book of abstracts geomatics 2017

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PROF. ARMANDS CELMS, LATVIA UNIVERSITY OF AGRICULTURE IN JELGAVA. PROF. RYSZARD CYMERMAN, UNIVERSITY OF WARMIA AND MAZURY ...
BOOK OF ABSTRACTS GEOMATICS 2017

Gdańsk, Poland 2017

Book of Abstracts - Geomatics 2017

Editors Karol Daliga Dominika Wróblewska Jakub Szulwic Photography Karol Daliga Dominika Wróblewska Cover design Karol Daliga Dominika Wróblewska Editors and Publisher Gdansk University of Technology Faculty of Civil and Environmental Engineering Department of Geodesy Narutowicza Str. 11/12 PL-80-233 Gdańsk tel. (+48) 58 347 10 12 fax (+48 ) 58 347 13 03 [email protected] www.wilis.pg.edu.pl www.bgc.geomatyka.eu

Publisher: Polish Internet Informant of Geodesy I-NET.PL Sp. J. Wassowskiego Str. 19c, 80-225 Gdańsk Issue: printing on request Available on-line on the site www.GEOMATYKA.eu: http://www.geomatyka.eu/publikacje/isbn9788394735791/isbn9788394735791.pdf ISBN 978-83-947357-9-1

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Book of Abstracts - Geomatics 2017

SCIENTIFIC COMMITTEE CHAIRMAN OF INTERNATIONAL SCIENTIFIC COMMITTEE PROF. MAREK PRZYBORSKI, GDAŃSK UNIVERSITY OF TECHNOLOGY & IEEE VICE - CHAIRMAN OF INTERNATIONAL SCIENTIFIC COMMITTEE PROF. PAWEŁ WIELGOSZ, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN PROF. ARMANDS CELMS, LATVIA UNIVERSITY OF AGRICULTURE IN JELGAVA PROF. RYSZARD CYMERMAN, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN PROF. ZBIGNIEW CZAJA, GDAŃSK UNIVERSITY OF TECHNOLOGY & IEEE PROF. GREET DERUYTER, GHENT UNIVERSITY PROF. MARIUSZ FIGURSKI, MILITARY TECHNICAL ACADEMY IN W ARSAW PROF. MAORONG GE, HELMHOLTZ CENTRE POTSDAM GFZ GERMAN RESEARCH CENTRE FOR GEOSCIENCES PROF. JIANGHUI GENG, GNSS RESEARCH CENTER, W UHAN UNIVERSITY PROF. MAREK GRZEGORZEWSKI, POLISH AIR FORCE ACADEMY IN DEBLIN PROF. BEATA HEJMANOWSKA, AGH UNIVERSITY OF SCIENCE AND TECHNOLOGY IN CRACOW PROF. WALDEMAR KAMIŃSKI, GDANSK UNIVERSITY OF TECHNOLOGY & UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN & APS PROF. MICHAŁ KĘDZIERSKI, MILITARY TECHNICAL ACADEMY IN W ARSAW PROF. ANDREAS LANITIS, CYPRUS UNIVERSITY OF TECHNOLOGY IN LIMASSOL & IEEE PROF. XINGXING LI, SCHOOL OF GEODESY AND GEOMATICS, W UHAN UNIVERSITY & HELMHOLTZ CENTRE POTSDAM GFZ GERMAN RESEARCH CENTRE FOR GEOSCIENCES PROF. MAREK MOSZYŃSKI, GDANSK UNIVERSITY OF TECHNOLOGY PROF. MAREK MRÓZ, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN & IEEE PROF. KHALED NAGATY, BRITISH UNIVERSITY IN EGYPT IN CAIRO PROF. STANISŁAW OSZCZAK, POLISH AIR FORCE ACADEMY IN DEBLIN PROF. WOJCIECH PACHELSKI, MILITARY TECHNICAL ACADEMY IN WARSAW PROF. EIMUNTAS KAZIMIERAS PARŠELIŪNAS, VILNIUS GEDIMINAS TECHNICAL UNIVERSITY PROF. CHRIS PIKRIDAS, ARISTOTLE UNIVERSITY OF THESSALONIKI PROF. KRYSTIAN PYKA, AGH UNIVERSITY OF SCIENCE AND TECHNOLOGY IN CRACOW & PSPRS/APS

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Book of Abstracts - Geomatics 2017

PROF. JANUSZ SMULKO, GDAŃSK UNIVERSITY OF TECHNOLOGY & IEEE PROF. PIOTR SROKOSZ, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN PROF. ANDRZEJ STATECZNY, GDANSK UNIVERSITY OF TECHNOLOGY PROF. KRZYSZTOF WILDE, GDAŃSK UNIVERSITY OF TECHNOLOGY PROF. IRENEUSZ WINNICKI, MILITARY TECHNICAL ACADEMY IN W ARSAW PROF. RADOSŁAW WIŚNIEWSKI, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN PROF. RYSZARD ŹRÓBEK, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN

