VERTICAL DISTRIBUTION OF ANTARCTIC PHYTOPLANKTON. II. A COMPARISON OF PHYTOPLANKTON STANDING CROPS IN THE SOUTHERN OCEAN WITH THAT OF THE FLORIDA STRAIT1 [PDF]
John J. Walsh
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An aquatic mesocosm array to regulate spatial and temporal water temperature variability
Abstract Temporal and spatial variability in temperature are key habitat features that will determine individual, population, and community‐level responses to global climate warming. Lakes and ponds exhibit thermal heterogeneity in the form of diel and seasonal fluctuations as well as vertical stratification; however, experimental studies of warming in
Daniel Gibson, Jay Ewing, Samuel B. Fey
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Plankton studies in a mangrove environment: VII. size fractionation of the phytoplankton: some studies on methods [PDF]
José Galízia Tundisi+1 more
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General mechanisms for a top–down origin of the predator–prey power law
The ratio of predator‐to‐prey biomass density is not constant along ecological gradients: denser ecosystems tend to have fewer predators per prey, following a scaling relation known as the ‘predator–prey power law'. The origin of this surprisingly general pattern, particularly its connection with environmental factors and predator–prey dynamics, is ...
Onofrio Mazzarisi+2 more
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Phytoplankton Structure and Ecological Niche Differentiation of Dominant Species in Tahe Bay, China. [PDF]
Zhang Y+9 more
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ABSTRACT Processes affecting the transformation of riverine dissolved organic carbon (DOC) across the land‐to‐ocean aquatic continuum are still poorly constrained in Arctic models, leading to large uncertainties in simulated air–sea CO2 fluxes of the coastal periphery.
Clément Bertin+12 more
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Modeling the influence of global warming on carbon, phytoplankton, and zooplankton dynamics. [PDF]
Sarkar K+3 more
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ABSTRACT The presence of excess fine‐grained matrix sediment in channel beds can exert an oxygen demand in this critical habitat for fish spawning and invertebrates. Therefore, reducing the oxygen demand of channel bed sediment through targeted intervention may deliver better cost–benefit from catchment management.
S. Pulley, C. Reigate, A. L. Collins
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Shifts in phytoplankton communities in response to water parameters and large branchiopod filter feeders in kettle hole ponds of farmland landscape. [PDF]
Celewicz S, Gołdyn B.
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