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193. Oblikovanje smernic kakovostne zasnove sodobne arhitekture prostorov sodišč : Ciljno raziskovalni projekt (CRP)-2022, končno poročilo, št. projekta V5-2258Igor Bizjak, Sabina Mujkić, Brina Meze Petrić, Tilen Jurca, Matej Nikšič, Nina Goršič, Helena Žnidaršič, Miran Janežič, Marina Lovrić, Maja Baloh, 2025, final research report Keywords: prostor, razvoj, sodišča, arhitektura, smernice, arhitekturna zasnova, načrtovanije, Slovenija
Published in DiRROS: 18.03.2025; Views: 146; Downloads: 94
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196. Prostorski podatki in standardiMatija Krivic, 2024, other monographs and other completed works Keywords: odprti podatki, odprta znanost, prostorski podatki, prostorski standardi, projekt Spoznaj, načela odprte znanosti, raziskovalni podatki, uporabljanje podatkov
Published in DiRROS: 18.03.2025; Views: 157; Downloads: 80
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197. Fire safety of timber buildings – the case of photovoltaic systems : a recent exampleNik Rus, Andrea Lucherini, Grunde Jomaas, Mohammad Derikvand, 2025, other scientific articles Abstract: Photovoltaic (PV) systems play an important role in reducing society’s dependence on carbon-based energy sources, and their coupling with timber buildings is an interesting and expected solution for meeting sustainability requirements in the modern built environment. However, both PV systems and timber structures have unique fire safety challenges, and their combination may introduce additional risks. Therefore, relevant fire hazards associated with each of the technologies and their pairing are discussed. The findings highlight the importance of revising fire testing standards and developing tailored safety measures to identify and manage these risks.
Keywords: fire safety, timber buildings, photovoltaics, sustainability
Published in DiRROS: 17.03.2025; Views: 265; Downloads: 152
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198. Dataset on fungal community composition of mycelium mesh bags incubated beneath Ostrya carpinifolia, Quercus pubescens and Pinus nigra in a patchy sub-Mediterranean Karst woodland, SloveniaTanja Mrak, Philip Brailey-Jones, Nataša Šibanc, Tijana Martinović, Jožica Gričar, Hojka Kraigher, 2025, complete scientific database of research data Keywords: research data, fungi, fungi community, Karst, forest
Published in DiRROS: 14.03.2025; Views: 251; Downloads: 0
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199. Differences in bark anatomy between stem and branches of Olea europaea L.Jožica Gričar, Klemen Eler, 2025, original scientific article Abstract: In addition to morphological characteristics, bark anatomy can provide a more detailed picture of the function of different bark tissues. In the current study, we examined and compared the bark anatomy of the stem and branches of 20-year-old Olea europaea L. We hypothesised that there are differences in bark anatomical traits between stem and branches, which reflect their functional differences in a tree. We found that the widths of bark, phloem + cortex, and periderm significantly differed in the stem and branches; all tissues were wider in the stem. The size and area of the sieve tubes and the proportion of sclerenchyma in the oldest part of the phloem + cortex differed in the stem and the branches. At the same time, numerous similarities in the stem and branch bark anatomy were observed: (1) annual phloem increments could not be determined in the youngest phloem adjacent to the cambium; (2) a distinction between non-conducting and conducting phloem was not possible because the collapse of sieve tubes in non-conducting phloem was not prominent enough to be determined visually; (3) dilatation of rays and axial parenchyma was locally clearly visible; (4) the proportion of phloem and cortex changed with distance from the cambium; secondary phloem constituted the entire bark tissue adjacent to the cambium, while cortex prevailed next to the periderm and (5) phelloderm width did not change with bark age. Differences in the bark structure of the stem and branches of olive trees imply functional differences between these two tree parts and point to different ecological contexts. Moreover, branch bark trait values cannot be used to extrapolate to the main stem bark (or vice versa). Differences support previous studies that have reported that different tree parts are exposed to different microenvironments.
Keywords: conducting phloem, cortex, increment, non-conducting phloem, phelloderm, periderm, sclerenchyma, sieve tubes
Published in DiRROS: 14.03.2025; Views: 541; Downloads: 1537
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