Matches in SemOpenAlex for { <https://semopenalex.org/work/W2040984893> ?p ?o ?g. }
- W2040984893 endingPage "176" @default.
- W2040984893 startingPage "159" @default.
- W2040984893 abstract "Summary In meroplanktonic larvae, growth is accompanied by developmental changes in physiological, biochemical, morphological, behavioural, and ecological traits, and these patterns are further modified by variations in the physico-chemical environment. This paper reviews patterns of growth and chemical composition in planktotrophic marine decapod larvae developing under constant close to optimal conditions, as well as some alterations imposed on these patterns by nutritional, thermal, osmotic, or other stress. Different suboptimal conditions such as food limitation, unsuitable temperatures, or low salinity stress may exert similar bioenergetic effects which, in general, can be measured as a decline in the rates of development and growth or in changing proportions of chemical constituents of larval biomass. The fractions of carbon (C), total lipids, triacylglycerides (TAG), polyunsaturated fatty acids (PUFA), RNA, and ratios of carboninitrogen (C:N), lipid:protein, TAG:total polar lipid, and RNA:DNA have been used as chemical indicators of physiological condition. Quantitative relationships between elemental (C, N) and proximate biochemical fractions (lipid, protein) may vary with nutritional condition, developmental mode (planktotrophy vs. lecithotrophy), clade, and possibly, between field-caught and laboratory-reared larvae (“domestication effects”). Besides further comparative laboratory investigations, more field data are necessary to increase the realism of our models of larval growth and development in the Decapoda and other crustaceans. Key words: Decapodalarvaegrowth modelscarbonnitrogenlipidprotein" @default.
- W2040984893 created "2016-06-24" @default.
- W2040984893 creator A5023885743 @default.
- W2040984893 date "1998-01-01" @default.
- W2040984893 modified "2023-10-06" @default.
- W2040984893 title "Patterns of growth and chemical composition in decapod crustacean larvae" @default.
- W2040984893 cites W1964315430 @default.
- W2040984893 cites W1965421098 @default.
- W2040984893 cites W1969166680 @default.
- W2040984893 cites W1970241813 @default.
- W2040984893 cites W1971262206 @default.
- W2040984893 cites W1976421140 @default.
- W2040984893 cites W1977388343 @default.
- W2040984893 cites W1979424097 @default.
- W2040984893 cites W1979746827 @default.
- W2040984893 cites W1981266103 @default.
- W2040984893 cites W1983374541 @default.
- W2040984893 cites W1986002497 @default.
- W2040984893 cites W1986537675 @default.
- W2040984893 cites W1990681984 @default.
- W2040984893 cites W1993699455 @default.
- W2040984893 cites W2001155914 @default.
- W2040984893 cites W2001921129 @default.
- W2040984893 cites W2004377198 @default.
- W2040984893 cites W2004395905 @default.
- W2040984893 cites W2004408183 @default.
- W2040984893 cites W2004416363 @default.
- W2040984893 cites W2006312108 @default.
- W2040984893 cites W2007356090 @default.
- W2040984893 cites W2015909622 @default.
- W2040984893 cites W2017711417 @default.
- W2040984893 cites W2019636193 @default.
- W2040984893 cites W2021630415 @default.
- W2040984893 cites W2025323246 @default.
- W2040984893 cites W2033901784 @default.
- W2040984893 cites W2038437275 @default.
- W2040984893 cites W2039120475 @default.
- W2040984893 cites W2040516907 @default.
- W2040984893 cites W2040875282 @default.
- W2040984893 cites W2042611584 @default.
- W2040984893 cites W2045808508 @default.
- W2040984893 cites W2046477762 @default.
- W2040984893 cites W2046557764 @default.
- W2040984893 cites W2046778406 @default.
- W2040984893 cites W2048789385 @default.
- W2040984893 cites W2054925799 @default.
- W2040984893 cites W2058735458 @default.
- W2040984893 cites W2059938752 @default.
- W2040984893 cites W2065644684 @default.
- W2040984893 cites W2067230051 @default.
- W2040984893 cites W2068988192 @default.
- W2040984893 cites W2070880021 @default.
- W2040984893 cites W2071571768 @default.
- W2040984893 cites W2073584863 @default.
- W2040984893 cites W2074073870 @default.
- W2040984893 cites W2076115716 @default.
- W2040984893 cites W2076140476 @default.
- W2040984893 cites W2077314435 @default.
- W2040984893 cites W2078254870 @default.
- W2040984893 cites W2078372030 @default.
- W2040984893 cites W2079407553 @default.
- W2040984893 cites W2081857185 @default.
- W2040984893 cites W2081885278 @default.
- W2040984893 cites W2094647719 @default.
- W2040984893 cites W2094919041 @default.
- W2040984893 cites W2104008330 @default.
- W2040984893 cites W2109654505 @default.
- W2040984893 cites W2114462613 @default.
- W2040984893 cites W2115867301 @default.
- W2040984893 cites W2120735433 @default.
- W2040984893 cites W2123639314 @default.
- W2040984893 cites W2128567183 @default.
- W2040984893 cites W2131892569 @default.
- W2040984893 cites W2147164903 @default.
- W2040984893 cites W2153871929 @default.
- W2040984893 cites W2161234640 @default.
- W2040984893 cites W2188440871 @default.
- W2040984893 cites W2252810006 @default.
- W2040984893 cites W2278685458 @default.
- W2040984893 cites W2316483931 @default.
- W2040984893 cites W2318988053 @default.
- W2040984893 cites W2328089866 @default.
- W2040984893 cites W2529581119 @default.
- W2040984893 cites W2904130415 @default.
- W2040984893 cites W4236361080 @default.
- W2040984893 cites W4241149713 @default.
- W2040984893 cites W4248713892 @default.
- W2040984893 cites W4249519826 @default.
- W2040984893 doi "https://doi.org/10.1080/07924259.1998.9652629" @default.
- W2040984893 hasPublicationYear "1998" @default.
- W2040984893 type Work @default.
- W2040984893 sameAs 2040984893 @default.
- W2040984893 citedByCount "82" @default.
- W2040984893 countsByYear W20409848932012 @default.
- W2040984893 countsByYear W20409848932013 @default.
- W2040984893 countsByYear W20409848932014 @default.
- W2040984893 countsByYear W20409848932015 @default.
- W2040984893 countsByYear W20409848932016 @default.