66b5be80-ac10-4952-8b4a-6d6e0a010855 hrv utf8 dataset Maida Zejnić Federalni zavod za geologiju Federal Institute for geology +387 (33) 48 33 86 Ustanička 11 Sarajevo 71210 Bosna i Hercegovina metadata@fzzg.gov.ba https://fzzg.gov.ba/ pointOfContact 2025-01-16 ISO 19115/INSPIRE_TG2/CZ4 2003/cor.1/2006 Inženjerskogeološka karta BiH Engineering Geological Map of Bosnia and Herzegovina Inženjerskogeološka karta Federacije Bosne i Hercegovine 1965 creation Inženjerskogeološka karta FBiH se odlikuje izrazitom raznovrsnošću litostratigrafskog sastava (stijene i kompleksi stijena su često puta tektonski vrlo oštećeni), visokim stupnjem seizmičke djelatnosti, kompleksnim hidrogeološkim svojstvima, izrazitim reljefom, različitom klimom i vodenim tokovima velikog nagiba dna, te značajnim uticajem antropogenim uticajima na teren. Ove specifičnosti u većoj ili manjoj mjeri već unaprijed određuju i inženjerskogeološke karakteristike terena. Polazeći od spomenutih specifičnosti područja FBiH na karti su prikazani: litološki sastav sa važnijim fizičkim svojstvima stijena i kompleksa stijena što su nastale endogenim i egzogenim geološkim procesima. Na temelju inženjerskogeoloških značajki tereni su rejonirani prema stupnju stabilnosti i stupnju najveće seizmičke aktivnosti. Pored litološkog sastava terena, prikazane su i engodene pojave kao što su lomovi (rasjedi, ljuske i navlake). Savremeni egzogeni geološki procesi su prikazani pojavama koje su neposredna posljedica tih procesa na terenu. To su područja koja su ugrožena klizanjem i odronjavanjem stijena, brzim ispiranjem, stvaranjem jaruga i naplavina od bujica. Prema stabilnosti padina tereni su razvrstani u tri kategorije (stabilni, uslovno stabilni i nestabilni tereni). Uvažavajući izuzetan uticaj potresa na inženjerskogeološke uslove terena, na karti su razgraničena područja različitih stupnjeva najjače potresne aktivnosti prema MCS skali. The Engineering Geological Map of the Federation of Bosnia and Herzegovina is characterized by a pronounced variety in lithostratigraphic composition (rocks and rock complexes are often tectonically heavily damaged), a high degree of seismic activity, complex hydrogeological properties, pronounced relief, varying climate, and steeply inclined watercourses, as well as significant anthropogenic impacts on the terrain. These specific characteristics largely determine the engineering-geological properties of the terrain. Based on these characteristics of the Federation of Bosnia and Herzegovina, the map displays the following: Lithological composition with important physical properties of rocks and rock complexes formed by endogenic and exogenic geological processes. Engineering-geological features that classify areas based on stability and the degree of seismic activity. In addition to the lithological composition, endogenous phenomena such as faults (fractures, shells, and covers) are shown. Modern exogenic geological processes are illustrated by phenomena directly resulting from these processes on the terrain, such as areas prone to landslides, rockfalls, rapid erosion, gully formation, and debris flow. The stability of slopes is categorized into three classes: stable, conditionally stable, and unstable terrains. Considering the significant impact of earthquakes on engineering-geological conditions, the map delineates areas with different levels of seismic activity according to the MCS scale. Vedad Demir Federalni zavod za geologiju Federal Institute for geology +387 (33) 48 33 60 Ustanička 11 Sarajevo 71210 Bosna i Hercegovina info@fzzg.gov.ba https://fzzg.gov.ba/ owner asNeeded https://metapodaci.ippfbih.gov.ba/srv/api/records/472c52d7-d618-4bcb-bbc1-73335a017e52/attachments/IGK_500.jpg Geology Geology Natural risk zones Natural risk zones theme GEMET - INSPIRE themes, version 1.0 GEMET - INSPIRE themes, version 1.0 2008-06-01 publication Nacionalni National place Spatial scope 2019-05-22 publication fzzg fzzg inženjerska geologija engeneering geology karta map IGK IGK 500000 500000 FBiH FB&H endogeni endogenic egzogeni exogenic litologija lithology seizmika seismic stabilnost stability procesi process place geonetwork.thesaurus.external.place.httpinspireeceuropaeumetadatacodelistSpatialScope-SpatialScope otherRestrictions no conditions apply no conditions apply otherRestrictions no limitations to