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Kmetijstvo je panoga, ki zahteva največja vlaganja na enoto delovne sile, zato je smiselno obstoječe delovne principe posodobiti in avtomatizirati, kolikor je le mogoče, da si olajšamo delo. Takšni posegi morajo biti izvedeni premišljeno in ne smejo vplivati na varnost človeka in živali. Zato smo se odločili razviti napravo, ki bo avtomatizirano izvajala krmljenje, primikanje in čiščenje na krmilnih mizah v hlevih za govedo. Raziskali smo obstoječe izdelke na tržišču, z orodji za razvoj izdelka določili najboljši koncept in izdelali 3D model prototipa. Na osnovi 3D modela smo pripravili tehnično dokumentacijo in izdelali prototip. Izvedli smo teste delovanja prototipa ter predstavili opažene pomanjkljivosti. Naloga je zaključena z izdelavo dokumentacije revizije primikala in prikazom končnega produkta. Agriculture is the industry that requires the largest investment per unit of labor. To make work easier, we want to update and automate existing work principles as much as possible. Such interventions must be carried out carefully and must not affect the safety of humans or animals. Therefore, we decided to develop a device that will automatically perform feeding, feed pushing and cleaning of the feedlot in cattle stables. We researched existing products on the market, determined the best concept with product development tools and created a 3D prototype model. Based on the 3D model, we prepared technical documentation and made a prototype. We performed tests on the prototype, and presented the observed shortcomings. The thesis is finished with the preparation of the feed pusher audit documentation and the presentation of the final product.

Supplemental material, sj-docx-1-asw-10.1177_11786221211028185 for Current Wildland Fire Patterns and Challenges in Europe: A Synthesis of National Perspectives by Nieves Fernandez-Anez, Andrey Krasovskiy, Mortimer Müller, Harald Vacik, Jan Baetens, Emira Hukić, Marijana Kapovic Solomun, Irena Atanassova, Maria Glushkova, Igor Bogunović, Hana Fajković, Hakan Djuma, George Boustras, Martin Adámek, Miloslav Devetter, Michaela Hrabalikova, Dalibor Huska, Petra Martínez Barroso, Magdalena Daria Vaverková, David Zumr, Kalev Jõgiste, Marek Metslaid, Kajar Koster, Egle Köster, Jukka Pumpanen, Caius Ribeiro-Kumara, Simone Di Prima, Amandine Pastor, Cornelia Rumpel, Manuel Seeger, Ioannis Daliakopoulos, Evangelia Daskalakou, Aristeidis Koutroulis, Maria P. Papadopoulou, Kosmas Stampoulidis, Gavriil Xanthopoulos, Réka Aszalós, Deák Balázs, Miklós Kertész, Orsolya Valkó, David C. Finger, Throstur Thorsteinsson, Jessica Till, Sofia Bajocco, Antonio Gelsomino, Antonio Minervino Amodio, Agata Novara, Luca Salvati, Luciano Telesca, Nadia Ursino, Aris Jansons, Mara Kitenberga, Normunds Stivrins, Gediminas Brazaitis, Vitas Marozas, Olesea Cojocaru, Iachim Gumeniuc, Victor Sfecla, Anton Imeson, Sander Veraverbeke, Ragni Fjellgaard Mikalsen, Eugeniusz Koda, Piotr Osinski, Ana C. Meira Castro, João Pedro Nunes, Duarte Oom, Diana Vieira, Teodor Rusu, Srđan Bojović, Dragana Djordjevic, Zorica Popovic, Milan Protic, Sanja Sakan, Jan Glasa, Danica Kacikova, Lubomir Lichner, Andrea Majlingova, Jaroslav Vido, Mateja Ferk, Jure Tičar, Matija Zorn, Vesna Zupanc, M. Belén Hinojosa, Heike Knicker, Manuel Esteban Lucas-Borja, Juli Pausas, Nuria Prat-Guitart, Xavier Ubeda, Lara Vilar, Georgia Destouni, Navid Ghajarnia, Zahra Kalantari, Samaneh Seifollahi-Aghmiuni, Turgay Dindaroglu, Tugrul Yakupoglu, Thomas Smith, Stefan Doerr and Artemi Cerda in Air, Soil and Water Research

