Matches in SemOpenAlex for { <https://semopenalex.org/work/W2201679361> ?p ?o ?g. }
- W2201679361 endingPage "108" @default.
- W2201679361 startingPage "95" @default.
- W2201679361 abstract "Abstract Growth performance, allometry, condition index, and biochemistry of mussel (Mytilus galloprovincialis Lmk.) cultured in a submerged longline system were investigated from June 2013 to August 2014. Mussels grew faster from spring to autumn. Chlorophyll-a concentration along with sea current speed will represent major factors controlling mussel seasonal growth and survival success in the case-study region. The lowest condition indices and highest ash contents were respectively found within winter; so the most favorable conditions for mussel harvesting and commercialization operations would tentatively occur within autumn, spring and summer. The positive mussel growth and low chlorophyll-a concentrations found during summer may also indicate utilization of non-phytoplankton food sources. No clear evidence of local depth associated physiological effects on the mussel individuals was detected. This contribution represents the first available information on open ocean mussel aquaculture from the southeastern Bay of Biscay. Statement of relevance (1.) The present contribution fills a noticeable gap in the literature on mussel biology and aquaculture science in the Bay of Biscay. (2.) The present contribution reports the first technical and scientific success of open ocean mussel aquaculture practices in the Bay of Biscay. (3.) The present contribution offers scientific information for further data comparisons within the context of other case studies or hypothesis. (4.) The present contribution offers valuable information for decision-making processes on commercial open ocean aquaculture." @default.
- W2201679361 created "2016-06-24" @default.
- W2201679361 creator A5005118237 @default.
- W2201679361 creator A5013248497 @default.
- W2201679361 creator A5027721589 @default.
- W2201679361 creator A5038296144 @default.
- W2201679361 creator A5075407437 @default.
- W2201679361 date "2016-03-01" @default.
- W2201679361 modified "2023-09-25" @default.
- W2201679361 title "Growth, biochemical profile, and fatty acid composition of mussel (Mytilus galloprovincialis Lmk.) cultured in the open ocean of the Bay of Biscay (northern Spain)" @default.
- W2201679361 cites W114290597 @default.
- W2201679361 cites W1530984003 @default.
- W2201679361 cites W1787816089 @default.
- W2201679361 cites W1965561447 @default.
- W2201679361 cites W1970809973 @default.
- W2201679361 cites W1971710821 @default.
- W2201679361 cites W1974514874 @default.
- W2201679361 cites W1974680101 @default.
- W2201679361 cites W1976160560 @default.
- W2201679361 cites W1976553906 @default.
- W2201679361 cites W1976979427 @default.
- W2201679361 cites W1980122091 @default.
- W2201679361 cites W1982630982 @default.
- W2201679361 cites W1983743045 @default.
- W2201679361 cites W1986644187 @default.
- W2201679361 cites W1987372478 @default.
- W2201679361 cites W1987642357 @default.
- W2201679361 cites W1988999169 @default.
- W2201679361 cites W1991312562 @default.
- W2201679361 cites W1991428206 @default.
- W2201679361 cites W1992683463 @default.
- W2201679361 cites W1994529420 @default.
- W2201679361 cites W1995891285 @default.
- W2201679361 cites W1998258115 @default.
- W2201679361 cites W1999661143 @default.
- W2201679361 cites W1999949453 @default.
- W2201679361 cites W2002455789 @default.
- W2201679361 cites W2002736986 @default.
- W2201679361 cites W2003101884 @default.
- W2201679361 cites W2003615162 @default.
- W2201679361 cites W2004654114 @default.
- W2201679361 cites W2005162223 @default.
- W2201679361 cites W2005620322 @default.
- W2201679361 cites W2005752752 @default.
- W2201679361 cites W2006707477 @default.
- W2201679361 cites W2007356904 @default.
- W2201679361 cites W2007684661 @default.
- W2201679361 cites W2008232642 @default.
- W2201679361 cites W2023874565 @default.
- W2201679361 cites W2024182588 @default.
- W2201679361 cites W2025849839 @default.
- W2201679361 cites W2028674063 @default.
- W2201679361 cites W2029604531 @default.
- W2201679361 cites W2029925976 @default.
- W2201679361 cites W2033411654 @default.
- W2201679361 cites W2037505492 @default.
- W2201679361 cites W2038596423 @default.
- W2201679361 cites W2038634755 @default.
- W2201679361 cites W2043757760 @default.
- W2201679361 cites W2044085258 @default.
- W2201679361 cites W2045167569 @default.
- W2201679361 cites W2046319625 @default.
- W2201679361 cites W2048804708 @default.
- W2201679361 cites W2048973203 @default.
- W2201679361 cites W2050339289 @default.
- W2201679361 cites W2050417069 @default.
- W2201679361 cites W2051644206 @default.
- W2201679361 cites W2057727064 @default.
- W2201679361 cites W2059857906 @default.
- W2201679361 cites W2063407334 @default.
- W2201679361 cites W2064813343 @default.
- W2201679361 cites W2064900691 @default.
- W2201679361 cites W2065256535 @default.
- W2201679361 cites W2067636630 @default.
- W2201679361 cites W2074600125 @default.
- W2201679361 cites W2076350292 @default.
- W2201679361 cites W2081892142 @default.
- W2201679361 cites W2089322674 @default.
- W2201679361 cites W2090949691 @default.
- W2201679361 cites W2094953874 @default.
- W2201679361 cites W2108846117 @default.
- W2201679361 cites W2110756575 @default.
- W2201679361 cites W2123839002 @default.
- W2201679361 cites W2138754742 @default.
- W2201679361 cites W2145619628 @default.
- W2201679361 cites W2147960095 @default.
- W2201679361 cites W2152311269 @default.
- W2201679361 cites W2156043321 @default.
- W2201679361 cites W2157952573 @default.
- W2201679361 cites W2158952646 @default.
- W2201679361 cites W2159364355 @default.
- W2201679361 cites W2160784449 @default.
- W2201679361 cites W2182040982 @default.
- W2201679361 cites W2515886534 @default.
- W2201679361 cites W2984276219 @default.
- W2201679361 cites W4241939969 @default.
- W2201679361 cites W828688 @default.
- W2201679361 doi "https://doi.org/10.1016/j.aquaculture.2015.12.022" @default.