<p>Snežne lavine izazvane zemljotresima su fenomen koji se jo&scaron; uvek istražuje, iako je prisutan u skoro svim planinskim regionima &scaron;irom sveta. U okviru ove doktorske disertacije razvijena je i unapređena metoda procene bezbednosti i zdravlja na radu za slučaj snežnih lavina izazvanih zemljotresom. Osnovni cilj unapređene metode je smanjenje rizika na najmanji mogući nivo, odnosno prihvatanje najmanjeg mogućeg rezidualnog rizika, čije dalje smanjenje ili uklanjanje ne bi bilo isplativo. Unapređena metoda uzima u obzir niz faktora (duboku geologiju, sastav stena, visinu snežnog pokrivača, rasprostranjenost kritičnih nagiba, itd.) koji mogu da utiču na pojavu snežnih lavina uzrokovanih zemljotresom. Za verifikaciju metode uzet je skija&scaron;ki centar Kopaonik, koji nije dovoljno istražen, iako je jedan od najvećih centara u jugoistočnom delu Evrope.</p> / <p>Snow avalanches caused by earthquakes are a subject of many researches, even<br />though this phenomenon is present in mountain regions around the world. In this<br />doctoral dissertation, an improved method of assessing occupational health and safety<br />in cases of earthquake-induced snow avalanches has also been developed. The main<br />goal of the improved method is to reduce the risk to the smallest possible level, i.e. to<br />accept the least possible residual risk, the further reduction or removal of which would<br />not be profitable. This method takes into account a number of factors (deep geology,<br />rock composition, snow cover height, critical inclination distribution, etc.) that can affect<br />the occurrence of the earthquake-induced snow avalanches. For the verification of the<br />method, the ski center Kopaonik was analyzed, which has not been sufficiently<br />explored, although it is one of the largest ski centers in south-eastern part of Europe.</p>