The 5th International сonference
"Trigger effects in geosystems"
4—7 June, 2019 / Moscow
Dear scientists, engineers, and researchers!
We are glad to announce that the 5th International conference “Trigger effects in geosystems” 2019 will be held in Moscow, Russia, 4–7 June, 2019.
The plenary meeting on June 4, 2019 will be held at the Moscow Palace of Pioneers (Kosygina Street 17, Bldg 1, main entrance, Small Hall, Moscow).
Section meetings on June 5-7, 2019 will be held at the Institute of Geosphere Dynamics of Russian Academy of Sciences (Leninsky Prospect 38, Bldg 1, Moscow).
The conference will provide a multidisciplinary stage with a focus on (i) the influence of natural and anthropogenic factors on geospheres, geomechanical systems and anthropogenic objects found in a subcritical state and (ii) the influence of these factors on the system “atmosphere - ionosphere”.
The conference will comprise plenary and keynote lectures, scientific sessions, poster sessions, and workshops.
The book of abstracts will be published by the beginning of the conference; conference proceedings indexed in WoS / Scopus is proposed to publish after the conference.
Conference languages: Russian and English.
Conference
calendar
15 January, 2019
Pre-registration deadline
15 February, 2019
Abstract deadline
25 February, 2019
Acceptance notification
27 May, 2019
Full articles deadline
4-7 June, 2019
The 5th International conference
“Trigger effects in geosystems”
Registration fee
Regular participant - 4000 RUB
Student - FREE
Previous conferences
Trigger effects in geosystems 2017Key topics:
• Exogenous triggering of deformation processes in the Earth’s crust. Monitoring and forecasting of trigger effects. Trigger effects in geology.
• Structure and properties of fault zones. Different regimes of fault slip. Links to seismicity.
• Mine safety. Deformation processes during mining. Technogenic tectonic earthquakes. Mine seismicity. Stability of engineering structures.
• Seismicity during mining and hydrocarbon production. Geomechanics and fluid dynamics of rock mass.
• Geophysical fields: variations and interaction.
• Active impacts on the Earth’s ionosphere and magnetosphere - experimental results, numerical and theoretical models.
• Global current circuit, atmospheric electrical and optical processes, non-equilibrium plasma chemistry of atmospheric phenomena.
• Experimental data and theoretical models of the response of the ionosphere to catastrophic natural events (fall of cosmic bodies, earthquakes, tsunamis, volcanic eruptions, powerful cyclones).