FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2959868805> ?p ?o ?g. }

• W2959868805 endingPage "4553" @default.
• W2959868805 startingPage "4503" @default.
• W2959868805 abstract "Abstract. Since the mid-1990s, Australia's Commonwealth Science Industry and Research Organisation (CSIRO) has been developing a biogeochemical (BGC) model for coupling with a hydrodynamic and sediment model for application in estuaries, coastal waters and shelf seas. The suite of coupled models is referred to as the CSIRO Environmental Modelling Suite (EMS) and has been applied at tens of locations around the Australian continent. At a mature point in the BGC model's development, this paper presents a full mathematical description, as well as links to the freely available code and user guide. The mathematical description is structured into processes so that the details of new parameterisations can be easily identified, along with their derivation. In EMS, the underwater light field is simulated by a spectrally resolved optical model that calculates vertical light attenuation from the scattering and absorption of 20+ optically active constituents. The BGC model itself cycles carbon, nitrogen, phosphorous and oxygen through multiple phytoplankton, zooplankton, detritus and dissolved organic and inorganic forms in multiple water column and sediment layers. The water column is dynamically coupled to the sediment to resolve deposition, resuspension and benthic–pelagic biogeochemical fluxes. With a focus on shallow waters, the model also includes detailed representations of benthic plants such as seagrass, macroalgae and coral polyps. A second focus has been on, where possible, the use of geometric derivations of physical limits to constrain ecological rates. This geometric approach generally requires population-based rates to be derived from initially considering the size and shape of individuals. For example, zooplankton grazing considers encounter rates of one predator on a prey field based on summing relative motion of the predator with the prey individuals and the search area; chlorophyll synthesis includes a geometrically derived self-shading term; and the bottom coverage of benthic plants is calculated from their biomass using an exponential form derived from geometric arguments. This geometric approach has led to a more algebraically complicated set of equations when compared to empirical biogeochemical model formulations based on populations. But while being algebraically complicated, the model has fewer unconstrained parameters and is therefore simpler to move between applications than it would otherwise be. The version of EMS described here is implemented in the eReefs project that delivers a near-real-time coupled hydrodynamic, sediment and biogeochemical simulation of the Great Barrier Reef, northeast Australia, and its formulation provides an example of the application of geometric reasoning in the formulation of aquatic ecological processes." @default.
• W2959868805 created "2019-07-23" @default.
• W2959868805 creator A5008664601 @default.
• W2959868805 creator A5013745815 @default.
• W2959868805 creator A5017786297 @default.
• W2959868805 creator A5024090306 @default.
• W2959868805 creator A5025861774 @default.
• W2959868805 creator A5031307025 @default.
• W2959868805 creator A5032418433 @default.
• W2959868805 creator A5033894575 @default.
• W2959868805 creator A5036282381 @default.
• W2959868805 creator A5038358175 @default.
• W2959868805 creator A5044738626 @default.
• W2959868805 creator A5050364384 @default.
• W2959868805 creator A5056100716 @default.
• W2959868805 creator A5060798900 @default.
• W2959868805 creator A5062627223 @default.
• W2959868805 creator A5065491667 @default.
• W2959868805 creator A5066686972 @default.
• W2959868805 creator A5066879037 @default.
• W2959868805 creator A5067415189 @default.
• W2959868805 creator A5075626502 @default.
• W2959868805 creator A5079431839 @default.
• W2959868805 creator A5084140378 @default.
• W2959868805 creator A5088711773 @default.
• W2959868805 date "2020-09-25" @default.
• W2959868805 modified "2023-10-16" @default.
• W2959868805 title "CSIRO Environmental Modelling Suite (EMS): scientific description of the optical and biogeochemical models (vB3p0)" @default.
• W2959868805 cites W102093903 @default.
• W2959868805 cites W105429224 @default.
• W2959868805 cites W1837319023 @default.
• W2959868805 cites W1843120871 @default.
• W2959868805 cites W1902819800 @default.
• W2959868805 cites W1908030517 @default.
• W2959868805 cites W1969083190 @default.
• W2959868805 cites W1969877190 @default.
• W2959868805 cites W1970414622 @default.
• W2959868805 cites W1970878393 @default.
• W2959868805 cites W1974034032 @default.
• W2959868805 cites W1976162484 @default.
• W2959868805 cites W1979260633 @default.
• W2959868805 cites W1982042008 @default.
• W2959868805 cites W1983419264 @default.
• W2959868805 cites W1984519140 @default.
• W2959868805 cites W1985216095 @default.
• W2959868805 cites W1985887175 @default.
• W2959868805 cites W1985908295 @default.
• W2959868805 cites W1986200538 @default.
• W2959868805 cites W1987205608 @default.
• W2959868805 cites W1988147366 @default.
• W2959868805 cites W1989575305 @default.
• W2959868805 cites W1993712374 @default.
• W2959868805 cites W1995315337 @default.
• W2959868805 cites W1996716727 @default.
• W2959868805 cites W1998720256 @default.
• W2959868805 cites W1998816773 @default.
• W2959868805 cites W2000069320 @default.
• W2959868805 cites W2001128912 @default.
• W2959868805 cites W2002711229 @default.
• W2959868805 cites W2004099009 @default.
• W2959868805 cites W2005625572 @default.
• W2959868805 cites W2009920279 @default.
• W2959868805 cites W2026031016 @default.
• W2959868805 cites W2029973065 @default.
• W2959868805 cites W2032954096 @default.
• W2959868805 cites W2032959426 @default.
• W2959868805 cites W2035211561 @default.
• W2959868805 cites W2036923402 @default.
• W2959868805 cites W2037120993 @default.
• W2959868805 cites W2038963019 @default.
• W2959868805 cites W2039114508 @default.
• W2959868805 cites W2041759456 @default.
• W2959868805 cites W2044233272 @default.
• W2959868805 cites W2049780586 @default.
• W2959868805 cites W2051666783 @default.
• W2959868805 cites W2051806801 @default.
• W2959868805 cites W2052804109 @default.
• W2959868805 cites W2054723154 @default.
• W2959868805 cites W2055374509 @default.
• W2959868805 cites W2064038471 @default.
• W2959868805 cites W2065538499 @default.
• W2959868805 cites W2066578317 @default.
• W2959868805 cites W2071442256 @default.
• W2959868805 cites W2076901722 @default.
• W2959868805 cites W2077769416 @default.
• W2959868805 cites W2081242186 @default.
• W2959868805 cites W2082704998 @default.
• W2959868805 cites W2087600064 @default.
• W2959868805 cites W2091945915 @default.
• W2959868805 cites W2094300388 @default.
• W2959868805 cites W2097442061 @default.
• W2959868805 cites W2104835865 @default.
• W2959868805 cites W2105615541 @default.
• W2959868805 cites W2108805510 @default.
• W2959868805 cites W2110211712 @default.
• W2959868805 cites W2111788087 @default.
• W2959868805 cites W2112139247 @default.
• W2959868805 cites W2113297575 @default.

• next