an extensive long‐term dataset. Synthesis . To date wild plant–pathogen studies have focused on the epidemiology of the pathogen and its effect on individual plant fitness. Here we have established a link to the impact of the pathogen on the long‐term dynamics of host populations. This has the potential to trigger a cascade of changes in the species composition and diversity of communities." @default.
• W3206682484 created "2021-10-25" @default.
• W3206682484 creator A5018485851 @default.
• W3206682484 creator A5031534178 @default.
• W3206682484 creator A5063007042 @default.
• W3206682484 creator A5069545731 @default.
• W3206682484 date "2021-10-27" @default.
• W3206682484 modified "2023-10-16" @default.
• W3206682484 title "Disease influences host population growth rates in a natural wild plant–pathogen association over a 30‐year period" @default.
• W3206682484 cites W1232402664 @default.
• W3206682484 cites W1507983923 @default.
• W3206682484 cites W1524383063 @default.
• W3206682484 cites W1537419476 @default.
• W3206682484 cites W1547594974 @default.
• W3206682484 cites W1547891242 @default.
• W3206682484 cites W1726369421 @default.
• W3206682484 cites W1845699430 @default.
• W3206682484 cites W1964707838 @default.
• W3206682484 cites W1968306045 @default.
• W3206682484 cites W1968894342 @default.
• W3206682484 cites W1978501855 @default.
• W3206682484 cites W1981655246 @default.
• W3206682484 cites W1991941523 @default.
• W3206682484 cites W1993644529 @default.
• W3206682484 cites W1999754755 @default.
• W3206682484 cites W2002513384 @default.
• W3206682484 cites W2019647085 @default.
• W3206682484 cites W2025811646 @default.
• W3206682484 cites W2038361922 @default.
• W3206682484 cites W2041872949 @default.
• W3206682484 cites W2045732222 @default.
• W3206682484 cites W2052229731 @default.
• W3206682484 cites W2052611179 @default.
• W3206682484 cites W2061530850 @default.
• W3206682484 cites W2082026100 @default.
• W3206682484 cites W2085140951 @default.
• W3206682484 cites W2096181237 @default.
• W3206682484 cites W2096531681 @default.
• W3206682484 cites W2098863507 @default.
• W3206682484 cites W2099420111 @default.
• W3206682484 cites W2106664243 @default.
• W3206682484 cites W2106894357 @default.
• W3206682484 cites W2113340730 @default.
• W3206682484 cites W2119841894 @default.
• W3206682484 cites W2128852262 @default.
• W3206682484 cites W2132214671 @default.
• W3206682484 cites W2133469909 @default.
• W3206682484 cites W2138078010 @default.
• W3206682484 cites W2139898428 @default.
• W3206682484 cites W2141213897 @default.
• W3206682484 cites W2148195572 @default.
• W3206682484 cites W2155154031 @default.
• W3206682484 cites W2160968777 @default.
• W3206682484 cites W2166032011 @default.
• W3206682484 cites W2168182570 @default.
• W3206682484 cites W2168515722 @default.
• W3206682484 cites W2171612943 @default.
• W3206682484 cites W2179372660 @default.
• W3206682484 cites W2179971682 @default.
• W3206682484 cites W2188300929 @default.
• W3206682484 cites W2313339984 @default.
• W3206682484 cites W2315317500 @default.
• W3206682484 cites W2322947893 @default.
• W3206682484 cites W2323206765 @default.
• W3206682484 cites W2331427583 @default.
• W3206682484 cites W2334240104 @default.
• W3206682484 cites W2334360449 @default.
• W3206682484 cites W2409371563 @default.
• W3206682484 cites W2793487177 @default.
• W3206682484 cites W2799654346 @default.
• W3206682484 cites W2804538335 @default.
• W3206682484 cites W2907499553 @default.
• W3206682484 cites W2921679613 @default.
• W3206682484 cites W2947448204 @default.
• W3206682484 cites W2984782177 @default.
• W3206682484 cites W3049306487 @default.
• W3206682484 cites W3084444169 @default.
• W3206682484 cites W3110920004 @default.
• W3206682484 cites W4206430709 @default.
• W3206682484 cites W4375906313 @default.
• W3206682484 cites W55780646 @default.
• W3206682484 cites W3148897803 @default.
• W3206682484 doi "https://doi.org/10.1111/1365-2745.13794" @default.
• W3206682484 hasPublicationYear "2021" @default.
• W3206682484 type Work @default.
• W3206682484 sameAs 3206682484 @default.
• W3206682484 citedByCount "3" @default.
• W3206682484 countsByYear W32066824842021 @default.
• W3206682484 countsByYear W32066824842022 @default.
• W3206682484 crossrefType "journal-article" @default.
• W3206682484 hasAuthorship W3206682484A5018485851 @default.
• W3206682484 hasAuthorship W3206682484A5031534178 @default.
• W3206682484 hasAuthorship W3206682484A5063007042 @default.
• W3206682484 hasAuthorship W3206682484A5069545731 @default.
• W3206682484 hasBestOaLocation W32066824841 @default.
• W3206682484 hasConcept C101991246 @default.
• W3206682484 hasConcept C126831891 @default.
• W3206682484 hasConcept C144024400 @default.

• next