| Preface | 14 |  |
Debris flow hazard assessment of the automobile checkpoint Nizhniy Zaramag
A.Kh. Adzhiev, N.V. Kondratyeva, Z.M. Kerefova, A.L. Kortiev | 15 | |
The conceptual approach to risk assessment related to debris flow activity in the Sheki-Zagatala economic region
S.O. Alakbarova | 27 | |
Twenty years’ experience in flexible debris flow protection
A. Barinov, M. Denk, H. Lanter | 37 | |
Engineering-geological characteristic of the 2023 debris flow deposits of the Shiveluch volcano (Kamchatka)
O.S. Barykina, V.I. Frolov, J.V. Frolova, E.E. Suleymanova | 48 | |
Catastrophic flooding on the Debed river in May 2024 (Armenia)
V.R. Boynagryan, A.S. Piloyan | 61 | |
Mathematical, information-computational and experimental modelling of the stages of debris flow initiation, descent and management on the example of the northern slope of the Khamar-Daban Ridge
I.V. Bychkov | 77 | |
The study of monitoring and stability evaluation of rocky shore slope in reservoir area based on microseismicity: a case study of the Giant Landslide at Jiuxianping, Yunyang
Q. Chen, Q. Zhao, K. Yang, Y. Sun, L. Zhang, F. Wei | 82 | |
Dynamics of debris flow processes in the Cherek Balkarsky River вasin (Kabardino-Balkarian Republic)
L.B. Chigirova | 89 | |
A new methodology for calculating turbulent debris flow discharges
R.V. Diakonidze, J.H. Fanchulidze, L.H. Tsulukidze, M.A. Mgebrishvili, L.K. Toklikishvili,
S.J. Modebadze | 96 | |
Debris flow monitoring and emergency warning system
A.A. Dobrynina, V.A. Sankov, S.A. Korol, N.V. Kichigina, A.A. Rybchenko | 101 | |
Subglacial drainage systems as debris flow origination zones (basins of the Adylsu and Gerhozhansu rivers, Central Caucasus)
M.D. Dokukin | 111 | |
A four-pillar strategy for natural hazard risk management in remote mountain regions: Insights from the Mestiachala HPP, Georgia
S. Fuchs, M. Haidn, K. Keilig, S. Resinger, Z. Menabde, F. Draesner, P. Echtler, C. Libisch-Lehner,
B. Wipplinger, P. Neumann, J. Singer | 122 | |
Innovative methods of using natural and technogenic petrostructures to reduce the risks of emergency consequences of debris flows
F.G. Gabibov, A.G. Akhmedova | 136 | |
The safety of city Telavi from the destructive effects of debris flow
G.V. Gavardashvili | 142 | |
Digital methods for analyzing the development of high-risk riverbed deformations
Z.Zh. Gergokova | 152 | |
Monitoring of debris flow development on the slopes of the Mzymta river basin in the area of the Olympic Village Mountain cluster
V.N. Golosov, S.V. Kharchenko, M.I. Uspenskii, V.E. Shatokhina | 158 | |
Spatial relationship of large landslides and debris flow processes in the Unsatlen River basin (Eastern Caucasus)
I.A. Idrisov, A.L. Strom, D.D. Shubina | 168 | |
Assessing the impact of debris flows on fish using a simulation-based decision support model
M. Isaac, R.K. Isaac | 174 | |
A multi-parameter simulation framework for debris flow hazard assessment using environmental and hydrological inputs
R.K. Isaac, M. Isaac | 186 | |
Correlations between rheological parameters and L-Box test parameters of woody-debris suspensions
C.-D. Jan, L.-T. Nguyen | 197 | |
Numerical modeling of viscous debris flows and landslides on mountain slopes
G.S. Khakimzyanov, O.I. Gusev, V.S. Skiba, A.V. Bakulina, A.V. Kladov, S.A. Tsereshko, L. Zhao | 205 | |
The hazard of the formation of large debris flow origination sites in the zones of water-supply
faults (case study of the Chvezhipse subdistrict of the Western Caucasus)
I.V. Krylenko, V.I. Krylenko, E.V. Dzaganiia, M.Yu. Dzaganiia | 217 | |
Regional features of the influence of debris flow processes on changes in the landscapes of the southern slope of the Greater Caucasus
I.Ya. Kuchinskaya, E.J. Karimova | 227 | |
