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• W2009406987 abstract "Abstract. Although respiration-based oxidation of reduced carbon releases CO2 into the environment, it provides an ecosystem with the metabolic energy for essential biogeochemical processes, including the newly proposed microbial carbon pump (MCP). The efficiency of MCP in heterotrophic microorganisms is related to the mechanisms of energy transduction employed and hence is related to the form of respiration utilized. Anaerobic organisms typically have lower efficiencies of energy transduction and hence lower efficiencies of energy-dependent carbon transformation. This leads to a lower MCP efficiency on a per-cell basis. Substantial input of terrigenous nutrients and organic matter into estuarine ecosystems typically results in elevated heterotrophic respiration that rapidly consumes dissolved oxygen, potentially producing hypoxic and anoxic zones in the water column. The lowered availability of dissolved oxygen and the excessive supply of nutrients such as nitrate from river discharge lead to enhanced anaerobic respiration processes such as denitrification and dissimilatory nitrate reduction to ammonium. Thus, some nutrients may be consumed through anaerobic heterotrophs, instead of being utilized by phytoplankton for autotrophic carbon fixation. In this manner, eutrophied estuarine ecosystems become largely fueled by anaerobic respiratory pathways and their efficiency is less due to lowered ecosystem productivity when compared to healthy and balanced estuarine ecosystems. This situation may have a negative impact on the ecological function and efficiency of the MCP which depends on the supply of both organic carbon and metabolic energy. This review presents our current understanding of the MCP mechanisms from the view point of ecosystem energy transduction efficiency, which has not been discussed in previous literature." @default.
• W2009406987 created "2016-06-24" @default.
• W2009406987 creator A5024838926 @default.
• W2009406987 creator A5077337285 @default.
• W2009406987 date "2014-07-24" @default.
• W2009406987 modified "2023-10-12" @default.
• W2009406987 title "Perspectives on the microbial carbon pump with special reference to microbial respiration and ecosystem efficiency in large estuarine systems" @default.
• W2009406987 cites W1565042457 @default.
• W2009406987 cites W1580009952 @default.
• W2009406987 cites W1639495293 @default.
• W2009406987 cites W1828253492 @default.
• W2009406987 cites W1851503055 @default.
• W2009406987 cites W1949760158 @default.
• W2009406987 cites W1966233364 @default.
• W2009406987 cites W1966848252 @default.
• W2009406987 cites W1967948515 @default.
• W2009406987 cites W1972259038 @default.
• W2009406987 cites W1981068296 @default.
• W2009406987 cites W1982360877 @default.
• W2009406987 cites W1984112966 @default.
• W2009406987 cites W1987145996 @default.
• W2009406987 cites W1987792307 @default.
• W2009406987 cites W1990034552 @default.
• W2009406987 cites W1991577952 @default.
• W2009406987 cites W1997916275 @default.
• W2009406987 cites W1998238795 @default.
• W2009406987 cites W1999455283 @default.
• W2009406987 cites W2002232472 @default.
• W2009406987 cites W2004392281 @default.
• W2009406987 cites W2004690526 @default.
• W2009406987 cites W2006909053 @default.
• W2009406987 cites W2008330611 @default.
• W2009406987 cites W2012507271 @default.
• W2009406987 cites W2012671673 @default.
• W2009406987 cites W2013138894 @default.
• W2009406987 cites W2013935032 @default.
• W2009406987 cites W2020013482 @default.
• W2009406987 cites W2024330772 @default.
• W2009406987 cites W2026181218 @default.
• W2009406987 cites W2026907358 @default.
• W2009406987 cites W2028166665 @default.
• W2009406987 cites W2029039279 @default.
• W2009406987 cites W2031271762 @default.
• W2009406987 cites W2033609653 @default.
• W2009406987 cites W2037002356 @default.
• W2009406987 cites W2038561967 @default.
• W2009406987 cites W2039750776 @default.
• W2009406987 cites W2041151913 @default.
• W2009406987 cites W2044670794 @default.
• W2009406987 cites W2046338759 @default.
• W2009406987 cites W2047460646 @default.
• W2009406987 cites W2053609212 @default.
• W2009406987 cites W2054607874 @default.
• W2009406987 cites W2055016325 @default.
• W2009406987 cites W2056844537 @default.
• W2009406987 cites W2057525961 @default.
• W2009406987 cites W2059075825 @default.
• W2009406987 cites W2064141277 @default.
• W2009406987 cites W2065687701 @default.
• W2009406987 cites W2074867991 @default.
• W2009406987 cites W2078034139 @default.
• W2009406987 cites W2081007647 @default.
• W2009406987 cites W2081163858 @default.
• W2009406987 cites W2081491391 @default.
• W2009406987 cites W2084551450 @default.
• W2009406987 cites W2087814760 @default.
• W2009406987 cites W2089333639 @default.
• W2009406987 cites W2090157291 @default.
• W2009406987 cites W2092340051 @default.
• W2009406987 cites W2093707886 @default.
• W2009406987 cites W2094643746 @default.
• W2009406987 cites W2095905515 @default.
• W2009406987 cites W2098010785 @default.
• W2009406987 cites W2098581055 @default.
• W2009406987 cites W2100933799 @default.
• W2009406987 cites W2102278073 @default.
• W2009406987 cites W2102505558 @default.
• W2009406987 cites W2103377348 @default.
• W2009406987 cites W2103821339 @default.
• W2009406987 cites W2106496156 @default.
• W2009406987 cites W2112332882 @default.
• W2009406987 cites W2113792338 @default.
• W2009406987 cites W2115078611 @default.
• W2009406987 cites W2120365458 @default.
• W2009406987 cites W2120788110 @default.
• W2009406987 cites W2122421575 @default.
• W2009406987 cites W2125368636 @default.
• W2009406987 cites W2125832470 @default.
• W2009406987 cites W2126257276 @default.
• W2009406987 cites W2126556120 @default.
• W2009406987 cites W2127015489 @default.
• W2009406987 cites W2129368723 @default.
• W2009406987 cites W2130231032 @default.
• W2009406987 cites W2130630244 @default.
• W2009406987 cites W2130890445 @default.
• W2009406987 cites W2131934935 @default.
• W2009406987 cites W2132484323 @default.
• W2009406987 cites W2133865221 @default.

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