DIGITALNA ARHIVA ŠUMARSKOG LISTA
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| ŠUMARSKI LIST 5-6/2009 str. 86 <-- 86 --> PDF |
S. Perić, J. Medak, I. Pilaš, B. Vrbek, M. Tijardović: PRVI REZULTATI ISTRAŽIVANJA MOGUĆNOSTI ... Šumarski list br. 5–6, CXXXIII (2009), 309-317 Gračan,J., S. Perić, M. Ivanković, H. Marija-Regionalno odlagalište komunalnog otpada Varaždin nović, 2005: Biološka sanacija erozije na po-ske, Krapinsko-zagorske i Međimurske župa dručju Like i Istre. Šumarski list 129: 110–119. nije, Pregled tehnološko-sigurnosnih pitanja za predstavnike medija i javnosti; IGM d.d. Lepo Ivančević, V. 2005: Biološko-tehnički radovi na saglava, 2004. naciji senjske bujice “Torrente” i povećanje vod nog kapaciteta. Šumarski list 129: 91–100. Sažetak prethodne studija o utjecaju na okoliš odlagaliPerić, S., V. Topić, Ž. Orešković, R. Maradin, šta komunalnog i neopasnog industrijskog otpada na eksploatacijskom polju “Očura”; Iz rađivač 2005: Biološka sanacija površinskih kopova i studije SPP d.o.o. Varaždin, 2004. deponija prilikom izgradnje autocesta u Hrvatskoj. Šumarski list 129: 120–132. Topić, V., Z. Bogović, 1991: Projekt biološke sanacije kamenoloma Bast, Institut za jadranske Perić, S., B. Vrbek, I. Pilaš, N. Potočić, I. Sekulture i melioraciju krša, Split. letković, Ž. Orešković, J. Medak, 2006: Projekt biološke sanacije deponija građevinskog Topić, V., 1999: Površinski kopovi na Kaštelanskom materijala nastalih prilikom izgradnje autoceste području i mogućnosti njihove sanacije. ŠumarZagreb- Split, dionice Bosiljevo-Sveti Rok. Idej -ski list 7–8: 301–309. Zagreb. ni projekt. Šumarski institut, Jastrebarsko. Topić, V., S. Perić, Ž. Orešković, R. Maradin, Perić, S., B. Vrbek, I. Pilaš, J. Medak, 2007: 2003: Projekt biološke sanacije pozajmišta i Projekt krajobraznog uređenja vojarne Udbina. deponija građevinskog materijala Rovanjska i Šu marski institut, Jastrebarsko. Posedarje. Idejni projekt. Šumarski institut, Ja strebarsko. Pranjić, J., J. Mesec, 1992: Revitalizacija kameno loma “Srednji Lipovac”: Rudarsko-geološko-Tušar,B., 2002: Kamenolomi i okoliš. Građevinar 54 naftni zbornik, Vol. 4, Zagreb. (6): 355–363. Zagreb. SUMMARY: Biological revitalisation of highly devastated areas such as querries, depots and landfills is in Croatia, in terms of permanent green coverage, usually conducted with Austrian black pine (Pinus nigra Mill.). Until now research of other forest tree species utilization and their usage within sanation process haven’t been conducted. With this objective, in the fall of 2007, test field for scientific needs was established for research of biological sanation of querry Očura II with autochtonous tree and schrub species. Basic aim of this trial was to determine the possibility of application of autochtonous tree and shrub species in querry revitalisation. Trial was established in the border part of Očura II querry on already technically improved terracce. On this terracce layer of waste-rock from querry was deposed which acts as foundation. Trial was established in two repetitions which depend on the soil type (deposed agricultural or forest humus substrate (soil)). In every repetition seedlings from nursery and from surrounding forest stands were planted. Seven pedological profiles have been dug up and additional observations have been conducted with pedological sonde. For indentification of pioneer forest species which come by nature on Očura querry locality, it was necessary to study and to determine vegetation, floristic composition of forest edges, as well as areas inside of querry on which natural vegetation begun to appear. Selection of plants for extraction was conducted in forest stands, on the top border area of querry, which was planned for clearcut in the near future with the aim of sequent exploitation of querry. Selected species were Flowering ash (Fraxinus ornus L.), Sycamore maple (Acer pseudoplatanus L.), Black poplar (Populus nigra L.), willows (Salix sp.), and European privet (Ligustrum vulgare L.). 546 plants od forest tree species was planted in total, which include 110 willows and poplar plants, 110 sycamore maple and 110 flowering ash plants and 216 bush species plants, which include 144 European privet and 72 Ruscus aculeatus plants. Selection of Ruscus aculeatus for this trial was based on preservation of individuall speciments of this endangered specie in the vicinity of it’s habitant which will be devastated by exploitation. |