Site information for porewater chemistry survey of European peatlands
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PANGAEA
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| Autores principales: | , , , , , , , , , , , , , , , , , , , |
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
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PANGAEA
2026
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| _version_ | 1867169174642491392 |
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| author | Krishnankutty, Nimisha Gelbrecht, Jörg Petersen, Rasmus Jes Rayner, D Lau, Maximilian P Frank, Stefan Andersen, Roxane Pärn, Jaan Mander, Ülo Kotowski, Wiktor Liu, Haojie Iversen, Bo V. Heckrath, Goswin Hansen, Hans C B Hoffmann, Carl C Mäenpää, Maarit I Goldhammer, Tobias Kull, Ain Florea, Adrian-Florin Zak, Dominik |
| author_facet | Krishnankutty, Nimisha Gelbrecht, Jörg Petersen, Rasmus Jes Rayner, D Lau, Maximilian P Frank, Stefan Andersen, Roxane Pärn, Jaan Mander, Ülo Kotowski, Wiktor Liu, Haojie Iversen, Bo V. Heckrath, Goswin Hansen, Hans C B Hoffmann, Carl C Mäenpää, Maarit I Goldhammer, Tobias Kull, Ain Florea, Adrian-Florin Zak, Dominik |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The study investigates the chemical and physical characteristics of porewater and soil samples from peatlands across 64 sites in Germany, Poland, Estonia, Scotland, Sweden, and Georgia sampled between 1997 and 2017. The sites covers oceanic (Cfb, Cfc) and continental (Dfb, Dfc) climate zones and include both minerotrophic fens and ombrotrophic bogs. Fens were further classified into poor and rich types based on acidity and floristic composition, with rich fens characterized by higher pH and calcium concentrations due to mineral-rich groundwater inputs. The study also distinguishes between natural sites with stable near-surface water tables and rewetted sites previously subjected to drainage and agricultural use. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_993167 |
| institution | PANGAEA |
| language | en |
| publishDate | 2026 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Site information for porewater chemistry survey of European peatlands Krishnankutty, Nimisha Gelbrecht, Jörg Petersen, Rasmus Jes Rayner, D Lau, Maximilian P Frank, Stefan Andersen, Roxane Pärn, Jaan Mander, Ülo Kotowski, Wiktor Liu, Haojie Iversen, Bo V. Heckrath, Goswin Hansen, Hans C B Hoffmann, Carl C Mäenpää, Maarit I Goldhammer, Tobias Kull, Ain Florea, Adrian-Florin Zak, Dominik Climate zone; Country; Dominant plants; Drainage type; Estonia; Event label; Georgia; Germany; Identification; iron oxides; Latitude of event; Location; Longitude of event; Peatland_NB1; Peatland_NB10; Peatland_NB11; Peatland_NB12; Peatland_NB13; Peatland_NB14; Peatland_NB2; Peatland_NB3; Peatland_NB4; Peatland_NB5; Peatland_NB6; Peatland_NB7; Peatland_NB8; Peatland_NB9; Peatland_NF1; Peatland_NF10; Peatland_NF11; Peatland_NF12; Peatland_NF13; Peatland_NF14; Peatland_NF15; Peatland_NF16; Peatland_NF17; Peatland_NF18; Peatland_NF19; Peatland_NF2; Peatland_NF20; Peatland_NF21; Peatland_NF22; Peatland_NF23; Peatland_NF24; Peatland_NF25; Peatland_NF3; Peatland_NF4; Peatland_NF5; Peatland_NF6; Peatland_NF7; Peatland_NF8; Peatland_NF9; Peatland_RB1; Peatland_RB2; Peatland_RF1; Peatland_RF10; Peatland_RF11; Peatland_RF12; Peatland_RF13; Peatland_RF14; Peatland_RF15; Peatland_RF16; Peatland_RF17; Peatland_RF18; Peatland_RF19; Peatland_RF2; Peatland_RF20; Peatland_RF21; Peatland_RF22; Peatland_RF23; Peatland_RF24; Peatland_RF25; Peatland_RF26; Peatland_RF27; Peatland_RF3; Peatland_RF4; Peatland_RF5; Peatland_RF6; Peatland_RF7; Peatland_RF8; Peatland_RF9; Peatland type; Phosphorus; Poland; Redox conditions; Scotland; SOILS; Soil sample; Sweden; Visual observation; water quality; Year of monitoring event, maximum; Year of monitoring event, minimum; Year of rewetting The study investigates the chemical and physical characteristics of porewater and soil samples from peatlands across 64 sites in Germany, Poland, Estonia, Scotland, Sweden, and Georgia sampled between 1997 and 2017. The sites covers oceanic (Cfb, Cfc) and continental (Dfb, Dfc) climate zones and include both minerotrophic fens and ombrotrophic bogs. Fens were further classified into poor and rich types based on acidity and floristic composition, with rich fens characterized by higher pH and calcium concentrations due to mineral-rich groundwater inputs. The study also distinguishes between natural sites with stable near-surface water tables and rewetted sites previously subjected to drainage and agricultural use. |
| title | Site information for porewater chemistry survey of European peatlands |
| topic | Climate zone; Country; Dominant plants; Drainage type; Estonia; Event label; Georgia; Germany; Identification; iron oxides; Latitude of event; Location; Longitude of event; Peatland_NB1; Peatland_NB10; Peatland_NB11; Peatland_NB12; Peatland_NB13; Peatland_NB14; Peatland_NB2; Peatland_NB3; Peatland_NB4; Peatland_NB5; Peatland_NB6; Peatland_NB7; Peatland_NB8; Peatland_NB9; Peatland_NF1; Peatland_NF10; Peatland_NF11; Peatland_NF12; Peatland_NF13; Peatland_NF14; Peatland_NF15; Peatland_NF16; Peatland_NF17; Peatland_NF18; Peatland_NF19; Peatland_NF2; Peatland_NF20; Peatland_NF21; Peatland_NF22; Peatland_NF23; Peatland_NF24; Peatland_NF25; Peatland_NF3; Peatland_NF4; Peatland_NF5; Peatland_NF6; Peatland_NF7; Peatland_NF8; Peatland_NF9; Peatland_RB1; Peatland_RB2; Peatland_RF1; Peatland_RF10; Peatland_RF11; Peatland_RF12; Peatland_RF13; Peatland_RF14; Peatland_RF15; Peatland_RF16; Peatland_RF17; Peatland_RF18; Peatland_RF19; Peatland_RF2; Peatland_RF20; Peatland_RF21; Peatland_RF22; Peatland_RF23; Peatland_RF24; Peatland_RF25; Peatland_RF26; Peatland_RF27; Peatland_RF3; Peatland_RF4; Peatland_RF5; Peatland_RF6; Peatland_RF7; Peatland_RF8; Peatland_RF9; Peatland type; Phosphorus; Poland; Redox conditions; Scotland; SOILS; Soil sample; Sweden; Visual observation; water quality; Year of monitoring event, maximum; Year of monitoring event, minimum; Year of rewetting |
| url | https://doi.org/10.1594/PANGAEA.993167 |