public access no limitations to public access vector grid 500000 bos hrv srp boundaries geoscientificInformation location 15.6497 19.7099 42.4645 45.2515 1969-01-01 ESRI Shapefile ESRI File Geodatabase (.gdb) 10.x PDF https://fzzg.gov.ba/ WWW:LINK-1.0-http--link Službena internet stranica Federalnog zavoda za geologiju Official web site of Federal Institute for geology information https://fzzg.gov.ba/inzenjersko-geoloske-karte WWW:LINK-1.0-http--link Inženjerskogeološka karta BiH Engineering Geological Map of Bosnia and Herzegovina information Inženjerskogeološka karta Bosne i Hercegovine M 1:500 000 urađena je na osnovu inženjerskogeološke karte SFR Jugoslavije koja je izrađena najvećim dijelom na temelju još neobjavljanih dokumenata ali i na temelju podataka iz literature. Karta je izrađena u Odjeljenju za inženjersku geologiju i hidrogeologiju Zavoda za geološka i geofizička istraživanja u Beogradu u vremenu između 1962. i 1695. godine. U prvoj verziji karte izvršena je podjela terena prema litološkom sastavu. Karta je izrađena po uputama koja su izrađena u Zavodu za geološka i geofizička istraživanja. U ovoj fazi rada sa Zavodom su sarađiali: Geološki zavod u Ljubljani - F. Drobne, T. Nosan i Lj. Žlebnik; Institut za geološka istraživanja zagreb - V. Šikić; Zavod za inženjersku geologiju i hidrogeologiju Građevinskog fakulteta u Sarajevu - R. Jovanović i Z. Bračinac. Ovo su zavodi istraživali na područjima republika kojima pripadaju. Proučavanje seizmičnosti terena izvršeno je na temelju tektonske karte sa posebno istaknutim elementima neotektonike. Radove u ovom periodu izvršio je Zavod za geološka i geofizička istraživanja P. Čubrilović, Lj. Palavestrić, T. Nikolić i N. Radović. Katru tektonike sa elementima neotektonike izradio je B. Ćirić. Seizmičke karte sa označenim epicentrima i izolonijama najvećeg intenziteta uradili su V. Ribatić iz Astronomsko-geofizičkog opservatorija Univerziteta u Ljubljani, D. Cvijanović iz Geofizičkog zavoda Prirodno-matematičkog fakulteta u Zagrebu i M. Janković iz Seizmološke stanice u Sarajevu. Tumač karte je urađen naknadno 1696. godine. Kreirana je vektorskom obliku od strane Federalnog zavoda za geologiju u skladu sa savremenim softverskim programima za Geografske informacione sisteme (GIS), a kompletan sadržaj ove karte predstavlja sastavni dio inženjerskogeološke baze podataka (gdb). The Engineering Geological Map of Bosnia and Herzegovina at a scale of 1:500,000 was developed based on the Engineering Geological Map of SFR Yugoslavia, which was primarily created using unpublished documents as well as data from literature. The map was produced by the Department of Engineering Geology and Hydrogeology at the Institute for Geological and Geophysical Research in Belgrade between 1962 and 1965. In the first version of the map, the terrain was categorized based on lithological composition. The map was prepared following guidelines developed at the Institute for Geological and Geophysical Research. During this phase, the Institute collaborated with: The Geological Institute in Ljubljana - F. Drobne, T. Nosan, and Lj. Žlebnik The Institute for Geological Research in Zagreb - V. Šikić The Department of Engineering Geology and Hydrogeology at the Civil Engineering Faculty in Sarajevo - R. Jovanović and Z. Bračinac These institutes conducted research in their respective republics. Seismicity studies were based on a tectonic map with a special emphasis on neotectonic elements. The work during this period was carried out by the Institute for Geological and Geophysical Research - P. Čubrilović, Lj. Palavestrić, T. Nikolić, and N. Radović. The tectonic map with neotectonic elements was prepared by B. Ćirić. Seismic maps showing epicenters and isoseismal lines of maximum intensity were created by V. Ribatić from the Astronomical-Geophysical Observatory of the University of Ljubljana, D. Cvijanović from the Geophysical Institute of the Faculty of Natural Sciences and Mathematics in Zagreb, and M. Janković from the Seismological Station in Sarajevo. The map interpretation was completed later in 1966. It was created in vector format by the Federal Institute for Geology in accordance with modern Geographic Information System (GIS) software programs, and the complete content of this map is an integral part of the engineering geological database (gdb).