Abstract
The general plan of settlement always determines the future development of municipal area, housing and communal services, transport systems and industrial facilities. This plan is based on the urban area zoning according to the state of knowledge of the development and distribution of natural hazards. Knowledge of the engineering and geological conditions and their spatial (and temporal) variability involves mapping and dividing the city territory into zones of different purposes. Main task of mapping of natural hazards is to identify dangerous exogenous processes, as well as to present imagination on the map created by the study of literature and archive materials, preliminary decoding of optical satellite imagery and specified by field observations. Despite the extensive literature, we nevertheless do not always find comprehensive cartographic materials on the distribution of landslides providing direct danger to urban infrastructure with the purpose of its visualization and verification. It was found that landslides shown on the archive cartographic material (scale 1: 100,000 for 1997), could be located 300–450 m from their real location. Also in the study area more than 150 landslides are revealed by decoding of optical images of medium (MR) and high (HR) resolution. Totally 45 landslides within the town limits are investigated and systemized. 6 of them provide direct threat to urban infrastructure and vulnerable communities. According to the results of conducted works the modern map of landslide distribution for Sulukta town and its agglomeration area was developed. Though this simplified hazard map was designed for understanding and visualization not by experts in cartography field, the collected materials can significantly assist the researcher in understanding the development of landslide processes in region.
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References
Abdybachaev U, Moldobekov BD, Ibatulin HW et al (2014) New cadasterization of landslide hazards at the example of Alay district of Osh region of Kyrgyzstan. Remote and ground-based geostudies in Central Asia: materials of the international conference, Bishkek, 193–197 pp. ISBN 978-9967-11-449-4
Ananyeva GS, Simonova YG, Spiridonova AI (1992) Dynamic geomorphology. Tutorial. Moscow State University, Moscow, 448 p. ISBN 5-211-01618-1
Dalmatov BI (1988) Mechanics of grounds, bases and foundations (including a special course Engineering Geology), 2nd edn. Revised and enlarged. Leningrad Department, Stroyizdat, Leningrad, 415 p. ISBN 5-274-00374-5
Emelianova EP (1971) Comparative method of assessment of the slope stability and the hazard forecast. VSEINGEO. Nedra, Moscow, 104 p
Engineering geological site investigations for construction (1997) SP 11-105-97. GOSSTROY OF RUSSIA, Moscow. http://ohranatruda.ru/ot_biblio/normativ/data_normativ/5/5157/index.php
Highland LM, Bobrowsky P (2008) The landslide handbook—A guide to understanding landslides: Reston, Virginia, U.S. Geological Survey Circular 1325, 129 p
Hositashvili GR (2002) The value of large-scale landslide maps in the complex geotechnical investigations on landslide-prone areas. Sergeev readings, Issue 4/Materials of the annual session of the Scientific Council on the problems of geoecology, geology and hydrogeology (Moscow, 21–22 March 2002), GEOS, Moscow, 593–596 pp
Ibatulin HW (2011) Monitoring of landslides in Kyrgyzstan. Ministry of Emergency Situations of the Kyrgyz Republic, Bishkek, 145 p. ISBN 978-9967-23-948-4
Kopackova V, Rapprich V et al (2011) Slope dependent morphometric analysis as a tool contributing to reconstruction of volcano evolution. In: Earth and environmental sciences, 219–240 pp. http://cdn.intechopen.com/pdfs/24557.pdf
Küntzel VV (1982) Reasons of rhythmicity of gravitational processes. In: Engineering geology, Issue 1. VSEGINGEO, Moscow, 69–72 pp (UDC 624.131.543)
Lomtadze VD (1977) Engineering geology. In: Engineering geodynamics. Nedra, Leningrad, 479 p (UDC 624.131.1.551.3)
Lomtadze VD (1978) Engineering geology. In: Special engineering geology. Nedra, Leningrad, 496 p (UDC 624.131.1)
Meleshko AV (2000) On the trend of landslide processes in the Southern Kyrgyzstan. Nauka i novye tehnologii, No. 6, part I, Bishkek, 83–86 pp
Niyazov RA, Minchenko VD, Tashmatov HM (1991) Monitoring of exogenous geological processes. In: Küntzel VV (eds) “Fan” Tashkent, 180 p. ISBN 5-648-01268-3
Ormukov CA, Abdybachaev UA, Moldobekov BD et al (2014) Inventory and assessment of landslide risk in the area of Sulukta town of the Batken region of Kyrgyzstan. In: Remote and ground-based geostudies in Central Asia: materials of the international conference, Bishkek, 193–197 pp. ISBN 978-9967-11-449-4
Podobnikar Tomaz. (2009) Methods for visual quality assessment of a digital terrain model. S.A.P.I.E.N.S. VOL.2/No.2 SPECIAL ISSUE. https://sapiens.revues.org/738
Roessner S, Behling R, Abdybachaev U et al (2014) Multi-temporal optical and radar satellite remote sensing for spatiotemporal analysis of landslide activity at a regional scale in southern Kyrgyzstan. In: Remote and ground-based geostudies in Central Asia: materials of the international conference, Bishkek, 80–85 pp. ISBN 978-9967-11-449-4
Series of issues of “GEOMATIKA” journal from 2008 to 2015. http://geomatica.ru/eng/archive.html
Ter-Stepanyan GI (1958) Classification of the landslide cracks. In: Engineering geology. Newsletter of the Academy of Sciences of the Armenian SSR, Issue No. 5. http://earth.asj-oa.am/99/
United States Department of Agriculture Soil Conservation Service in cooperation with the Pennsylvania State University College of Agriculture and the Pennsylvania Department of Environmental Resources State Conservation Commission (1974) Soil survey of Northampton County Pennsylvania, 125 p https://www.nrcs.usda.gov/Internet/FSE_MANUSCRIPTS/pennsylvania/northamptonPA1974/northamptonPA1974.pdf
Zolotarev GS, Fedorenko VS, Sheshenya NL (1969) Basic laws of development of avalanches and landslides in mountain-fold areas, methods of their study and forecast. Newsletter of the Moscow University, Issue No. 3, Moscow, 3–15 pp (UDC 551.244)
Acknowledgements
The preliminary results of this article were obtained during the fieldwork in the framework of SENSUM project in the period of 2013–2014. The authors express their gratitude to representatives of Sulukta town administration and representatives of the Department of Emergency Monitoring of the Kyrgyz Republic for their support provided. The authors also acknowledge T. Konokov and E. Mambetaliev for their assistance during the field surveys and the post-processing of data.
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Ulan, A., Bolot, M., Cholponbek, O. (2017). Modern Map of Landslide Hazard for Sulukta Town and Its Agglomeration Area, South-West Mountainous Margins of the Fergana Basin. In: Mikos, M., Tiwari, B., Yin, Y., Sassa, K. (eds) Advancing Culture of Living with Landslides. WLF 2017. Springer, Cham. https://doi.org/10.1007/978-3-319-53498-5_89
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