last update 24 May 2017 
  Russian Radiation Commission

(ISARD - 2017)

30 June 2017, Saint-Petersburg-Petrodvorets, 1 Ulyanovskaya











Scientific topics

Sections available:

1. Satellite sounding of atmosphere and surface.
(Satellite passive and active sounding of parameters of the atmosphere and underlying surface (atmospheric temperature and humidity, trace gases, aerosols, clouds, surface emissivity and temperature, characteristics of wind field, etc.), physics-mathematical foundation, interpretation methods and algorithms, fast models of the direct problem, numerical analysis of retrieval errors, results and analysis of satellite sounding, validation of remote measurements, extant and projected experiments)

2. Remote sensing of atmosphere and underlying surface in different spectral ranges.
(Ground-based, aircraft and balloon sounding, passive and active methods, physics-mathematical basis, methods and algorithms for interpreting measurements, numerical analysis of the information content and accuracy of remote measurements, results and perspectives in different spectral ranges, synergetic methods)

3. Radiative transfer theory.
(Atmosperic molecular spectroscopy (experimental and theoretical studies of spectra of atmospheric gases, validation of databases, molecular absorption and radiation in the atmosphere), transfer of solar and atmospheric radiation, transfer of polarized and non-LTE radiation, radiative transfer in 3-D media, etc.)

4. Radiation-cloud and radiation-aerosol interactions.
(Characteristics of the interaction of radiation with aerosols and clouds: calculation methods and experiment, on-site and laboratory studies. Microphysical and optical characteristics of aerosols and clouds of different phase compositions: dependence of cloud optical characteristics on parameters of microphysical structure and cloud temperature, methods for accounting the influence of particle forms on cloud optical characteristics. Optical diagnostics of atmospheric aerosol and cloudiness. Satellite information on cloud mycrophysical characteristics and its application. Aerosol radiation forcing)

5. Radiative climatology and algorithms in models for weather and climate forecasting.
(Radiative regime of underlying surface and atmosphere. Earth radiation budget - measurements and modeling. Radiative algorithms and validation. Spatial and temporal variations of solar radiation in different spectral ranges from data of ground-based and satellite measurements)

6. Field studies of radiative characteristics of atmosphere and surface.
(Instrumentation for measuring the atmospheric radiation characteristics and remote sensing of the atmosphere and underlying surface, results of compex investigation projects)

7. Wave characteristics, macrocirculation and dynamics interactions in atmospheres of the Earth and other planets.
(Observations, data analysis, and simulation of dynamic processes in the middle and upper atmosphere, including the ionosphere. Determination of the characteristics of the circulation, global waves (tides, planetary waves), waves arising from local sources (internal gravity waves and infrasound), and turbulence using the measurement and reanalysis data. Modelling of generation, propagation and breaking of atmospheric waves, and their nonlinear interaction with each other and with the mean flow. The dependence of atmospheric motions on other dynamic processes in the atmosphere, hydrosphere and solid Earth, as well as, on external impacts (solar activity variations, magnetic storms, energetic particles precipitations, etc.). Dynamical coupling of atmospheric layers)

8. Structure of middle and upper atmosphere of the Earth and other planets.
(Observations of vertical distributions of temperature, pressure, density and their different variations in the stratosphere, mesosphere and thermosphere; analysis and models of the radiative budget and its components for these atmospheric layers; observations of neutral gaseous and aerosol structures and their different variations in the stratosphere, mesosphere and thermosphere; modeling of gaseous and aerosol composition in these atmospheric layers; connection of the structure and conposition of these layers with dynamics processes in the atmosphere, hydrosphere, firm ground and space processes (at Sun etc.))

9. Photochemistry and kinetics of excited states of atoms and molecules and non-LTE radiation in the atmosphere of the Earth and other planets.
(Observations and modeling of non-LTE radiation in middle and upper atmosphere in UV, visible, IR and microwave ranges; photochemistry and kinetics of excited states of neutral atoms and molecules, dependence of excitation degree on processes in atmosphere, its temperature and composition and on external sources; application of non-LTE radiation observations for studying the atmospheric structure, composition and different dynamics processes in atmosphere)


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