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PL
Głównym celem opracowania jest ukazanie procesu tworzenia wytycznych projektowych przestrzeni Centrum Naukowo-Edukacyjnego GeoCentrum zlokalizowanego w Jaworznie w odpowiedzi na realne potrzeby i oczekiwania użytkowników tej przestrzeni, jakimi są: gestor Ośrodka Współpracy Ekologiczno-Geologicznej GEOsfera oraz użytkownicy zewnętrzni: pracownicy naukowi, studenci, osoby odwiedzające. Opracowanie przedstawia bezpośredni wpływ badań przedprojektowych na ostateczny kształt obiektu Centrum Naukowo-Edukacyjnego. Wstępne analizy i badania pozwoliły na zdefiniowanie głównych kierunków projektowych dotyczących układu funkcjonalno-przestrzennego obiektu, przestrzeni otaczającej budynek, funkcji uzupełniających oraz ogólnych wytycznych projektowych dla obiektu badawczo-szkoleniowego z zakresu dziedzin geologii i biologii.
EN
The main intention of the study is to show the process of creating design directions for the space of the Science and Education Centre Geo-Centre located in Jaworzno, in response to the real needs and expectations of the users of this space, which are: the manager of the Centre for Ecological and Geological Cooperation GEOsfera and external users: scientists, students, visitors. The study presents the direct influence of pre-design research on the final form of the Science and Education Centre facility. The pre-design analyses and research allowed defining the main design directions concerning the functionalspatial layout of the facility, the space surrounding the building, the complementary functions and the general design guidelines for the research and training facility in the fields of geology and biology.
EN
The need to limit the expansion of cities, towards green suburbs, makes it necessary to take action to restore the functions of degraded areas located within urbanised spaces. An area with still unexploited potential is land abandoned after mining. A limitation to their effective use is the lack of support from administrative bodies on the natural and cultural significance of abandoned pits and the fear of the built environment of having to deal with the environmental burdens associated with the effects of former exploitation. The aim of this article is to present the results of cooperation between the geological administration and the scientific community, in terms of sustainable development of post-mining spaces, exemplified by a field workshop organised for students of the Faculty of Architecture of the Silesian University of Technology in Gliwice, in the academic year 2020/2021, in the area of the former Middle Triassic limestone excavation pit, Sadowa Góra, in Jaworzno (in the Silesian Voivodeship). The combination of expert knowledge in architectural design and landscape architecture with the practical experience of post-mining site administrators was used as a basis for educational activiies, in the implementation of a project task to design an interdisciplinary research station space in the former Sadowa Góra quarry in Jaworzno, surrounded by an open and friendly social space, exploiting the potential of objects with unique natural and cultural values, discovered or produced in the process of rock exploitation.
EN
A bromalite from the Middle Triassic (Muschelkalk) of southern Poland, Sadowa Góra Quarry, is herein described and interpreted as a regurgitalite. The fossils occurring within the regurgitalite are angular and have sharp edges. They are represented by common fragments of thin-shelled bivalves as well as rare crinoid and gastropod remains. The composition of the collected inclusion is different from that of the host rock. There are many candidates that could have produced the regurgitalite, including durophagous sharks, marine reptiles, the actinopterygian Colobodus, or nautiloids. Our finding adds to the emerging evidence of durophagous predation in the Triassic sea of Polish part of the Germanic Basin. It is the second record of a regurgitalite from the Muschelkalk of Upper Silesia.
EN
The pits that left after exploitation of solid rock minerals are extremely interesting geological objects. They contain records of ancient processes that led to the exposure of rock formations, allowing the timing of these processes. The data obtained from abandoned quarries can be used for scientific studies, but it can also be applied in all activities aimed at popularizing knowledge about a biotic nature. Therefore, these localities should be under legal protection or at least secured against devastation, which often faces considerable difficulties. The Geological Museum has undertaken actions aiming at the protection of abandoned quarries, most often in the form of projects dedicated to geotourism management and creating geotourist trails. These projects are a chance to save important geosites from devastation, overgrowing by vegetation, or fading into oblivion. The article presents case studies of successfully managed old quarries, as well as failed attempts.
EN
Ophiuroids belonging to Aspiduriella sp., Aspiduriella similis (Eck), and Arenorbis sp. are described from the Middle Triassic (Muschelkalk) strata of the Sadowa Góra Quarry (Jaworzno) in southern Poland. This is the only Polish location where three taxa of these ophiuroids have been found in one stratigraphic horizon (1st Wellenkalk). To date, only single taxa have been found in the Triassic sections of the eastern part of the Germanic Basin. Finally, other ophiuroid mass aggregations also known from Poland are presented.
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