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• W2101739758 abstract "Temporal dynamics of the microbial food web in the Barents Sea and adjacent water masses in the European Arctic are to a large extent unknown. Seasonal variation in stocks and production rates of heterotrophic bacteria and phototrophic and heterotrophic picoplankton and nanoflagellates was investigated in the upper 50 m of the high-latitude Kongsfjorden, Svalbard, during six field campaigns between March and December 2006. Heterotrophic bacteria, picoplankton and nanoflagellates contributed to ecosystem structure and function in all seasons. Activity within the microbial food web peaked during spring bloom in April, parallel to low abundances of mesozooplankton. In the nutrient-limited post-bloom scenario, an efficient microbial loop, fuelled by dissolved organic carbon from abundant mesozooplankton feeding on phytoplankton and protozooplankton, facilitated maximum integrated primary production rates. A tight microbial food web consisting of heterotrophic bacteria and phototrophic and heterotrophic picoplankton and nanoflagellates was found in the stratified water masses encountered in July and September. Microbial stocks and rates were low but persistent under winter conditions. Seasonal comparisons of microbial biomass and production revealed that structure and function of the microbial food web were fundamentally different during the spring bloom when compared with other seasons. While the microbial food web was in a regenerative mode most of the time, during the spring bloom, a microbial transfer mode represented a trophic link for organic carbon in time and space. The microbial food web’s ability to fill different functional roles in periods dominated by new and regenerated production may enhance the ecological flexibility of pelagic ecosystems in the present era of climate change." @default.
• W2101739758 created "2016-06-24" @default.
• W2101739758 creator A5058403422 @default.
• W2101739758 creator A5079561416 @default.
• W2101739758 date "2010-12-02" @default.
• W2101739758 modified "2023-10-16" @default.
• W2101739758 title "Seasonal microbial processes in a high-latitude fjord (Kongsfjorden, Svalbard): I. Heterotrophic bacteria, picoplankton and nanoflagellates" @default.
• W2101739758 cites W1608628250 @default.
• W2101739758 cites W1647405841 @default.
• W2101739758 cites W1673029553 @default.
• W2101739758 cites W1900191615 @default.
• W2101739758 cites W1965645800 @default.
• W2101739758 cites W1965801259 @default.
• W2101739758 cites W1965968996 @default.
• W2101739758 cites W1967699626 @default.
• W2101739758 cites W1970457256 @default.
• W2101739758 cites W1970553126 @default.
• W2101739758 cites W1972398700 @default.
• W2101739758 cites W1972437780 @default.
• W2101739758 cites W1973644811 @default.
• W2101739758 cites W1977349228 @default.
• W2101739758 cites W1978247849 @default.
• W2101739758 cites W1982606946 @default.
• W2101739758 cites W1984910513 @default.
• W2101739758 cites W1985223581 @default.
• W2101739758 cites W1986098491 @default.
• W2101739758 cites W1986511464 @default.
• W2101739758 cites W1986580580 @default.
• W2101739758 cites W1988570801 @default.
• W2101739758 cites W1991535380 @default.
• W2101739758 cites W1995972428 @default.
• W2101739758 cites W1998494082 @default.
• W2101739758 cites W1998812059 @default.
• W2101739758 cites W1999932844 @default.
• W2101739758 cites W2000195731 @default.
• W2101739758 cites W2000519413 @default.
• W2101739758 cites W2000967738 @default.
• W2101739758 cites W2006965475 @default.
• W2101739758 cites W2007172493 @default.
• W2101739758 cites W2017168310 @default.
• W2101739758 cites W2020129317 @default.
• W2101739758 cites W2025754095 @default.
• W2101739758 cites W2028744646 @default.
• W2101739758 cites W2031263120 @default.
• W2101739758 cites W2033461047 @default.
• W2101739758 cites W2034003879 @default.
• W2101739758 cites W2034981584 @default.
• W2101739758 cites W2035762336 @default.
• W2101739758 cites W203792665 @default.
• W2101739758 cites W2038718979 @default.
• W2101739758 cites W2044435392 @default.
• W2101739758 cites W2046542786 @default.
• W2101739758 cites W2047146461 @default.
• W2101739758 cites W2047278337 @default.
• W2101739758 cites W2048447885 @default.
• W2101739758 cites W2048732593 @default.
• W2101739758 cites W2053235766 @default.
• W2101739758 cites W2054703399 @default.
• W2101739758 cites W2058919627 @default.
• W2101739758 cites W2059410827 @default.
• W2101739758 cites W2060264028 @default.
• W2101739758 cites W2065687701 @default.
• W2101739758 cites W2065969010 @default.
• W2101739758 cites W2067069717 @default.
• W2101739758 cites W2078114051 @default.
• W2101739758 cites W2078773985 @default.
• W2101739758 cites W2080119881 @default.
• W2101739758 cites W2083432099 @default.
• W2101739758 cites W2084997939 @default.
• W2101739758 cites W2098700109 @default.
• W2101739758 cites W2102820270 @default.
• W2101739758 cites W2104464389 @default.
• W2101739758 cites W2105839968 @default.
• W2101739758 cites W2107347239 @default.
• W2101739758 cites W2110256211 @default.
• W2101739758 cites W2117656543 @default.
• W2101739758 cites W2121205465 @default.
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• W2101739758 cites W2130747214 @default.
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• W2101739758 cites W2147345950 @default.
• W2101739758 cites W2152124324 @default.
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• W2101739758 cites W2163427086 @default.
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• W2101739758 doi "https://doi.org/10.1007/s00300-010-0929-2" @default.
• W2101739758 hasPublicationYear "2010" @default.
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