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1.
Sodobno vinogradništvo in vinarstvo : novosti in izzivi
Erika Jež, Jan Reščič, 2023, independent professional component part or a chapter in a monograph

Abstract: Prispevek o izzivih in novostih današnjega vinogradništva. Med izzivi so predstavljene podnebne spremembe, evropska politika, zaraščanje površin, tržne strategije in obnašanje potrošnikov ter izobraževanje mladih kmetov. Med novostmi pa je predstavljena sodobna tehnologija in digitalizacija, regenerativno vinogradništvo, krožno gospodarstvo in avtentičnost.
Keywords: vinogradništvo, vinarstvo, izzivi, novosti, Slap
Published in RUNG: 07.02.2024; Views: 475; Downloads: 0
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2.
Regenerativno vinogradništvo
Erika Jež, Jan Reščič, 2023, popular article

Abstract: Potrošnniški način življenja novodobne družbe je predvsem mlajše generacije spodbudil k iskanju rešitev za ohranitev našega planeta. Vinogradništvo je kmetijska dejavnost, ki lahko pomembno prispeva k ustvarjanju boljšega sveta za prihodnje generacije. Največji potencial v vinogradu sta prav skrb za zdrava tla in ohranjanje biotske raznovrstnostni, ki sta temeljni zahtebvi za vse regenerativne vinogradnike.
Keywords: regenerativno vinogradništvo, podnebne spremembe, agroekologija, tla
Published in RUNG: 17.11.2023; Views: 655; Downloads: 0
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3.
Do microplastics in vineyard soil affect the bioavailability of vine nutrition?
Erika Jež, Elisa Pellegrini, Lorena Butinar, Jan Reščič, Marco Contin, 2023, published scientific conference contribution abstract

Keywords: soil, microplastic, viticulture
Published in RUNG: 10.11.2023; Views: 716; Downloads: 0
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4.
Do microplastics in vineyard soil affect the bioavailability of vine nutrition?
Erika Jež, 2023, unpublished conference contribution

Keywords: soil, microplastic, viticulture
Published in RUNG: 09.11.2023; Views: 686; Downloads: 0
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5.
6.
Do microplastics in vineyard soil affect the bioavailability of vine nutrition? : lecture at the Wageningen Soil Conference 2023, 29th August - 1st September 2023
Erika Jež, 2023, unpublished conference contribution

Keywords: soil, microplastic, viticulture
Published in RUNG: 09.11.2023; Views: 647; Downloads: 0
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7.
8.
Pinela in zelen : lokalni vinski sorti Vipavske doline
Jan Reščič, Erika Jež, 2023, popular article

Abstract: Pri veliki večini poznavalcev in ljubiteljev vina so še vedno najbolj zastopane tako imenovane svetovne sorte. A prav v širokem naboru vseh teh vin ljubitelji vedno pogosteje iščejo nekaj, kar je drugačno, manj znzno - vina iz sort, ki so značilne samo za določeno območje.
Keywords: pinela, zelen, lokalne vinske sorte, restavracija Calypso, kulinarika
Published in RUNG: 12.06.2023; Views: 985; Downloads: 0
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9.
Navodila za vaje Kemija in Biologija tal
Erika Jež, other educational material

Abstract: Učno gradivo je namenjeno študentom Fakultete za vinogradništvo in vinarstvo, ki opravljajo predmet Kemija in biologija tal. V okviru praktičnega dela/ vaj se predvideva izvedba 15 ur praktičnega dela. Navodila za vaje Kemija in biologija tal vsebujejo natančne opise, postopke ter navodila za izdelavo končnega poročila za uspešno opravljeno praktično delo pri predmetu.
Keywords: kemija, biologija, tla, učno gradivo
Published in RUNG: 03.05.2023; Views: 1066; Downloads: 0
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10.
Time-of-flight photoconductivity investigation of high charge carrier mobility in ▫$Ti_3C_2T_x$▫ MXenes thin-film
Jurij Urbančič, Erika Tomsic, Manisha Chhikara, Nadiia Pastukhova, Vadym Tkachuk, Alex Dixon, Andraž Mavrič, Payam Hashemi, Davood Sabaghi, Ali Shaygan Nia, Gvido Bratina, Egon Pavlica, 2023, original scientific article

Abstract: Charge transport through a randomly oriented multilayered network of two-dimensional (2D) Ti3C2Tx (where Tx is the surface termination and corresponds to O, OH and F) was studied using time-of-flight photoconductivity (TOFP) method, which is highly sensitive to the distribution of charge carrier velocities. We prepared samples comprising Ti3C2Tx with thickness of 12 nm or 6-monolayers. MXene flakes of size up to 16 μm were randomly deposited on the surface by spin-coating from water solution. Using TOFP, we have measured electron mobility that reached values up to 279 cm2/Vs and increase with electric-field in a Poole-Frenkel manner. These values are approximately 50 times higher than previously reported field-effect mobility. Interestingly, our zero-electric-field extrapolate approaches electron mobility measured using terahertz absorption method, which represents intra-flake transport. Our data suggest that macroscopic charge transport is governed by two distinct mechanisms. The high mobility values are characteristic for the intra-flake charge transport via the manifold of delocalized states. On the other hand, the observed Poole-Frenkel dependence of charge carrier mobility on the electric field is typical for the disordered materials and suggest the existence of an important contribution of inter-flake hopping to the overall charge transport.
Keywords: charge transport, multilayered network, flakes, time-of-flight photoconductivity, MXene exfoliation, high-mobility solution-cast thin-film, semiconducting MXene
Published in RUNG: 31.03.2023; Views: 1280; Downloads: 4
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