ORGANIZING COMMITTEE CHAIRMAN OF ORGANIZING COMMITTEE DOMINIKA WRÓBLEWSKA, GDAŃSK UNIVERSITY OF TECHNOLOGY KATARZYNA BOBKOWSKA, GDAŃSK UNIVERSITY OF TECHNOLOGY KAROL DALIGA, GDAŃSK UNIVERSITY OF TECHNOLOGY DARIA FILIPIAK-KOWSZYK, GDAŃSK UNIVERSITY OF TECHNOLOGY ANNA FRYŚKOWSKA, MILITARY UNIVERSITY OF TECHNOLOGY IN WARSAW ANNA GÓRSKA-PAWLICZUK, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN KAROLINA MAKOWSKA, GDAŃSK UNIVERSITY OF TECHNOLOGY JAKUB SZULWIC, GDAŃSK UNIVERSITY OF TECHNOLOG & IEEE PAWEŁ TYSIĄC, GDAŃSK UNIVERSITY OF TECHNOLOGY PIOTR WALCZYKOWSKI, MILITARY UNIVERSITY OF TECHNOLOGY TADEUSZ WIDERSKI, GDAŃSK UNIVERSITY OF TECHNOLOGY ADA WOLNY, UNIVERSITY OF W ARMIA AND MAZURY IN OLSZTYN PATRYK ZIÓŁKOWSKI, GDAŃSK UNIVERSITY OF TECHNOLOGY

Abstracts of papers send for 2017 Baltic Geodesy Congress (Geomatics) th - as of 25 May, 2017.

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Book of Abstracts - Geomatics 2017

GEOTECHNICAL MAPPING FOR URBAN PLANNING AND DEVELOPMENT IN ADRIATIC COAST, ALBANIA (0077) Ylber Muceku

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In this paper, shortly is described the geotechnical mapping carried out for urban planning and development in Adriatic coast area, Albania. The studied are is located in western part of Albania along of Adriatic Seaside, extending from Velipoja village (north) up to Orikumi town (south). It represents the most beautiful area in Albania because there are many beaches, lagoons, and national tourist parks etc. For all of these reasons, the coastline of this zone has become heavily urbanized. So, the new millennium in Albania is characterized by a population’s moving to Adriatic coastal area, where are associated with many engineering objects constructions such as the buildings, routes and green parks etc. Most of them are built on hills slopes without any engineering geological and geotechnics investigations. All of these, have occurred because of the urbanization in these areas is done in the way of uncontrolled and unmanaged by the responsible government institutions. Thus, there are built many residential buildings (touristic villages etc.), and other engineering’s objects without performing any geotechnical investigations, which is very necessary to their safety. Moreover, urban development is close related to the environmental problems, which involve an increase of the interest in the rational use of landscape of geo-environment. That is why, during 2000-2008 years, a geotechnical mapping on scale 1: 25 000 for the urban planning purpose was carried out along of Adriatic coast, whereas 2010-2014 years, a geotechnical mapping on scale 1: 10 000 have been done for urban development in several areas as Velipoja-Shengjini, Kepi Rodonit-Durresi-Spille, Divjaka, and Zverneci-Vlora-Orikum zones [1 - 4]. For the geotechnical mapping on scale 1: 25 000, was carried out the surface geotechnical observations and excavation of many pits with depth 3.0-5.0m in whole studied area. There are taken a lot of soils and rocks specimens for analyzing in the laboratory for physical-mechanical properties. According to geotechnical mapping on scale 1: 10 000 was worked in the oriented profile with surface geotechnical observations, geotechnical boreholes with depth 10.0-30.0m and vertical electrical sounding (ERT). From boreholes in different depth are taken many soils specimens for determination of mechanical and physical properties in the laboratory. The geotechnical maps on scale 1: 25 000 and 1:10 000, were compiled basing in the geofactors as lithology characteristics of rocks and soils, geomorphologic conditions, physical-mechanical properties of rocks and soils, hydrogeological characteristic and geodynamic phenomena. Consequently, the studied area on both maps were classified into several engineering geological zones, which are the basic data for regional planning and urban development, a crucial tool to civil planners and designers. Geotechnical zone of strong rocks. 1

Department of Geology, Institute of Geosciences, Energy, Water and Environment, Polytechnic University of Tirana. Street: Don Bosko, nr.60, Tirana, Albania. e-mail: [email protected]

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Geotechnical zone of medium strong rocks. Geotechnical zone of weak rocks. Geotechnical zone of very weak rocks. Geotechnical zone of cohesive soils. Geotechnical zone of cohesionless soils. Geotechnical zone of organic soils-peat. Also, the engineering maps contains the hazard areas such as landslides, erosion, and flooding prone areas, as well as the geotechnical sites with the possibility of sands liquefaction. Finally, the present study gives the conclusions and recommendations, where there are noted the hazardous areas (landslides, unstable hill slopes, erosion sites, flooding and liquefaction sands areas), and the necessity of applying the protective engineering measures against these phenomena, as well as prospective areas for urban and tourism development. .................................................................................................................................................................... Key words: mapping, planning, development, hazardous areas, soil properties, rocks, urban areas, geodynamics, coast REFERENCES: [1] Y. Muceku, P. Hoxha, M. Zaçaj, “Engineering geology mapping on urban area prone to landslides, Vlora, Albania”, Bulletin of Geological Science. Volume 1, 2014, pp. 466-469. [2] Y. Muceku, “The engineering geological mapping on scale 1:10000 for tourism development in Adriatic Coastal PlainDivjaka, Albania”, International Journal of Civil & Environmental Engineering IJCEE-IJENS, Volume 12, no. 04, 2012, pp. 32-39. [3] Y. Muceku, V. Hoxha, M. Zaçaj, “Regional Planning and Development in Buna flat area through geoenvironment mapping”, 7th Euregeo Bologna Italy, European Congress on Regional Geoscientific Cartography and Information Systems Sustainable Geo-Management, June 12- 15, 2012, pp. 526-527. [4] Y. Muceku, “Land evaluation and site assessment-engineering geological mapping for Regional planning and urban development in Velipoja area”, AJNTS Journal-Albanian Sciences Academy, 2010, pp. 101-114.

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