FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2024071504> ?p ?o ?g. }

• W2024071504 endingPage "271" @default.
• W2024071504 startingPage "256" @default.
• W2024071504 abstract "Abstract Variations in freshwater inflow have ecological consequences for estuaries ranging among eutrophication, flushing and transport, and high and low salinity impacts on biota. Predicting the potential effects of the magnitude and composition of inflow on estuaries over a range of spatial and temporal scales requires reliable mathematical models. The goal of this study was to develop and test a model of ecosystem processes with variable freshwater inflow to the sub-tropical Caloosahatchee River Estuary (CRE) in southwest Florida from 2002 to 2009. The modeling framework combined empirically derived inputs of freshwater and materials from the watershed, daily predictions of salinity, a box model for physical transport, and simulation models of biogeochemical and seagrass dynamics. The CRE was split into 3 segments to estimate advective and dispersive transport of water column constituents. Each segment contained a sub-model to simulate changes in the concentrations of organic nitrogen and phosphorus (ON and OP), ammonium (NH 4 + ), nitrate-nitrite (NO x − ), ortho-phosphate (PO 4 −3 ), phytoplankton chlorophyll a (CHL), and sediment microalgae (SM). The seaward segment also had sub-models for seagrasses ( Halodule wrightii and Thalassia testudinum ). The model provided realistic predictions of ON in the upper estuary during wet conditions since organic nitrogen is associated with freshwater inflow and low salinity. Although simulated CHL concentrations were variable, the model proved to be a reliable predictor in time and space. While predicted NO x − concentrations were proportional to freshwater inflow, NH 4 + was less predictable due to the complexity of internal cycling during times of reduced freshwater inflow. Overall, the model provided a representation of seagrass biomass changes despite the absence of epiphytes, nutrient effects, or sophisticated translocation in the formulation. The model is being used to investigate the relative importance of colored dissolved organic matter (CDOM) vs. CHL in submarine light availability throughout the CRE, assess if reductions in nutrient loads are more feasible by controlling freshwater quantity or N and P concentrations, and explore the role of inflow and flushing on the fates of externally and internally derived dissolved and particulate constituents." @default.
• W2024071504 created "2016-06-24" @default.
• W2024071504 creator A5006447679 @default.
• W2024071504 creator A5010211660 @default.
• W2024071504 creator A5051902510 @default.
• W2024071504 creator A5063975168 @default.
• W2024071504 creator A5070498837 @default.
• W2024071504 date "2014-12-01" @default.
• W2024071504 modified "2023-09-26" @default.
• W2024071504 title "Modeling ecosystem processes with variable freshwater inflow to the Caloosahatchee River Estuary, southwest Florida. I. Model development" @default.
• W2024071504 cites W126534610 @default.
• W2024071504 cites W1514046956 @default.
• W2024071504 cites W1532221245 @default.
• W2024071504 cites W1536577417 @default.
• W2024071504 cites W1555203493 @default.
• W2024071504 cites W1951318947 @default.
• W2024071504 cites W1966423400 @default.
• W2024071504 cites W1970378182 @default.
• W2024071504 cites W1970636883 @default.
• W2024071504 cites W1973605852 @default.
• W2024071504 cites W1978339174 @default.
• W2024071504 cites W1979915407 @default.
• W2024071504 cites W1981614688 @default.
• W2024071504 cites W1982578023 @default.
• W2024071504 cites W1995332687 @default.
• W2024071504 cites W2003109455 @default.
• W2024071504 cites W2003439415 @default.
• W2024071504 cites W2004881712 @default.
• W2024071504 cites W2005966494 @default.
• W2024071504 cites W2008627751 @default.
• W2024071504 cites W2012107446 @default.
• W2024071504 cites W2020608344 @default.
• W2024071504 cites W2021234861 @default.
• W2024071504 cites W2021649915 @default.
• W2024071504 cites W2027272179 @default.
• W2024071504 cites W2028827642 @default.
• W2024071504 cites W2029608093 @default.
• W2024071504 cites W2033207304 @default.
• W2024071504 cites W2033316806 @default.
• W2024071504 cites W2035503922 @default.
• W2024071504 cites W2037424078 @default.
• W2024071504 cites W2040781854 @default.
• W2024071504 cites W2041911405 @default.
• W2024071504 cites W2044322072 @default.
• W2024071504 cites W2044898756 @default.
• W2024071504 cites W2046461835 @default.
• W2024071504 cites W2047935330 @default.
• W2024071504 cites W2050270701 @default.
• W2024071504 cites W2050371266 @default.
• W2024071504 cites W2050607405 @default.
• W2024071504 cites W2052477978 @default.
• W2024071504 cites W2056754192 @default.
• W2024071504 cites W2056974859 @default.
• W2024071504 cites W2061942205 @default.
• W2024071504 cites W2063985636 @default.
• W2024071504 cites W2065473566 @default.
• W2024071504 cites W2068731637 @default.
• W2024071504 cites W2071108643 @default.
• W2024071504 cites W2073329498 @default.
• W2024071504 cites W2080429856 @default.
• W2024071504 cites W2081778905 @default.
• W2024071504 cites W2083882786 @default.
• W2024071504 cites W2083899380 @default.
• W2024071504 cites W2085236742 @default.
• W2024071504 cites W2087864072 @default.
• W2024071504 cites W2092621723 @default.
• W2024071504 cites W2098939835 @default.
• W2024071504 cites W2098967265 @default.
• W2024071504 cites W2099321440 @default.
• W2024071504 cites W2099416693 @default.
• W2024071504 cites W2115711007 @default.
• W2024071504 cites W2119310631 @default.
• W2024071504 cites W2121462613 @default.
• W2024071504 cites W2123044665 @default.
• W2024071504 cites W2127097421 @default.
• W2024071504 cites W2136360098 @default.
• W2024071504 cites W2140240292 @default.
• W2024071504 cites W2141732093 @default.
• W2024071504 cites W2145239340 @default.
• W2024071504 cites W2147239733 @default.
• W2024071504 cites W2147255965 @default.
• W2024071504 cites W2150648493 @default.
• W2024071504 cites W2151147573 @default.
• W2024071504 cites W2159162544 @default.
• W2024071504 cites W2163695017 @default.
• W2024071504 cites W2168847448 @default.
• W2024071504 cites W2170449668 @default.
• W2024071504 cites W4252912422 @default.
• W2024071504 doi "https://doi.org/10.1016/j.ecss.2014.08.028" @default.
• W2024071504 hasPublicationYear "2014" @default.
• W2024071504 type Work @default.
• W2024071504 sameAs 2024071504 @default.
• W2024071504 citedByCount "6" @default.
• W2024071504 countsByYear W20240715042016 @default.
• W2024071504 countsByYear W20240715042017 @default.
• W2024071504 countsByYear W20240715042020 @default.
• W2024071504 countsByYear W20240715042022 @default.
• W2024071504 countsByYear W20240715042023 @default.

• next