FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2914835380> ?p ?o ?g. }

• W2914835380 abstract "Abstract Inter‐ and intraspecific competition are usually observed over a few generations but their patterns and consequences are seldom tractable in natural systems over longer timescales relevant to macroevolutionary change. Here, we use win‐draw‐lose competitive overgrowths for a marine benthic community of encrusting bryozoans that have evolved together in New Zealand for at least 2.3 million years to investigate battles for substrate space, a resource that is limiting for these colonial organisms. Using more than 6,000 fossilized and contemporary battles, we explored what combination of traits—including relative zooid (module) size, weapons, armor, and relative abundance—best predict battle outcomes, and if these are time varying. In simpler models, where we disregard trait–trait interactions, we find that the effects of larger zooid sizes and three‐dimensional growth on battle outcomes are both positive, while that of relative abundance is negative, such that more common species are more often overgrown by less common species. When we include trait–trait and trait–time interactions in our models, we confirm that a larger zooid size is advantageous for successful overgrowth but infer that it is time varying. In these complex models, we also detect interactions between combinations of traits, where more armored and weaponized bryozoans seem to be at a disadvantage in overgrowth battles. Our best models do perform statistically better than the null model, but we find that there is low predictability for overgrowth outcomes for our New Zealand data set of fossil and contemporary battles, suggesting unmeasured variables and/or high stochasticity in a system that is otherwise well characterized. A best model, developed using our New Zealand data, is applied to three ecologically similar systems described in previous studies to investigate its general predictive power, with the expectation that it would perform better than null models. Surprisingly, we find that the best model developed within the New Zealand system cannot be extrapolated to other encrusting cheilostome bryozoan communities and that these three communities often even have opposite signs for trait coefficients. We conclude that there is much to learn about multi‐species marine communities where biotic interactions such as competition may have long‐lasting consequences for ecological and evolutionary dynamics." @default.
• W2914835380 created "2019-02-21" @default.
• W2914835380 creator A5001300998 @default.
• W2914835380 creator A5008697562 @default.
• W2914835380 creator A5011960557 @default.
• W2914835380 creator A5039139093 @default.
• W2914835380 creator A5062677779 @default.
• W2914835380 date "2019-02-01" @default.
• W2914835380 modified "2023-10-05" @default.
• W2914835380 title "Size, weapons, and armor as predictors of competitive outcomes in fossil and contemporary marine communities" @default.
• W2914835380 cites W1480376833 @default.
• W2914835380 cites W1513618424 @default.
• W2914835380 cites W1940066137 @default.
• W2914835380 cites W1947220682 @default.
• W2914835380 cites W1968171705 @default.
• W2914835380 cites W1971607068 @default.
• W2914835380 cites W1976843252 @default.
• W2914835380 cites W1982909644 @default.
• W2914835380 cites W1989935715 @default.
• W2914835380 cites W1990939785 @default.
• W2914835380 cites W2007620373 @default.
• W2914835380 cites W2009774014 @default.
• W2914835380 cites W2017471269 @default.
• W2914835380 cites W2019386657 @default.
• W2914835380 cites W2032048520 @default.
• W2914835380 cites W2036501003 @default.
• W2914835380 cites W2043156007 @default.
• W2914835380 cites W2043734488 @default.
• W2914835380 cites W2044272853 @default.
• W2914835380 cites W2045496025 @default.
• W2914835380 cites W2046468256 @default.
• W2914835380 cites W2049018506 @default.
• W2914835380 cites W2052389315 @default.
• W2914835380 cites W2053821325 @default.
• W2914835380 cites W2053853410 @default.
• W2914835380 cites W2055424827 @default.
• W2914835380 cites W2061671832 @default.
• W2914835380 cites W2063608542 @default.
• W2914835380 cites W2065325040 @default.
• W2914835380 cites W2071639577 @default.
• W2914835380 cites W2076983043 @default.
• W2914835380 cites W2079676167 @default.
• W2914835380 cites W2081257077 @default.
• W2914835380 cites W2084511425 @default.
• W2914835380 cites W2086274435 @default.
• W2914835380 cites W2092302011 @default.
• W2914835380 cites W2100347437 @default.
• W2914835380 cites W2104282009 @default.
• W2914835380 cites W2104288201 @default.
• W2914835380 cites W2107033939 @default.
• W2914835380 cites W2108432001 @default.
• W2914835380 cites W2110891168 @default.
• W2914835380 cites W2113720451 @default.
• W2914835380 cites W2121315592 @default.
• W2914835380 cites W2121473102 @default.
• W2914835380 cites W2131118202 @default.
• W2914835380 cites W2133509895 @default.
• W2914835380 cites W2140924272 @default.
• W2914835380 cites W2153483914 @default.
• W2914835380 cites W2154364421 @default.
• W2914835380 cites W2157225268 @default.
• W2914835380 cites W2158932778 @default.
• W2914835380 cites W2161847290 @default.
• W2914835380 cites W2168175751 @default.
• W2914835380 cites W2180110940 @default.
• W2914835380 cites W2183839408 @default.
• W2914835380 cites W2200537703 @default.
• W2914835380 cites W2286885512 @default.
• W2914835380 cites W2288928384 @default.
• W2914835380 cites W2319602476 @default.
• W2914835380 cites W2340872654 @default.
• W2914835380 cites W2412311687 @default.
• W2914835380 cites W2479696923 @default.
• W2914835380 cites W2498119267 @default.
• W2914835380 cites W2515058020 @default.
• W2914835380 cites W2515934449 @default.
• W2914835380 cites W2625122101 @default.
• W2914835380 cites W2736086954 @default.
• W2914835380 cites W2740108691 @default.
• W2914835380 cites W2766855578 @default.
• W2914835380 cites W2784047423 @default.
• W2914835380 cites W2971029775 @default.
• W2914835380 cites W4300517352 @default.
• W2914835380 doi "https://doi.org/10.1002/ecm.1354" @default.
• W2914835380 hasPublicationYear "2019" @default.
• W2914835380 type Work @default.
• W2914835380 sameAs 2914835380 @default.
• W2914835380 citedByCount "13" @default.
• W2914835380 countsByYear W29148353802019 @default.
• W2914835380 countsByYear W29148353802020 @default.
• W2914835380 countsByYear W29148353802021 @default.
• W2914835380 countsByYear W29148353802022 @default.
• W2914835380 countsByYear W29148353802023 @default.
• W2914835380 crossrefType "journal-article" @default.
• W2914835380 hasAuthorship W2914835380A5001300998 @default.
• W2914835380 hasAuthorship W2914835380A5008697562 @default.
• W2914835380 hasAuthorship W2914835380A5011960557 @default.
• W2914835380 hasAuthorship W2914835380A5039139093 @default.
• W2914835380 hasAuthorship W2914835380A5062677779 @default.
• W2914835380 hasBestOaLocation W29148353801 @default.

• next