Matches in SemOpenAlex for { <https://semopenalex.org/work/W1873502007> ?p ?o ?g. }
- W1873502007 endingPage "51" @default.
- W1873502007 startingPage "37" @default.
- W1873502007 abstract "We propose a strategy to couple a stochastic lattice gas model of a cloud system to a rather general class of convective parametrization schemes. As proposed in similar models recently presented in the literature, a cloud system in a grid box of a general circulation model (GCM) is modelled as a subgrid lattice of N elements that can be in one of S states, each corresponding to a different convective regime. The time evolution of each element of the lattice is represented as a Markov process characterized by transition rates dependent on large‐scale fields and/or local interactions. In order to make application to GCMs computationally feasible, we propose a reduction method leading to a system of S − 1 stochastic differential equations with multiplicative noise. The accuracy of the reduction method is tested in a minimal version of the model. The coupling to a convective scheme is performed in such a way that, in the limit of space‐ and time‐scale separation, the modified stochastic parametrization converges to the original deterministic version of the host scheme. Experiments with a real GCM are then performed, coupling the minimal version of the stochastic model to the Betts–Miller scheme in an aquaplanet version of the Planet Simulator. In this configuration, the stochastic extension of the parametrization keeps the climatology of its deterministic limit but strongly impacts the statistics of the extremes of daily convective precipitation." @default.
- W1873502007 created "2016-06-24" @default.
- W1873502007 creator A5053414787 @default.
- W1873502007 creator A5063945970 @default.
- W1873502007 creator A5079145842 @default.
- W1873502007 creator A5088276558 @default.
- W1873502007 date "2014-04-03" @default.
- W1873502007 modified "2023-10-16" @default.
- W1873502007 title "Coupling a minimal stochastic lattice gas model of a cloud system to an atmospheric general circulation model" @default.
- W1873502007 cites W1529285559 @default.
- W1873502007 cites W1965818033 @default.
- W1873502007 cites W1969915103 @default.
- W1873502007 cites W1972204950 @default.
- W1873502007 cites W1973552149 @default.
- W1873502007 cites W1979963860 @default.
- W1873502007 cites W1987505060 @default.
- W1873502007 cites W1993474748 @default.
- W1873502007 cites W1999824329 @default.
- W1873502007 cites W2012910700 @default.
- W1873502007 cites W2013266685 @default.
- W1873502007 cites W2013590599 @default.
- W1873502007 cites W2014349722 @default.
- W1873502007 cites W2015046711 @default.
- W1873502007 cites W2015074302 @default.
- W1873502007 cites W2017146637 @default.
- W1873502007 cites W2019373637 @default.
- W1873502007 cites W2020229562 @default.
- W1873502007 cites W2026529675 @default.
- W1873502007 cites W2027317184 @default.
- W1873502007 cites W2030411806 @default.
- W1873502007 cites W2030794945 @default.
- W1873502007 cites W2032356908 @default.
- W1873502007 cites W2033142714 @default.
- W1873502007 cites W2036624535 @default.
- W1873502007 cites W2038171222 @default.
- W1873502007 cites W2038878767 @default.
- W1873502007 cites W2040836674 @default.
- W1873502007 cites W2041115687 @default.
- W1873502007 cites W2042507029 @default.
- W1873502007 cites W2044200739 @default.
- W1873502007 cites W2044713237 @default.
- W1873502007 cites W2046207696 @default.
- W1873502007 cites W2046217422 @default.
- W1873502007 cites W2055938690 @default.
- W1873502007 cites W2060774441 @default.
- W1873502007 cites W2072082455 @default.
- W1873502007 cites W2074319059 @default.
- W1873502007 cites W2089727804 @default.
- W1873502007 cites W2089967824 @default.
- W1873502007 cites W2099412033 @default.
- W1873502007 cites W2101098176 @default.
- W1873502007 cites W2101469355 @default.
- W1873502007 cites W2108678981 @default.
- W1873502007 cites W2109005173 @default.
- W1873502007 cites W2109082012 @default.
- W1873502007 cites W2110741152 @default.
- W1873502007 cites W2123334533 @default.
- W1873502007 cites W2126583401 @default.
- W1873502007 cites W2131745589 @default.
- W1873502007 cites W2136735799 @default.
- W1873502007 cites W2140281615 @default.
- W1873502007 cites W2140571170 @default.
- W1873502007 cites W2141317563 @default.
- W1873502007 cites W2142794782 @default.
- W1873502007 cites W2145326637 @default.
- W1873502007 cites W2146623920 @default.
- W1873502007 cites W2154838439 @default.
- W1873502007 cites W2155089991 @default.
- W1873502007 cites W2163837020 @default.
- W1873502007 cites W2168564663 @default.
- W1873502007 cites W2169684389 @default.
- W1873502007 cites W2172541964 @default.
- W1873502007 cites W2173457350 @default.
- W1873502007 cites W2174357083 @default.
- W1873502007 cites W2175098853 @default.
- W1873502007 cites W2176231028 @default.
- W1873502007 cites W2176560650 @default.
- W1873502007 cites W2180596393 @default.
- W1873502007 cites W2181019702 @default.
- W1873502007 cites W2183922961 @default.
- W1873502007 cites W22342145 @default.
- W1873502007 cites W2324099123 @default.
- W1873502007 cites W4239456296 @default.
- W1873502007 cites W4246395652 @default.
- W1873502007 cites W4248608247 @default.
- W1873502007 cites W868168856 @default.
- W1873502007 doi "https://doi.org/10.1002/qj.2331" @default.
- W1873502007 hasPublicationYear "2014" @default.
- W1873502007 type Work @default.
- W1873502007 sameAs 1873502007 @default.
- W1873502007 citedByCount "6" @default.
- W1873502007 countsByYear W18735020072014 @default.
- W1873502007 countsByYear W18735020072015 @default.
- W1873502007 countsByYear W18735020072016 @default.
- W1873502007 countsByYear W18735020072019 @default.
- W1873502007 countsByYear W18735020072022 @default.
- W1873502007 crossrefType "journal-article" @default.
- W1873502007 hasAuthorship W1873502007A5053414787 @default.