Leta 2010 so zaradi obilnih padavin med 16. in 19. septembrom Slovenijo zajele velike poplave. Za evidentiranje njihovega obsega so na Geografskem inštitutu Antona Melika ZRC SAZU 20. septembra 2010 izvedli terestrično snemanje s Sv. Ane nad Podpečjo, 23. septembra 2010 pa še ročno snemanje iz helikopterja. Posneta so bila poplavljena območja na Ljubljanskem barju, Radenskem polju in Dobrepolju. Terestrično snemanje je bilo izvedeno, ko so bile poplave na Ljubljanskem barju najobsežnejše, snemanje iz helikopterja pa nekaj dni kasneje, ko so že upadale. V članku je predstavljena obdelava posnetkov, ki prikazujejo poplave na Ljubljanskem barju. Snemanje je potekalo z različnimi nemerskimi fotoaparati, v prispevku pa bo podrobneje obravnavana obdelava posnetkov, narejenih z nemerskim fotoaparatom Cannon PowerShot SX10 IS. Fotoaparat je bil naknadno kalibriran, vendar rezultatov kalibracije ne moremo neposredno uporabiti, saj ne vemo, kako je bil fotoaparat nastavljen med snemanjem.Rob poplavljenega območja je bil izmerjen z interaktivno metodo orientacije posnetka na podlagi DMR. Metoda je enoslikovna in omogoča zajem 3R-podatkov že z enega samega posnetka. V članku primerjamo rezultate interaktivne orientacije, pridobljene na podlagi fotogrametrično izdelanega DMR 5 m x 5 m in lidarskih podatkov. Ovrednotena je uporabnost navedenih podatkov za 3R-zajem obsega poplav z interaktivno metodo orientacije ; In September 2010, one of the greatest floods in recent decades affected Slovenia, following intense rain between September 16th and 19th. Members of the Anton Melik Geographical Institute of the Scientific Research Centre of the Slovenian Academy of Sciences and Arts made their first terrestrial oblique imaging of the floods on Ljubljansko Barje (the Ljubljana moor) from Sv. Ana hill over Podpeč on the September 20th, 2010. The floods on the Ljubljana moor, Radensko polje and Dobrepolje were later also covered with handheld imaging made from helicopter on September 23rd, 2010. Terrestrial imaging was made in the time of the highest waters and the imaging from helicopter when the floods were retreating. The floods on Ljubljana moor around Podpeč are presented. Images made with the Canon PowerShot SX10 IS non-metric camera were used. The camera was calibrated afterwards, but the calibration data could not be used directly due to not knowing the parameters of zoom in the time of imaging.The flooding boundary was measured from the non-metric images with the interactive orientation of image on the DEM. The results of interactive orientation of non-metric images made with the photogrammetrically derived DEM with a cell size of 5 m × 5 m and LiDAR derived DEM with a cell size of 1 m × 1 m are presented. The evaluation of the method for the 3D data acquisition is also made.

Slovenija, zibelka kraskega geoturizma. Slovenija oz. njena kraska obmocja imamo za zibelko krasoslovja in speleologije, pozabijamo pa, da je Slovenija tudi zibelka t.i. kraskega geoturizma. Clanek obravnava dve vcji skupini geoturistov, ki ju lahko razlocimo v preteklih stoletjih na slovenskem ozemlju : 'izobrazevalni geoturisti' oz. tisti, ki so slovenska kraska obmocja obiskovaii iz izobrazevalnih oz. znanstvenih vzgibov in 'rekreacijski geoturisti', ki so slovenska kraska obmocja obiskovaii zaradi prijetnega okolja in neobicajnih naravnih pojavov., Slovenia, the cradle ok karst geotourism. Slovenia is regarded as the cradle of karstology and speleology, but it can also be regarded as the cradle of karst geotourism. The article deals with two major groups of geotourists that have been recognised in Slovenian karst in the past centuries : 'educational geotourists' -those who visited karst geomorphosites from educational or scientific motives (e.g. those who contributed to karst science), and 'recreational geotourists' -those who visited Slovenian karst to experience pleasant and unusual scenic settings (e.g. travellers and nobles)., La Slovénie a souvent été considérée comme le berceau de la karstologie et de la spéléologie, mais on peut ajouter qu'elle a aussi été le berceau du géotourisme karstique. Quelques grands géomorphosites du Karst classique ont depuis longtemps retenu l'attention des voyageurs et des premiers chercheurs : le lac intermittent de Cerknica, la grotte de Postojna et les grottes de Skocjan. On a cherché, dans cet article, à caractériser les deux principaux groupes de géotouristes du Karst Slovène que l'on peut identifier dans les siècles passés : d'une part des «géotouristes éducatifs » qui ont visité les géomorphosites pour des motifs didactiques ou scientifiques, par exemple ceux qui ont contribué à la connaissance scientifique du Karst ; d'autre part des «géotouristes récréatifs », qui ont apprécié dans le Karst Slovène des paysages plaisants et insolites, par exemple des voyageurs ou des aristocrates., Zorn Matija, Erhartic Bojan, Komac Blaz, Gauchon Christophe. La Slovénie, berceau du géotourisme karstique. In: Karstologia : revue de karstologie et de spéléologie physique, n°54, 2e semestre 2009. La grotte de Kanaan (Liban) et Géomorphosites karstiques. pp. 1-10.

Three very small Alpine glaciers in the Julian Alps are presented: the Eastern and the Western Canin glaciers in Italy and the Triglav glacier in Slovenia. The history of measurements using a measuring tape and via geodetic means on Canin glaciers is presented in brief the majority of the paper deals with the acquisition of glacier boundaries from archive non-metrical images. The acquisition is based on interactive orientation method (mono-plotting) using lidar DTM. Seven archive non-metrical images of Mount Canin from 1893 to the mid-1970s and two aero-photogrametric images from periodic aerial photogrammetric surveys of Slovenia from 2000 and 2011 were used to determine the glaciers' areas. In addition, a map of Canin glaciers from 1908 was geo-referenced. Five archive non-metrical images of Triglav glacier from 1897 to 1962 were used to determine the glacier area. Problems with obstructed areas are presented, and possible solutions are also given for deriving areas behind the obstructions. The usefulness of archival imagery for long-time monitoring of glaciers is presented, and the importance of old mountaineering publications as a source of such images is emphasized.