FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386001678> ?p ?o ?g. }

• W4386001678 abstract "Abstract The geographic extent of Japanese encephalitis virus (JEV), a zoonotic, mosquito-borne virus, increased dramatically in south-eastern Australia over the summer of 2021-2022 resulting in outbreaks in piggeries, 45 cases of human disease, and simultaneous detection of JEV by mosquito and arbovirus surveillance programs. Preliminary investigation of the landscape epidemiology of the piggery outbreaks showed that they were associated with particular landscape structure as well as intermediate ardeid species richness. However, no exploration of the ways in which individual species or species composition may couple with JEV-associated landscape composition and configuration has been undertaken and, therefore, key questions regarding the landscape epidemiology and infection ecology of JEV in Australia remain unanswered. The current study sought to interrogate how individual species presence and their functional traits were distributed across the landscape, and how these distributions aligned with the landscape structure of JEV occurrence. Inhomogeneous Poisson point process models and multivariate hierarchical models were used to investigate the landscape-level ardeid species pools and the distribution of their pool-weighted traits with respect to JEV outbreaks. The distributions of six species were strongly associated with the distribution of JEV outbreaks reported in 2022: Casmerodius albus ( Ardea alba ), Ardea pacifica , Botaurus poiciloptilus , Egretta novaehollandiae , Ixobrychus minutus ( Ixobrychus dubius ), and Nycticorax caledonicus . Some JEV-delimiting landscape features, including transient wetlands and proximity to waterways, were associated with the presence of nearly all ardeid species, while others, such as crop cultivation, habitat fragmentation, and water flow accumulation were associated with only a subset of these species. In addition, hand-wing index was associated with species presence in landscapes associated with JEV outbreaks, which may suggest the importance of dispersal capacity in ardeid community assembly in landscapes that share environmental features with JEV occurrence. This study provides a preliminary selection of target species for the development of wild waterbird JEV surveillance, while uniquely accounting for sympatry and the potential for functional modulation of environmental filtering in high-risk landscapes, despite the broad landscape scale that necessarily constrained the analysis. Nevertheless, while the results provide an actionable One Health framework with which to develop wildlife surveillance, it must be noted that they do not describe community assembly rules, nor do they provide a description of community composition at local scale. The findings advance the current understanding of the landscape epidemiology of JEV in Australia by connecting landscapes with individual species from a family of established maintenance hosts and, given the large geographic extent of the potential circulation of JEV in maintenance hosts, provides valuable evidence-based information for targeted surveillance strategies." @default.
• W4386001678 created "2023-08-20" @default.
• W4386001678 creator A5055962914 @default.
• W4386001678 creator A5071370447 @default.
• W4386001678 creator A5076452885 @default.
• W4386001678 date "2023-08-18" @default.
• W4386001678 modified "2023-10-07" @default.
• W4386001678 title "Mapping the landscape pool of ardeid species to landscape structure associated with Japanese encephalitis virus in Australia" @default.
• W4386001678 cites W1221755350 @default.
• W4386001678 cites W1541774929 @default.
• W4386001678 cites W1568769611 @default.
• W4386001678 cites W1575429187 @default.
• W4386001678 cites W1578282594 @default.
• W4386001678 cites W1586965013 @default.
• W4386001678 cites W1800519929 @default.
• W4386001678 cites W1818937361 @default.
• W4386001678 cites W1882658170 @default.
• W4386001678 cites W1917173555 @default.
• W4386001678 cites W1926856021 @default.
• W4386001678 cites W1987431381 @default.
• W4386001678 cites W2004909987 @default.
• W4386001678 cites W2029185072 @default.
• W4386001678 cites W2032637655 @default.
• W4386001678 cites W2062955606 @default.
• W4386001678 cites W2064186732 @default.
• W4386001678 cites W2104031326 @default.
• W4386001678 cites W2111028218 @default.
• W4386001678 cites W2116354279 @default.