Potential hazard of proglacial lakes in the Mizhirgi River basin (Kabardino-Balkarian Republic)
O.A. Kurasheva | 240 | |
Shovi catastrophic debris flow
G. Lominadze, M. Gongadze, G. Kavlashvili | 246 | |
Landslides and debris flow processes of the Mangyshlak Peninsula
A.A. Lukashov, R.N. Kurbanov | 252 | |
Features of the development of the debris flow process in the basins of Kabardino-Balkaria in the 21st century
I.V. Malneva, M.D. Dokukin, M.A. Anaev, M.M. Khadzhiev | 259 | |
Determination of susceptibility zones and assessment of debris flow risk in the
Gudiyalchay river basin based on remote sensing data
S.G. Mammadov, S.A. Tarikhazer | 267 | |
Geomorphological studies of the mud-filled Ganjachay river basin (a case study of the northeastern slope of the Lesser Caucasus within Azerbaijan)
S.A. Mamiyeva | 283 | |
Engineering protection of recreational facilities
S.I. Matsiy, U.R. Sidaravichute, V.S. Matsiy | 294 | |
Conceptual model of an experimental pile structure for stabilizing landslide processes
Yu.A. Mazhaisky, N.V. Sheshenev | 301 | |
Prospects for development of debris flow forecasts in Kazakhstan using machine learning technologies
A.R. Medeu, V.P. Blagovechshenskiy, V.V. Zhdanov, S.U. Ranova, A.N. Kamalbekova,
U.R. Aldabergen | 306 | |
Subaqueous debris flows on the continental slope of the north-eastern part of the Black Sea: analysis of conditions and causes of formation
S.G. Mironyuk | 316 | |
Debris flow deposits granulometric analysis by GIS application
L.E. Muzychenko, A.A. Muzychenko | 328 | |
Influence of debris flows on channel processes in the foothill plains
A.A. Nuriyev, F.A. Imanov, M.Y. Asadov, A.R. Maharramova | 334 | |
Debris flow and landslide hazard for transport
E.G. Petrova | 346 | |
Geomorphic response to the debris flow triggered by the Bashkara glacier lake
outburst
V.S. Posazhennikova, V.N. Golosov, S.V. Kharchenko | 356 | |
Peculiarities of morphodynamics of bank erosion on rivers of Udmurtia
I.I. Rysin, I.I. Grigoriev | 363 | |
Monitoring the current state of glaciation, glacial lakes, and associated natural hazards in
the Pamirs, Tajikistan
M.S. Safarov, A.R. Fazylov, J. Li | 378 | |
Dynamics of debris flow processes in the Kutarkha River basin (Western Caucasus, Sochi hydrological region)
K.G. Samarkin-Dzharskii, E.V. Dzaganiia, L.M. Dzaganiia, G.N. Sukharzhevskii | 388 | |
MAMODIS ‒ a universal, cost-effective debris flow detection system based on infrasound and seismic signals
A. Schimmel | 398 | |
Instrumental monitoring data of the emergency zones of the tailings dam of the Tyrnyauz mining and processing plant
A.Kh. Sherhov | 407 | |
Reconstruction of a catastrophic debris flow event ≈ 1200 years ago in the Mzymta River
basin
S.V. Shvarev, S.V. Kharchenko | 414 | |
Climate warming and a new mechanism for formatting debris flows
B.S. Stepanov, R.K. Yafyazova | 426 | |
Problems of debris flow risk management in Kyrgyzstan
I.A. Torgoev | 433 | |
Economic methods of increasing the efficiency of debris-flow mitigation constructions
M. Vartanov, E. Kuhalashvili | 444 | |
Meteorological conditions for the debris flow formation on the Black Sea coast of Russia
V.S. Vorontsova, P.A. Toropov | 449 | |
Comprehensive approach to debris flow hazard assessment in mountain valleys of the Kyrgyz Republic
V. Zaginaev, S. Erokhin, D. Sakyev, M. Amanova | 455 | |
Mathematical support for forecasting slush flows and avalanches with the help of fuzzy analysis
M.I. Zimin, A.Kh. Adzhiev, O.A. Kumukova, T.V. Gavrilenko, N.V. Kondratyeva, O.M. Kulikova,
S.A. Zimina | 469 | |
Mathematical modeling of physical and mechanical processes in the debris flow source area
M.I. Zimin, M.M. Zimin, N.V. Kondratyeva | 473 | |
| Author’s Index | 483 | |
| Contents | 490 | |
