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

Geodiversity for science and society DOI Creative Commons
Joseph J. Bailey, Richard Field, C.C.D.F. van Ree

et al.

Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences, Journal Year: 2024, Volume and Issue: 382(2269)

Published: Feb. 12, 2024

Geodiversity' defines the diversity of Earth's surface and subsurface, comprising features processes across geology (including soil), hydrology geomorphology (i.e.geodiversity elements).Geodiversity underpins systems that support living natural world: it is steadfast, resolute partnership humans biodiversity, providing what planet needs to life many materials we rely on in our daily lives.Its value also inherent, with geoheritage sites enjoyed world.Humans have always had a close cultural connection geodiversity its elements, important role was highlighted 1990s relation 'geoindicators' [1].Yet only recently importance considering has been more widely deeply discussed.This not least because emerging unsustainable human changes threaten globally.While climate biodiversity are now routinely included international conventions policy briefings (e.g. form 'essential variables'), abiotic variables other than largely overlooked.This risks biased or inadequate management decisions around subsurface resources, as well incomplete ecological analyses may impair conservation.To move these discussions forwards, applied for Royal Society Hooke Theo Murphy funding meeting experts several facets research.We were awarded 2019, hoping spring 2020 meeting, but all know happened then.Instead transferring online, decided wait until could

Language: Английский

Citations

2
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