20.500.12556/RUL-111035 Vpliv meteoroloških spremenljivk na pogostost padanja kamenja v Baški grapi The effect of meteorological variables on frequency of rockfall in Baška grapa Na treh testnih območjih v Baški grapi smo izvedli periodične popise padajočega kamenja. Na Selih nad Podmelcem smo z meteorološko postajo merili meteorološke spremenljivke. Podatke smo vnesli v tabele in uredili v programu Microcoft Excel. V programu ArcMap smo za vsako območje izračunali prispevno območje in površino možnih izvorov kamenja. S programom Rstudio smo izračunali korelacije in linearni model regresije med območji, kategorijami izvora ter meteorološkimi spremenljivkami. Rezultati niso pokazali statistično značilnih povezav med pogostostjo padanja kamenja in meteorološkimi spremenljivkami v Klavžah. Padavine so pozitivno povezane s pogostostjo padanja kamenja v Lojah 1 in Lojah 2 ter v vseh kategorijah izvora. Z naraščanjem temperature zraka in tal se pogostost padanja kamenja v Lojah 1, Lojah 2 in vseh kategorijah izvora manjša. Dnevne amplitude temperature zraka in tal ne kažejo značilne povezave s številom kamenja. Padavine ter temperature zraka in tal imajo večji vpliv na pogostost padanja kamenja iz brežine kot višje iz izvorov. V raziskavi nismo zaznali statistično značilnih korelacij vetra s pogostostjo padanja kamenja. Periodical surveys of rockfall were made on three test sites in Baška grapa. We measured weather variables with a meteorological station located in Sela nad Podmelcem. The data was entered and organised in the Microsoft Excel software. We calculated watershed and areas of potential rockfall source for every test site in ArcMap software. We performed correlation and linear regression model for each test site, category of source and weather variables in RStudio software. The results showed no statistical significance between the frequency of rockfall and weather variables in Klavže. Precipitation is positively linked with the frequency of rockfall in Loje 1, Loje 2 and all categories of source. With rise of air and ground temperatures the frequency of rockfall in Loje 1, Loje 2 and all categories of source declines. Daily air and ground temperature amplitudes don’t show any significant correlation with the number of rocks. Precipitation, air and ground temperature have greater effect on the frequency of rockfall from the strand than from higher source areas. No statistically significant correlation was found between the wind and rockfall frequency. padajoče kamenje meteorološke spremenljivke Baška grapa test korelacije model linearne regresije rockfall meteorological variables Baška grapa correlation test linear regression model true false false [B. rekanje] Slovenski jezik Angleški jezik Diplomsko delo/naloga 2019-09-22 07:45:41 2019-09-22 07:45:44 2022-08-23 03:40:21 0000-00-00 00:00:00 2019 0 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 630*42+630*111(497.4Baška grapa)(043.2)=163.6 169849 5509030 7984.pdf 7984.pdf 1 54E43A8F6EB083EC01F3742DBC3F9E4F d3e15a5206c5908371bb219d0227ca3c4d06fff9748c56eabd51c43c50a9c110 48e28a97-a1b7-11eb-a523-00155dcfd717 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=122815 Biotehniška fakulteta 0 0 0