FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2012101180> ?p ?o ?g. }

• W2012101180 endingPage "10241" @default.
• W2012101180 startingPage "10241" @default.
• W2012101180 abstract "Primary productivity in the North Atlantic (59°29′N, 20°50′W) was estimated by applying a “light-pigment” productivity model (Kiefer and Mitchell, 1983) to mooring data collected during the spring of 1989. We show that the choice of the parametrization of the light captured by phytoplankton cells in a turbulent mixed layer has a significant effect on the calculated productivity estimates. It appears that the quality of such estimations benefits largely from using high-resolution time series data (minutes). We also examined phytoplankton dynamics by incorporating the Kiefer-Mitchell model into a one-dimensional model of the turbulent mixed layer (Mellor and Yamada, 1982). The calculated time-depth distribution of phytoplankton biomass compares relatively well with that measured in situ. The model results indicate that small changes in the water column stability can be sufficient to initiate phytoplankton bloom even before the apparent formation of the seasonal thermocline. The model also describes the diel cycle of biomass concentration, suggesting that near the sea surface the daytime losses of biomass by vertical diffusion can be much larger than nighttime losses. Thus, if not accounted for, such losses may bias estimates of primary production from diel variations in biomass concentration, for example, when using a method based on beam attenuation measurements. These losses should also be considered for the proper interpretation of in situ primary production measurements by incubation methods." @default.
• W2012101180 created "2016-06-24" @default.
• W2012101180 creator A5040358801 @default.
• W2012101180 creator A5084474341 @default.
• W2012101180 date "1994-01-01" @default.
• W2012101180 modified "2023-10-17" @default.
• W2012101180 title "Modeling phytoplankton dynamics in the northeast Atlantic during the initiation of the spring bloom" @default.
• W2012101180 cites W144097633 @default.
• W2012101180 cites W1507043985 @default.
• W2012101180 cites W1523909895 @default.
• W2012101180 cites W1536194192 @default.
• W2012101180 cites W1968920996 @default.
• W2012101180 cites W1970391820 @default.
• W2012101180 cites W1971509094 @default.
• W2012101180 cites W1971880889 @default.
• W2012101180 cites W1975294478 @default.
• W2012101180 cites W1976255482 @default.
• W2012101180 cites W1976628086 @default.
• W2012101180 cites W1977568873 @default.
• W2012101180 cites W1980172321 @default.
• W2012101180 cites W1984720395 @default.
• W2012101180 cites W1987140621 @default.
• W2012101180 cites W1987716600 @default.
• W2012101180 cites W1988131321 @default.
• W2012101180 cites W1988360166 @default.
• W2012101180 cites W1989194442 @default.
• W2012101180 cites W1990744226 @default.
• W2012101180 cites W1995036691 @default.
• W2012101180 cites W1995576855 @default.
• W2012101180 cites W2000278949 @default.
• W2012101180 cites W2001158026 @default.
• W2012101180 cites W2002822892 @default.
• W2012101180 cites W2005065999 @default.
• W2012101180 cites W2005220163 @default.
• W2012101180 cites W2007144328 @default.
• W2012101180 cites W2010062601 @default.
• W2012101180 cites W2012986017 @default.
• W2012101180 cites W2017901741 @default.
• W2012101180 cites W2018679981 @default.
• W2012101180 cites W2024041201 @default.
• W2012101180 cites W2026762431 @default.
• W2012101180 cites W2038742869 @default.
• W2012101180 cites W2040143895 @default.
• W2012101180 cites W2040366534 @default.
• W2012101180 cites W2044892190 @default.
• W2012101180 cites W2045205448 @default.
• W2012101180 cites W2049411535 @default.
• W2012101180 cites W2050732218 @default.
• W2012101180 cites W2063925884 @default.
• W2012101180 cites W2064548283 @default.
• W2012101180 cites W2065060362 @default.
• W2012101180 cites W2067299077 @default.
• W2012101180 cites W2069739033 @default.
• W2012101180 cites W2070539490 @default.
• W2012101180 cites W2077769416 @default.
• W2012101180 cites W2078815403 @default.
• W2012101180 cites W2081929303 @default.
• W2012101180 cites W2082727518 @default.
• W2012101180 cites W2083758521 @default.
• W2012101180 cites W2085333261 @default.
• W2012101180 cites W2094586182 @default.
• W2012101180 cites W2095114936 @default.
• W2012101180 cites W2098781050 @default.
• W2012101180 cites W2102640964 @default.
• W2012101180 cites W2103823505 @default.
• W2012101180 cites W2118648278 @default.
• W2012101180 cites W2121211006 @default.
• W2012101180 cites W2127595139 @default.
• W2012101180 cites W2128654102 @default.
• W2012101180 cites W2129017707 @default.
• W2012101180 cites W2132701886 @default.
• W2012101180 cites W2134589460 @default.
• W2012101180 cites W2135453264 @default.
• W2012101180 cites W2140770885 @default.
• W2012101180 cites W2142229527 @default.
• W2012101180 cites W2147887878 @default.
• W2012101180 cites W2150254180 @default.
• W2012101180 cites W2159064692 @default.
• W2012101180 cites W2162929076 @default.
• W2012101180 cites W2163734665 @default.
• W2012101180 cites W2172158373 @default.
• W2012101180 cites W2172720772 @default.
• W2012101180 cites W2474463028 @default.
• W2012101180 cites W4233084048 @default.
• W2012101180 cites W72484225 @default.
• W2012101180 doi "https://doi.org/10.1029/93jc03378" @default.
• W2012101180 hasPublicationYear "1994" @default.
• W2012101180 type Work @default.
• W2012101180 sameAs 2012101180 @default.
• W2012101180 citedByCount "21" @default.
• W2012101180 countsByYear W20121011802014 @default.
• W2012101180 countsByYear W20121011802015 @default.
• W2012101180 countsByYear W20121011802016 @default.
• W2012101180 countsByYear W20121011802020 @default.
• W2012101180 crossrefType "journal-article" @default.
• W2012101180 hasAuthorship W2012101180A5040358801 @default.
• W2012101180 hasAuthorship W2012101180A5084474341 @default.
• W2012101180 hasConcept C105824904 @default.

• next