When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)

This paper explores problems associated with explanation of geoheritage at the landscape scale and argues that focus on individual geosites that show rock outcrops or small-scale landforms may not be sufficient to tell the story. The area of Orlické–Bystrzyckie Mountains Block in Central Europe lack...

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Main Authors: Piotr Migoń, Milena Różycka
Format: Article
Language:English
Published: MDPI AG 2021-02-01
Series:Geosciences
Subjects:
Online Access:https://www.mdpi.com/2076-3263/11/2/100
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spelling doaj-71c7339921a74255b31ce6482cf57bb02021-02-21T00:00:30ZengMDPI AGGeosciences2076-32632021-02-011110010010.3390/geosciences11020100When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)Piotr Migoń0Milena Różycka1Institute of Geography and Regional Development, University of Wrocław, pl. Uniwersytecki 1, 50–137 Wrocław, PolandInstitute of Geography and Regional Development, University of Wrocław, pl. Uniwersytecki 1, 50–137 Wrocław, PolandThis paper explores problems associated with explanation of geoheritage at the landscape scale and argues that focus on individual geosites that show rock outcrops or small-scale landforms may not be sufficient to tell the story. The area of Orlické–Bystrzyckie Mountains Block in Central Europe lacks spectacular landforms or large rock outcrops, and yet has a most interesting geological history that involved Mesozoic planation, Cretaceous marine transgression and the origin of sedimentary cover, Cenozoic differential uplift and the origin of tectonic topography, resultant fluvial incision and Quaternary periglaciation. Individual geosites documented in the area fail to show this complexity and give an incomplete picture. Therefore, viewpoint geosites, allowing for in situ interpretation of regional landscapes, have a role to play and they collectively illustrate the effects of the main stages of geological and geomorphological evolution. In addition, the potential of simple visualization technologies is investigated, as these 3D visualizations may enhance ground views, putting things into even broader perspective.https://www.mdpi.com/2076-3263/11/2/100geoheritagegeotourismgeositesgeo-interpretationSudetes
collection DOAJ
language English
format Article
sources DOAJ
author Piotr Migoń
Milena Różycka
spellingShingle Piotr Migoń
Milena Różycka
When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)
Geosciences
geoheritage
geotourism
geosites
geo-interpretation
Sudetes
author_facet Piotr Migoń
Milena Różycka
author_sort Piotr Migoń
title When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)
title_short When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)
title_full When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)
title_fullStr When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)
title_full_unstemmed When Individual Geosites Matter Less—Challenges to Communicate Landscape Evolution of a Complex Morphostructure (Orlické–Bystrzyckie Mountains Block, Czechia/Poland, Central Europe)
title_sort when individual geosites matter less—challenges to communicate landscape evolution of a complex morphostructure (orlické–bystrzyckie mountains block, czechia/poland, central europe)
publisher MDPI AG
series Geosciences
issn 2076-3263
publishDate 2021-02-01
description This paper explores problems associated with explanation of geoheritage at the landscape scale and argues that focus on individual geosites that show rock outcrops or small-scale landforms may not be sufficient to tell the story. The area of Orlické–Bystrzyckie Mountains Block in Central Europe lacks spectacular landforms or large rock outcrops, and yet has a most interesting geological history that involved Mesozoic planation, Cretaceous marine transgression and the origin of sedimentary cover, Cenozoic differential uplift and the origin of tectonic topography, resultant fluvial incision and Quaternary periglaciation. Individual geosites documented in the area fail to show this complexity and give an incomplete picture. Therefore, viewpoint geosites, allowing for in situ interpretation of regional landscapes, have a role to play and they collectively illustrate the effects of the main stages of geological and geomorphological evolution. In addition, the potential of simple visualization technologies is investigated, as these 3D visualizations may enhance ground views, putting things into even broader perspective.
topic geoheritage
geotourism
geosites
geo-interpretation
Sudetes
url https://www.mdpi.com/2076-3263/11/2/100
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AT milenarozycka whenindividualgeositesmatterlesschallengestocommunicatelandscapeevolutionofacomplexmorphostructureorlickebystrzyckiemountainsblockczechiapolandcentraleurope
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