FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2321785960> ?p ?o ?g. }

• W2321785960 endingPage "228" @default.
• W2321785960 startingPage "217" @default.
• W2321785960 abstract "Tropical tadpoles may occur in a range of aquatic habitats, from tree holes ( e.g. , fitolimns), to permanent ponds and streams. Thus, tadpoles are exposed to a different sort of biotic and abiotic factors, according to the habitat they develop, and these factors may also vary over time. What are these factors? What are their relevance for the distribution of tadpole species and local assemblages? How do they affect the structure of tadpole assemblages? In this review, we explore these questions and recognize some trends regarding the factors influencing tropical tadpole assemblages. We can recognize at least nine major trends regarding the distribution and structure of tropical tadpole assemblages: (1) stream size and microhabitat diversity are important abiotic features influencing species richness and composition; (2) in ponds, the permanence gradient ( e.g. , hydroperiod), and the heterogeneity of habitat are the main factors modeling tropical tadpole assemblages; (3) species composition seems to be a more relevant assemblage parameter than species richness and should be first considered when planning conservation of both pond and stream-dwelling anurans; (4) predation seems to be the most important biotic interaction structuring tropical tadpole assemblages, with vertebrate predators ( e.g. , fishes) being more voracious in permanent habitats, while invertebrates ( e.g., odonate naiads) are the most important in temporary ones; (5) tadpoles may play a regulatory effect preying upon anuran eggs and recently hatched tadpoles (6) microhabitat use varies in function of breeding habitat choice by adults, presence of predators, phylogeny, stage of development and heterogeneity of the habitat; (7) historical factors restrict the breeding habitats that species may use, and impose behavioral and physiologic constrains; (8) temporal variation in biotic ( e.g. , risk factors) and abiotic factors ( e.g. , rainfall distribution), and the reproductive patterns of the species may interfere in the structure of tropical tadpole assemblages, and (9) food resource partitioning in tadpole assemblages may both be or not linked to microhabitat occupation, feeding behavior, and morphology. Future efforts regarding the study of tadpoles should contemplate assemblages associated with streams, and experimental studies." @default.
• W2321785960 created "2016-06-24" @default.
• W2321785960 creator A5069473574 @default.
• W2321785960 creator A5087661965 @default.
• W2321785960 date "2013-06-01" @default.
• W2321785960 modified "2023-10-01" @default.
• W2321785960 title "T ROPICAL TADPOLE ASSEMBLAGES: WHICH FACTORS AFFECT THEIR STRUCTURE AND DISTRIBUTION?" @default.
• W2321785960 cites W1574607892 @default.
• W2321785960 cites W19548267 @default.
• W2321785960 cites W1964197067 @default.
• W2321785960 cites W1964751895 @default.
• W2321785960 cites W1968582407 @default.
• W2321785960 cites W1969251400 @default.
• W2321785960 cites W1976141703 @default.
• W2321785960 cites W1981307818 @default.
• W2321785960 cites W1981439076 @default.
• W2321785960 cites W1983945022 @default.
• W2321785960 cites W1987096856 @default.
• W2321785960 cites W1990212958 @default.
• W2321785960 cites W1993502837 @default.
• W2321785960 cites W1997171468 @default.
• W2321785960 cites W2001788237 @default.
• W2321785960 cites W2004446094 @default.
• W2321785960 cites W2008212074 @default.
• W2321785960 cites W2008628036 @default.
• W2321785960 cites W2011359492 @default.
• W2321785960 cites W2016182193 @default.
• W2321785960 cites W2019995789 @default.
• W2321785960 cites W2022291278 @default.
• W2321785960 cites W2030903597 @default.
• W2321785960 cites W2033840768 @default.
• W2321785960 cites W2039083854 @default.
• W2321785960 cites W2044256588 @default.
• W2321785960 cites W2045356162 @default.
• W2321785960 cites W2052869527 @default.
• W2321785960 cites W2055608935 @default.
• W2321785960 cites W2058011086 @default.
• W2321785960 cites W2061699142 @default.
• W2321785960 cites W2063810363 @default.
• W2321785960 cites W2077554259 @default.
• W2321785960 cites W2081949343 @default.
• W2321785960 cites W2096815925 @default.
• W2321785960 cites W2100543194 @default.
• W2321785960 cites W2101698620 @default.
• W2321785960 cites W2107195186 @default.
• W2321785960 cites W2111685746 @default.
• W2321785960 cites W2112866389 @default.
• W2321785960 cites W2115315216 @default.
• W2321785960 cites W2125978947 @default.
• W2321785960 cites W2126162843 @default.
• W2321785960 cites W2131154071 @default.
• W2321785960 cites W2131305953 @default.
• W2321785960 cites W2142645628 @default.
• W2321785960 cites W2145232099 @default.
• W2321785960 cites W2150904160 @default.
• W2321785960 cites W2155097026 @default.
• W2321785960 cites W2158174054 @default.
• W2321785960 cites W2158557820 @default.
• W2321785960 cites W2160426213 @default.
• W2321785960 cites W2168883256 @default.
• W2321785960 cites W2170497932 @default.
• W2321785960 cites W2203218969 @default.
• W2321785960 cites W2256631096 @default.
• W2321785960 cites W2313466025 @default.
• W2321785960 cites W2314667069 @default.
• W2321785960 cites W2317821579 @default.
• W2321785960 cites W2320754393 @default.
• W2321785960 cites W2326064462 @default.
• W2321785960 cites W2326650192 @default.
• W2321785960 cites W2328120996 @default.
• W2321785960 cites W2332838941 @default.
• W2321785960 cites W2336925031 @default.
• W2321785960 cites W2487122433 @default.
• W2321785960 cites W2501591394 @default.
• W2321785960 cites W2973008274 @default.
• W2321785960 cites W3092187231 @default.
• W2321785960 cites W978595350 @default.
• W2321785960 cites W2531590049 @default.
• W2321785960 doi "https://doi.org/10.4257/oeco.2013.1702.04" @default.
• W2321785960 hasPublicationYear "2013" @default.
• W2321785960 type Work @default.
• W2321785960 sameAs 2321785960 @default.
• W2321785960 citedByCount "12" @default.
• W2321785960 countsByYear W23217859602017 @default.
• W2321785960 countsByYear W23217859602018 @default.
• W2321785960 countsByYear W23217859602019 @default.
• W2321785960 countsByYear W23217859602020 @default.
• W2321785960 countsByYear W23217859602021 @default.
• W2321785960 countsByYear W23217859602022 @default.
• W2321785960 countsByYear W23217859602023 @default.
• W2321785960 crossrefType "journal-article" @default.
• W2321785960 hasAuthorship W2321785960A5069473574 @default.
• W2321785960 hasAuthorship W2321785960A5087661965 @default.
• W2321785960 hasBestOaLocation W23217859601 @default.
• W2321785960 hasConcept C109214941 @default.
• W2321785960 hasConcept C121332964 @default.
• W2321785960 hasConcept C132215390 @default.
• W2321785960 hasConcept C143590824 @default.

• next