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HAZARD MITIGATION STRATEGY ON TERRITORIES WITH DEEP LANDSLIDES

Postoev, German, Kazeev, . Andrey, Fedotova, Ksenia

First published: 2014-06-20https://doi.org/10.5593/sgem2014/b12/s2.057View metrics

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Title
HAZARD MITIGATION STRATEGY ON TERRITORIES WITH DEEP LANDSLIDES
Authors
Postoev, German, Kazeev, . Andrey, Fedotova, Ksenia
Proceedings
SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings; 14th SGEM GeoConference on SCIENCE AND TECHNOLOGIES IN GEOLOGY, EXPLORATION AND MINING
Publisher
Stef92 Technology
Year
2014
Pages
Not available yet
ISSN
1314-2704
ISBN
978-619-7105-08-7
Language
en
Publication type
Conference Paper
Keywords
HydrogeologyEngineering Geology and Geotechnics
References12

  1. Gulakyan K.A., Kuntcel V.V., Postoev G.P., Erysh I.F. The mechanism of deep landslides, connected with ancient Neogene residual soil deposits of Kerch peninsula. // Problems and methods of Engineering-geological researches. Russia. M.: VSEGINGEO. 1973. №. 76. P. 16-28.

  2. Kazeev A.I. The reasons and the mechanism of catastrophic activization of deep block-type landslides in Moscow. // City agglomerations on landslide territories. Materials of 5 international conf.. on geotechnics 22-24.09.2010. Russia. Volgograd. VolgSABU. 2010. P.57-64.

  3. Naumenko P.N. Conditions of formation and engineering-geological characteristic of landslides of the Black Sea coast of Odessa. // Landslides of the Black Sea coast of Ukraine. Russia. M.: Nedra. Ch. 5. P. 57-100.

  4. Postoev G.P. Deep block-type landslides on urban territories. // International symposium «Engineering-geological problems on urban territories». Russia, Ekaterinburg, 2001. P. 335-342.

  5. Postoev G.P. 2010. Equations of massif state for landslides formation // Russia. Engineering geology. №4. P. 48-53.

  6. Tihvinskii I.O. The assessment and the stability forecast of landslide slopes. Russia. M.: Science. 144 P.

  7. Gulakyan K.A., Kuntcel V.V., Postoev G.P., Erysh I.F. The mechanism of deep landslides, connected with ancient Neogene residual soil deposits of Kerch peninsula. // Problems and methods of Engineering-geological researches. Russia. M.: VSEGINGEO. 1973. №. 76. P. 16-28.

  8. Kazeev A.I. The reasons and the mechanism of catastrophic activization of deep block-type landslides in Moscow. // City agglomerations on landslide territories. Materials of 5 international conf.. on geotechnics 22-24.09.2010. Russia. Volgograd. VolgSABU. 2010. P.57-64.

  9. Naumenko P.N. Conditions of formation and engineering-geological characteristic of landslides of the Black Sea coast of Odessa. // Landslides of the Black Sea coast of Ukraine. Russia. M.: Nedra. Ch. 5. P. 57-100.

  10. Postoev G.P. Deep block-type landslides on urban territories. // International symposium «Engineering-geological problems on urban territories». Russia, Ekaterinburg, 2001. P. 335-342.

  11. Postoev G.P. 2010. Equations of massif state for landslides formation // Russia. Engineering geology. №4. P. 48-53.

  12. Tihvinskii I.O. The assessment and the stability forecast of landslide slopes. Russia. M.: Science. 144 P.

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