• W4386001678 cites W2123252019 @default.
• W4386001678 cites W2131803207 @default.
• W4386001678 cites W2132252052 @default.
• W4386001678 cites W2146904764 @default.
• W4386001678 cites W2170117929 @default.
• W4386001678 cites W2171798535 @default.
• W4386001678 cites W2180026541 @default.
• W4386001678 cites W2264133902 @default.
• W4386001678 cites W2324360419 @default.
• W4386001678 cites W2413068362 @default.
• W4386001678 cites W2464938060 @default.
• W4386001678 cites W2552708329 @default.
• W4386001678 cites W2553511478 @default.
• W4386001678 cites W2560167313 @default.
• W4386001678 cites W2612234673 @default.
• W4386001678 cites W2614464134 @default.
• W4386001678 cites W2622731166 @default.
• W4386001678 cites W2736004716 @default.
• W4386001678 cites W2790536788 @default.
• W4386001678 cites W2798109658 @default.
• W4386001678 cites W2802611283 @default.
• W4386001678 cites W2893026977 @default.
• W4386001678 cites W2901363179 @default.
• W4386001678 cites W2912617948 @default.
• W4386001678 cites W2915451093 @default.
• W4386001678 cites W2940747085 @default.
• W4386001678 cites W2955437746 @default.
• W4386001678 cites W2967264381 @default.
• W4386001678 cites W2998499873 @default.
• W4386001678 cites W3047353718 @default.
• W4386001678 cites W3047617722 @default.
• W4386001678 cites W3201480309 @default.
• W4386001678 cites W4213419599 @default.
• W4386001678 cites W4230827485 @default.
• W4386001678 cites W4238834309 @default.
• W4386001678 cites W4252489958 @default.
• W4386001678 cites W4308872169 @default.
• W4386001678 cites W4308887103 @default.
• W4386001678 cites W4376956630 @default.
• W4386001678 doi "https://doi.org/10.1101/2023.08.18.553798" @default.
• W4386001678 hasPublicationYear "2023" @default.
• W4386001678 type Work @default.
• W4386001678 citedByCount "0" @default.
• W4386001678 crossrefType "posted-content" @default.
• W4386001678 hasAuthorship W4386001678A5055962914 @default.
• W4386001678 hasAuthorship W4386001678A5071370447 @default.
• W4386001678 hasAuthorship W4386001678A5076452885 @default.
• W4386001678 hasBestOaLocation W43860016781 @default.
• W4386001678 hasConcept C116675565 @default.
• W4386001678 hasConcept C158510026 @default.
• W4386001678 hasConcept C159047783 @default.
• W4386001678 hasConcept C185933670 @default.
• W4386001678 hasConcept C18903297 @default.
• W4386001678 hasConcept C205649164 @default.
• W4386001678 hasConcept C86803240 @default.
• W4386001678 hasConcept C87690585 @default.
• W4386001678 hasConceptScore W4386001678C116675565 @default.
• W4386001678 hasConceptScore W4386001678C158510026 @default.
• W4386001678 hasConceptScore W4386001678C159047783 @default.
• W4386001678 hasConceptScore W4386001678C185933670 @default.
• W4386001678 hasConceptScore W4386001678C18903297 @default.
• W4386001678 hasConceptScore W4386001678C205649164 @default.
• W4386001678 hasConceptScore W4386001678C86803240 @default.
• W4386001678 hasConceptScore W4386001678C87690585 @default.
• W4386001678 hasLocation W43860016781 @default.
• W4386001678 hasOpenAccess W4386001678 @default.
• W4386001678 hasPrimaryLocation W43860016781 @default.
• W4386001678 hasRelatedWork W1524579078 @default.
• W4386001678 hasRelatedWork W1583814745 @default.
• W4386001678 hasRelatedWork W1972724677 @default.
• W4386001678 hasRelatedWork W1996083730 @default.
• W4386001678 hasRelatedWork W2028335729 @default.

• next