FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4292363569> ?p ?o ?g. }

• W4292363569 endingPage "158143" @default.
• W4292363569 startingPage "158143" @default.
• W4292363569 abstract "Outbreaks of the corallivorous Crown-of-Thorns Seastar (CoTS) Acanthaster cf. solaris contribute significantly to coral reef loss. Control of outbreaks is hampered because standard monitoring techniques do not detect outbreaks at early (low density) stages, thus preventing early intervention. We previously demonstrated that eDNA monitoring can detect CoTS at intermediate densities. Here, we test whether detection probability can be improved by (i) targeted site selection or collection at specific times and (ii) moving from an average eDNA copy number approach (based on the limit of quantification) to a presence/absence approach (based on the limit of detection). Using a dataset collected over three years and multiple reef sites, we demonstrated that adding water residence age, sea surface level and temperature into generalized linear models explained low amounts of variance of eDNA copy numbers. Site specific CoTS density, by contrast, was a significant predictor for eDNA copy numbers. Bayesian multi-scale occupancy modelling of the presence/absence data demonstrated that the probability of sample capture (θ) on most reefs with intermediate or high CoTS densities was >0.8. Thus, confirming CoTS presence on these reefs would only require 2–3 samples. Sample capture decreased with decreasing CoTS density. Collecting ten filters was sufficient to reliably (based on the lower 95 % Credibility Interval) detect CoTS below nominal outbreak levels (3 Ind. ha−1). Copy number-based estimates may be more relevant to quantify CoTS at higher densities. Although water residence age did contribute little to our models, sites with higher residence times may serve as sentinel sites accumulating eDNA. The approach based on presence or absence of eDNA facilitates eDNA monitoring to detect CoTS densities below outbreak thresholds and we continue to further develop this method for quantification." @default.
• W4292363569 created "2022-08-20" @default.
• W4292363569 creator A5013745815 @default.
• W4292363569 creator A5018728273 @default.
• W4292363569 creator A5037116623 @default.
• W4292363569 creator A5046084755 @default.
• W4292363569 creator A5060311343 @default.
• W4292363569 creator A5070655025 @default.
• W4292363569 date "2022-12-01" @default.
• W4292363569 modified "2023-10-06" @default.
• W4292363569 title "Developing an effective marine eDNA monitoring: eDNA detection at pre-outbreak densities of corallivorous seastar (Acanthaster cf. solaris)" @default.
• W4292363569 cites W1965161638 @default.
• W4292363569 cites W1975093661 @default.
• W4292363569 cites W1986200538 @default.
• W4292363569 cites W2011204100 @default.
• W4292363569 cites W2011445647 @default.
• W4292363569 cites W2016155812 @default.
• W4292363569 cites W2043180486 @default.
• W4292363569 cites W2057397238 @default.
• W4292363569 cites W2061517309 @default.
• W4292363569 cites W2088695664 @default.
• W4292363569 cites W2090898184 @default.
• W4292363569 cites W2101601160 @default.
• W4292363569 cites W2131545754 @default.
• W4292363569 cites W2142635246 @default.
• W4292363569 cites W2175259261 @default.
• W4292363569 cites W2214714404 @default.
• W4292363569 cites W2317481118 @default.
• W4292363569 cites W2340571531 @default.
• W4292363569 cites W2408339521 @default.
• W4292363569 cites W2416061875 @default.
• W4292363569 cites W2510426704 @default.
• W4292363569 cites W2538761605 @default.
• W4292363569 cites W2550463526 @default.
• W4292363569 cites W2576417104 @default.
• W4292363569 cites W2592893229 @default.
• W4292363569 cites W2594687108 @default.
• W4292363569 cites W2735620835 @default.
• W4292363569 cites W2740217419 @default.
• W4292363569 cites W2745663582 @default.
• W4292363569 cites W2750208722 @default.
• W4292363569 cites W2754086603 @default.
• W4292363569 cites W2767323476 @default.
• W4292363569 cites W2783918170 @default.
• W4292363569 cites W2794161124 @default.
• W4292363569 cites W2800525562 @default.
• W4292363569 cites W2892107910 @default.
• W4292363569 cites W2906482497 @default.
• W4292363569 cites W2913078818 @default.
• W4292363569 cites W2913725860 @default.
• W4292363569 cites W2938474482 @default.
• W4292363569 cites W2948219162 @default.
• W4292363569 cites W2978955904 @default.
• W4292363569 cites W2987115943 @default.
• W4292363569 cites W3024930800 @default.
• W4292363569 cites W3081572757 @default.
• W4292363569 cites W3139490939 @default.
• W4292363569 cites W3163651161 @default.
• W4292363569 cites W3174988335 @default.
• W4292363569 cites W3217718942 @default.
• W4292363569 doi "https://doi.org/10.1016/j.scitotenv.2022.158143" @default.
• W4292363569 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35995149" @default.
• W4292363569 hasPublicationYear "2022" @default.
• W4292363569 type Work @default.
• W4292363569 citedByCount "7" @default.
• W4292363569 countsByYear W42923635692022 @default.
• W4292363569 countsByYear W42923635692023 @default.
• W4292363569 crossrefType "journal-article" @default.
• W4292363569 hasAuthorship W4292363569A5013745815 @default.
• W4292363569 hasAuthorship W4292363569A5018728273 @default.
• W4292363569 hasAuthorship W4292363569A5037116623 @default.
• W4292363569 hasAuthorship W4292363569A5046084755 @default.
• W4292363569 hasAuthorship W4292363569A5060311343 @default.
• W4292363569 hasAuthorship W4292363569A5070655025 @default.
• W4292363569 hasConcept C116675565 @default.
• W4292363569 hasConcept C132943942 @default.
• W4292363569 hasConcept C151730666 @default.
• W4292363569 hasConcept C159047783 @default.
• W4292363569 hasConcept C2779741766 @default.
• W4292363569 hasConcept C2983338891 @default.
• W4292363569 hasConcept C505870484 @default.
• W4292363569 hasConcept C77044568 @default.
• W4292363569 hasConcept C86803240 @default.
• W4292363569 hasConceptScore W4292363569C116675565 @default.
• W4292363569 hasConceptScore W4292363569C132943942 @default.
• W4292363569 hasConceptScore W4292363569C151730666 @default.
• W4292363569 hasConceptScore W4292363569C159047783 @default.
• W4292363569 hasConceptScore W4292363569C2779741766 @default.
• W4292363569 hasConceptScore W4292363569C2983338891 @default.
• W4292363569 hasConceptScore W4292363569C505870484 @default.
• W4292363569 hasConceptScore W4292363569C77044568 @default.
• W4292363569 hasConceptScore W4292363569C86803240 @default.
• W4292363569 hasFunder F4320320458 @default.
• W4292363569 hasLocation W42923635691 @default.
• W4292363569 hasLocation W42923635692 @default.
• W4292363569 hasOpenAccess W4292363569 @default.
• W4292363569 hasPrimaryLocation W42923635691 @default.
• W4292363569 hasRelatedWork W1976924989 @default.

• next