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Marek Uliasz

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Description: Personal homepage of researcher working on atmospheric transport modeling.
Atmospheric Modeling & Analysis by Marek Uliasz
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Page title:Atmospheric Modeling & Analysis by Marek Uliasz
Keywords:meteorology,micrometeorology,meteorological,atmospheric,atmosphere, environment,environmental,ecology,ecological,turbulence, modeling,research,analysis,prediction,study,forecast,simulation, numerical,computer,cluster,parallel,mathematical, air,dispersion,turbulence,transport,pollution,tracer,quality,diffusion,deposition, mesoscale,regional,global,geophysical,earth,environment,soil,water,hydrology,moisture, cloud,convevtion, particle,particles,lagrangian, model,code,fortran,system,experiment,field,observation,measurement,data, co2,co,carbon,dioxide,change,warming,assimilation,respiration,vegetation,ndvi, evaluation,sensitivity,uncertainty,inversion,infleunce,function,trajectory,backward, visualization,validation,test,scheme,paramterization,implementation,flow,dynamics,fluid, assimilation,bayesian,adjoint,4dda,LES,MDMS,RAMS,LPD,GCM,receptor, emission,anthropogenic,fossil,fuel,biosphere,cycle, conculting,expert,consultant, WLEF,mohave,amazon,lake,superior,network,tower, emergency,response,sensor,device,sample,concentration,wind,speed, CSU,IIASA,NASA
Description:Modeling atmospheric transport in meso, regional and global scales. Lagrangian particle dispersion models. LES. Sensitivity & uncertainty analysis. Inverse problems. Carbon dioxide
IP-address:216.17.184.1

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Creation Date: 23-nov-2004
Expiration Date: 23-nov-2014