Quantitative geodiversity assessment in biodiversity investigations DOI Creative Commons
Maija Toivanen

Nordia Geographical Publications, Journal Year: 2024, Volume and Issue: 53(2), P. 1 - 70

Published: Aug. 23, 2024

Despite the growing recognition of geodiversity in recent years, it remains overshadowed by its biotic counterpart, biodiversity. The objective this thesis is to narrow gap advancing quantitative assessment within context main provide a theoretical and methodological framework for study landscape-scale biodiversity investigations, with some insights nature conservation. To achieve goal, I will I) review theory geodiversity–biodiversity relationship, II) empirically test relationship Finnish freshwater ecosystems, III) data methods Europe-wide studies. By employing geographical research inspired ecological traditions, investigate between across aquatic terrestrial ecosystems. Empirical investigations revealed positive correlations vascular plant species richness distinct studies conducted Finland Switzerland, both This aligns assumption that fosters greater Moreover, produced provides ready-to-use variables future continent contributes large-scale general. In conclusion, recommend further development establishment systematic frameworks various contexts. Such actions would facilitate implementation standardized reproducible practices, thereby helping unlock geodiversity’s potential conservation practice. Integrating systematically into policy making essential fully acknowledge crucial role shaping sustainable future. broadening perspectives on natural diversity beyond alone, seeks enhance general understanding appreciation geodiversity.

Language: Английский

Geoheritage Value of Three Localities from Kislovodsk in the Southern Central Ciscaucasus: A Resource of Large Resort Area DOI Creative Commons
Natalia N. Yashalova, Dmitry A. Ruban

Geosciences, Journal Year: 2024, Volume and Issue: 14(5), P. 134 - 134

Published: May 14, 2024

Many geographical domains possess notable geological and geomorphological features, which are yet to be characterized comprehensively in terms of geoheritage. The present study focuses on the Kislovodsk area, is situated southern part Central Ciscaucasus (post-Paleozoic platform), where latter joins Greater Caucasus (late Cenozoic orogen). Three geosites reported from there, their qualitative description semi-quantitative, score-based assessment offered. Honey Waterfalls represent an example river erosion affecting Carboniferous granitoids with uppermost Jurassic weathering horizon overlain by Lower Cretaceous carbonates. Ring Mountain a natural arch formed as result wind erosion. Little Saddle viewpoint offering spectacular, panoramic view toward Elbrus that highest peak Russia Europe impressive dormant stratovolcano. ranked nationally (the receives total scores), regionally. These diverse several aspects, and, particularly, different geoheritage types forms established. area bearing objects Mineralnye Vody resort large important for national tourism recreation industry. related opportunities challenges resource management have considered.

Language: Английский

Citations

1
Quantitative geodiversity assessment in biodiversity investigations DOI Creative Commons
Maija Toivanen

Nordia Geographical Publications, Journal Year: 2024, Volume and Issue: 53(2), P. 1 - 70

Published: Aug. 23, 2024

Despite the growing recognition of geodiversity in recent years, it remains overshadowed by its biotic counterpart, biodiversity. The objective this thesis is to narrow gap advancing quantitative assessment within context main provide a theoretical and methodological framework for study landscape-scale biodiversity investigations, with some insights nature conservation. To achieve goal, I will I) review theory geodiversity–biodiversity relationship, II) empirically test relationship Finnish freshwater ecosystems, III) data methods Europe-wide studies. By employing geographical research inspired ecological traditions, investigate between across aquatic terrestrial ecosystems. Empirical investigations revealed positive correlations vascular plant species richness distinct studies conducted Finland Switzerland, both This aligns assumption that fosters greater Moreover, produced provides ready-to-use variables future continent contributes large-scale general. In conclusion, recommend further development establishment systematic frameworks various contexts. Such actions would facilitate implementation standardized reproducible practices, thereby helping unlock geodiversity’s potential conservation practice. Integrating systematically into policy making essential fully acknowledge crucial role shaping sustainable future. broadening perspectives on natural diversity beyond alone, seeks enhance general understanding appreciation geodiversity.

Language: Английский

Citations

1