Matches in SemOpenAlex for { <https://semopenalex.org/work/W4324285478> ?p ?o ?g. }
- W4324285478 abstract "Abstract The hydrological regime leads to fluctuations in the availability of food resources for fish, which may reflect in their diet variation. Our main goal was to analyze the relationship between water-level fluctuations and the diet and the body condition of Trachelyopterus galeatus in the Upper Paraná River floodplain. The fish used in the study were sampled quarterly along nine years, at nine sampling stations. Our results showed that diet of T. galeatus varied in response to oscillations in the hydrometric level, with the consumption of terrestrial invertebrates being positively related to hydrometric level, while the consumption of aquatic invertebrates was negatively related. The trophic niche breadth and feeding activity were not affected by hydrometric level, but the fish body condition was positively affected. The high food plasticity allows T. galeatus to consume the most available resources (e.g., terrestrial invertebrates in high water levels), which probably contributed to the increase in its body condition in higher hydrometric levels. In summary, the hydrological dynamic is fundamental for the diet variation of omnivorous fish, which can take advantage of the resource availability according to the hydrometric level, increasing its body condition when allochthonous resources as terrestrial invertebrates are supposed to be more available." @default.
- W4324285478 created "2023-03-16" @default.
- W4324285478 creator A5006774399 @default.
- W4324285478 creator A5032006508 @default.
- W4324285478 creator A5044106102 @default.
- W4324285478 creator A5047449837 @default.
- W4324285478 creator A5082445938 @default.
- W4324285478 creator A5090899897 @default.
- W4324285478 date "2023-01-01" @default.
- W4324285478 modified "2023-10-16" @default.
- W4324285478 title "Water-level fluctuations lead to changes in the diet of an omnivorous fish in a floodplain" @default.
- W4324285478 cites W1536236069 @default.
- W4324285478 cites W1547156128 @default.
- W4324285478 cites W1965107210 @default.
- W4324285478 cites W1971465855 @default.
- W4324285478 cites W1975000859 @default.
- W4324285478 cites W1980571723 @default.
- W4324285478 cites W1988139065 @default.
- W4324285478 cites W1995920842 @default.
- W4324285478 cites W1998197474 @default.
- W4324285478 cites W1998302700 @default.
- W4324285478 cites W2000080305 @default.
- W4324285478 cites W2019655958 @default.
- W4324285478 cites W2030079328 @default.
- W4324285478 cites W2037963440 @default.
- W4324285478 cites W2047935009 @default.
- W4324285478 cites W2055985493 @default.
- W4324285478 cites W2056680827 @default.
- W4324285478 cites W2060013116 @default.
- W4324285478 cites W2070564262 @default.
- W4324285478 cites W2074819178 @default.
- W4324285478 cites W2074835277 @default.
- W4324285478 cites W2079230676 @default.
- W4324285478 cites W2087241645 @default.
- W4324285478 cites W2091161543 @default.
- W4324285478 cites W2093714550 @default.
- W4324285478 cites W2116639792 @default.
- W4324285478 cites W2118327902 @default.
- W4324285478 cites W2120023605 @default.
- W4324285478 cites W2129994462 @default.
- W4324285478 cites W2131634465 @default.
- W4324285478 cites W2131931626 @default.
- W4324285478 cites W2136064710 @default.
- W4324285478 cites W2137001683 @default.
- W4324285478 cites W2153132474 @default.
- W4324285478 cites W2165349410 @default.
- W4324285478 cites W2167937648 @default.
- W4324285478 cites W2169586031 @default.
- W4324285478 cites W2333650015 @default.
- W4324285478 cites W2336248889 @default.
- W4324285478 cites W2345170462 @default.
- W4324285478 cites W2559822235 @default.
- W4324285478 cites W2609330124 @default.
- W4324285478 cites W2615364714 @default.
- W4324285478 cites W2709154447 @default.
- W4324285478 cites W2767107244 @default.
- W4324285478 cites W2789524021 @default.
- W4324285478 cites W2809240906 @default.
- W4324285478 cites W2903296239 @default.
- W4324285478 cites W2911131634 @default.
- W4324285478 cites W2938337814 @default.
- W4324285478 cites W2949548511 @default.
- W4324285478 cites W2953872252 @default.
- W4324285478 cites W2980867729 @default.
- W4324285478 cites W2996852435 @default.
- W4324285478 cites W3014335262 @default.
- W4324285478 cites W3018687889 @default.
- W4324285478 cites W4254687493 @default.
- W4324285478 doi "https://doi.org/10.1590/1982-0224-2022-0064" @default.
- W4324285478 hasPublicationYear "2023" @default.
- W4324285478 type Work @default.
- W4324285478 citedByCount "0" @default.
- W4324285478 crossrefType "journal-article" @default.
- W4324285478 hasAuthorship W4324285478A5006774399 @default.
- W4324285478 hasAuthorship W4324285478A5032006508 @default.
- W4324285478 hasAuthorship W4324285478A5044106102 @default.
- W4324285478 hasAuthorship W4324285478A5047449837 @default.
- W4324285478 hasAuthorship W4324285478A5082445938 @default.
- W4324285478 hasAuthorship W4324285478A5090899897 @default.
- W4324285478 hasBestOaLocation W43242854781 @default.
- W4324285478 hasConcept C11796040 @default.
- W4324285478 hasConcept C1284942 @default.
- W4324285478 hasConcept C13474642 @default.
- W4324285478 hasConcept C155681218 @default.
- W4324285478 hasConcept C188382862 @default.
- W4324285478 hasConcept C18903297 @default.
- W4324285478 hasConcept C205649164 @default.
- W4324285478 hasConcept C2909208804 @default.
- W4324285478 hasConcept C505870484 @default.
- W4324285478 hasConcept C58640448 @default.
- W4324285478 hasConcept C72958200 @default.
- W4324285478 hasConcept C86803240 @default.
- W4324285478 hasConceptScore W4324285478C11796040 @default.
- W4324285478 hasConceptScore W4324285478C1284942 @default.
- W4324285478 hasConceptScore W4324285478C13474642 @default.
- W4324285478 hasConceptScore W4324285478C155681218 @default.
- W4324285478 hasConceptScore W4324285478C188382862 @default.
- W4324285478 hasConceptScore W4324285478C18903297 @default.
- W4324285478 hasConceptScore W4324285478C205649164 @default.
- W4324285478 hasConceptScore W4324285478C2909208804 @default.