FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3020854026> ?p ?o ?g. }

• W3020854026 abstract "Species distribution models (SDMs) are generally thought to be good indicators of habitat suitability, and thus of species’ performance, consequently SDMs can be validated by checking whether the areas projected to have the greatest habitat quality are occupied by individuals or populations with higher than average fitness. We hypothesized a positive and statistically significant relationship between observed in the field body size of the snail V. turgida and modelled habitat suitability, tested this relationship with linear mixed models, and found that indeed, larger individuals tend to occupy high-quality areas, as predicted by the SDMs. However, by testing several SDM algorithms, we found varied levels of performance in terms of expounding this relationship. Marginal R 2 , expressing the variance explained by the fixed terms in the regression models, was adopted as a measure of functional accuracy, and used to rank the SDMs accordingly. In this respect, the Bayesian additive regression trees (BART) algorithm (Carlson, 2020) gave the best result, despite the low AUC and TSS. By restricting our analysis to the BART algorithm only, a variety of sets of environmental variables commonly or less used in the construction of SDMs were explored and tested according to their functional accuracy. In this respect, the SDM produced using the ENVIREM data set (Title, Bemmels, 2018) gave the best result." @default.
• W3020854026 created "2020-05-13" @default.
• W3020854026 creator A5029728724 @default.
• W3020854026 creator A5035344254 @default.
• W3020854026 date "2020-05-10" @default.
• W3020854026 modified "2023-10-17" @default.
• W3020854026 title "Associations Between Habitat Quality And Body Size In The Carpathian Land Snail Vestia turgida: Species Distribution Model Selection And Assessment Of Performance" @default.
• W3020854026 cites W1526319989 @default.
• W3020854026 cites W1541774929 @default.
• W3020854026 cites W1543590217 @default.
• W3020854026 cites W1733649551 @default.
• W3020854026 cites W1792367639 @default.
• W3020854026 cites W1862251502 @default.
• W3020854026 cites W1933386777 @default.
• W3020854026 cites W1963970295 @default.
• W3020854026 cites W1966827292 @default.
• W3020854026 cites W1968114652 @default.
• W3020854026 cites W1972389057 @default.
• W3020854026 cites W1990082322 @default.
• W3020854026 cites W1993029261 @default.
• W3020854026 cites W1996845390 @default.
• W3020854026 cites W1999081682 @default.
• W3020854026 cites W2001974051 @default.
• W3020854026 cites W2025992337 @default.
• W3020854026 cites W2031119192 @default.
• W3020854026 cites W2036581019 @default.
• W3020854026 cites W2046027506 @default.
• W3020854026 cites W2050024423 @default.
• W3020854026 cites W2056629804 @default.
• W3020854026 cites W2057041211 @default.
• W3020854026 cites W2057867151 @default.
• W3020854026 cites W2060298585 @default.
• W3020854026 cites W2062959428 @default.
• W3020854026 cites W2076532342 @default.
• W3020854026 cites W2076999350 @default.
• W3020854026 cites W2080340268 @default.
• W3020854026 cites W2081698878 @default.
• W3020854026 cites W2088778785 @default.
• W3020854026 cites W2088864459 @default.
• W3020854026 cites W2091809828 @default.
• W3020854026 cites W2094636898 @default.
• W3020854026 cites W2097601813 @default.
• W3020854026 cites W2104007212 @default.
• W3020854026 cites W2104609216 @default.
• W3020854026 cites W2111027908 @default.
• W3020854026 cites W2112776483 @default.
• W3020854026 cites W2113304739 @default.
• W3020854026 cites W2115445118 @default.
• W3020854026 cites W2120160157 @default.
• W3020854026 cites W2130560194 @default.
• W3020854026 cites W2135695572 @default.
• W3020854026 cites W2146613319 @default.
• W3020854026 cites W2147531279 @default.
• W3020854026 cites W2151666808 @default.
• W3020854026 cites W2153989276 @default.
• W3020854026 cites W2155986656 @default.
• W3020854026 cites W2158854610 @default.
• W3020854026 cites W2161265279 @default.
• W3020854026 cites W2164777277 @default.
• W3020854026 cites W2167518054 @default.
• W3020854026 cites W2173582002 @default.
• W3020854026 cites W2200557314 @default.
• W3020854026 cites W2230291276 @default.
• W3020854026 cites W2236388439 @default.
• W3020854026 cites W2324360419 @default.
• W3020854026 cites W2333145430 @default.
• W3020854026 cites W2334459789 @default.
• W3020854026 cites W2346461172 @default.
• W3020854026 cites W2559624296 @default.
• W3020854026 cites W2597742735 @default.
• W3020854026 cites W2623768129 @default.
• W3020854026 cites W2754287923 @default.
• W3020854026 cites W2766660803 @default.
• W3020854026 cites W2769311935 @default.
• W3020854026 cites W2796853011 @default.
• W3020854026 cites W2806384619 @default.
• W3020854026 cites W2885030626 @default.
• W3020854026 cites W2896792218 @default.
• W3020854026 cites W2947503381 @default.
• W3020854026 cites W2953259387 @default.
• W3020854026 cites W2955316076 @default.
• W3020854026 cites W2958856141 @default.
• W3020854026 cites W3011491761 @default.
• W3020854026 cites W3127970007 @default.
• W3020854026 cites W4244894666 @default.
• W3020854026 cites W4249209379 @default.
• W3020854026 cites W4249887531 @default.
• W3020854026 cites W4253628321 @default.
• W3020854026 cites W2725277116 @default.
• W3020854026 doi "https://doi.org/10.1101/2020.05.09.085746" @default.
• W3020854026 hasPublicationYear "2020" @default.
• W3020854026 type Work @default.
• W3020854026 sameAs 3020854026 @default.
• W3020854026 citedByCount "1" @default.
• W3020854026 countsByYear W30208540262022 @default.
• W3020854026 crossrefType "posted-content" @default.
• W3020854026 hasAuthorship W3020854026A5029728724 @default.
• W3020854026 hasAuthorship W3020854026A5035344254 @default.
• W3020854026 hasBestOaLocation W30208540261 @default.
• W3020854026 hasConcept C102715595 @default.

• next