Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A

Abstract The study focused on the verification of the preferential site-specific concept hypothesizing, that mineral elements could be playing an initiating role in the biological speciation within Aneura pinguis cryptic species. A. pinguis species A and soil materials were collected from three ecol...

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Autores principales:	Alina Bączkiewicz, Jean Diatta, Maria Drapikowska, Patrycja Rodkiewicz, Jakub Sawicki, Monika Szczecińska, Katarzyna Buczkowska
Formato:	article
Lenguaje:	EN
Publicado:	Nature Portfolio 2021
Materias:	Medicine R Science Q
Acceso en línea:	https://doaj.org/article/131ba4eb73d54766a9d776bc39cb5ce3
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spelling	oai:doaj.org-article:131ba4eb73d54766a9d776bc39cb5ce32021-12-02T11:02:38ZGeochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A10.1038/s41598-021-83553-x2045-2322https://doaj.org/article/131ba4eb73d54766a9d776bc39cb5ce32021-02-01T00:00:00Zhttps://doi.org/10.1038/s41598-021-83553-xhttps://doaj.org/toc/2045-2322Abstract The study focused on the verification of the preferential site-specific concept hypothesizing, that mineral elements could be playing an initiating role in the biological speciation within Aneura pinguis cryptic species. A. pinguis species A and soil materials were collected from three ecological sites of Poland. They underwent genetic (Aneura pinguis) and chemical analyses (soil materials) for pH, total and water soluble (active) forms of Ca, Mg, K, Na fractions. Data revealed trends in the site preference of three genetic lineages (A1, A2 and A3) of A. pinguis cryptic species A. Lineage adaptability index Ca/(Mg + K + Na) reflecting the dynamic character of site pH implied, that lineages A1 and A2 were both calciphilous. The A3 lineages were intrinsically acidophilous and this characteristics was also observed at some A1 lineages. Site concentrations of Ca and in some cases Mg too were crucial in shaping pH, but this process could have been controlled by each mineral element, individually. Calciphilous or acidophilous A. pinguis species may be “remotely” attracted by high or low Ca (or Mg) concentrations, for alkalinity or acidity emergence, respectively. Mineral richness at investigated ecological sites has possibly initiated opportunistic and specific site colonisation by A. pinguis lineages.Alina BączkiewiczJean DiattaMaria DrapikowskaPatrycja RodkiewiczJakub SawickiMonika SzczecińskaKatarzyna BuczkowskaNature PortfolioarticleMedicineRScienceQENScientific Reports, Vol 11, Iss 1, Pp 1-11 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	Medicine R Science Q
spellingShingle	Medicine R Science Q Alina Bączkiewicz Jean Diatta Maria Drapikowska Patrycja Rodkiewicz Jakub Sawicki Monika Szczecińska Katarzyna Buczkowska Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A
description	Abstract The study focused on the verification of the preferential site-specific concept hypothesizing, that mineral elements could be playing an initiating role in the biological speciation within Aneura pinguis cryptic species. A. pinguis species A and soil materials were collected from three ecological sites of Poland. They underwent genetic (Aneura pinguis) and chemical analyses (soil materials) for pH, total and water soluble (active) forms of Ca, Mg, K, Na fractions. Data revealed trends in the site preference of three genetic lineages (A1, A2 and A3) of A. pinguis cryptic species A. Lineage adaptability index Ca/(Mg + K + Na) reflecting the dynamic character of site pH implied, that lineages A1 and A2 were both calciphilous. The A3 lineages were intrinsically acidophilous and this characteristics was also observed at some A1 lineages. Site concentrations of Ca and in some cases Mg too were crucial in shaping pH, but this process could have been controlled by each mineral element, individually. Calciphilous or acidophilous A. pinguis species may be “remotely” attracted by high or low Ca (or Mg) concentrations, for alkalinity or acidity emergence, respectively. Mineral richness at investigated ecological sites has possibly initiated opportunistic and specific site colonisation by A. pinguis lineages.
format	article
author	Alina Bączkiewicz Jean Diatta Maria Drapikowska Patrycja Rodkiewicz Jakub Sawicki Monika Szczecińska Katarzyna Buczkowska
author_facet	Alina Bączkiewicz Jean Diatta Maria Drapikowska Patrycja Rodkiewicz Jakub Sawicki Monika Szczecińska Katarzyna Buczkowska
author_sort	Alina Bączkiewicz
title	Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A
title_short	Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A
title_full	Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A
title_fullStr	Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A
title_full_unstemmed	Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A
title_sort	geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of aneura pinguis cryptic species a
publisher	Nature Portfolio
publishDate	2021
url	https://doaj.org/article/131ba4eb73d54766a9d776bc39cb5ce3
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Geochemical alkalinity and acidity as preferential site-specific for three lineages liverwort of Aneura pinguis cryptic species A

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