Lena River surface water monitoring near the Samoylov Island Research Station

doi:doi:10.1594/PANGAEA.913197

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Lena River surface water monitoring near the Samoylov Island Research Station

Current warming, shifting hydrological regimes and accelerated permafrost thaw in the catchment of the Arctic rivers will affect their water biogeochemistry. The Lena River is the second largest Arctic river and 71 % of its catchment is characterized by continuous permafrost. Monitoring of Arctic rivers will enable to observe expected changes in matter transport such as an increase of dissolved organic matter (DOM) re-mobilization from permafrost. A number of biogeochemical variables are presented here in a unique high frequency throughout the whole year. The sampling of Lena River water is done near the Research Station Samoylov Island in the central Lena River Delta. The Samoylov research station allows a unique chance for continuous sampling since it operates throughout the year.

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Cite this as

Juhls, Bennet, Morgenstern, Anne, Chetverova, Antonina, Eulenburg, Antje, Hölemann, Jens A, Povazhnyi, Vasily, Overduin, Pier Paul (2020). Dataset: Lena River surface water monitoring near the Samoylov Island Research Station. https://doi.org/10.1594/PANGAEA.913197

DOI retrieved: 2020

Additional Info

Field	Value
Imported on	November 30, 2024
Last update	November 30, 2024
License	CC-BY-4.0
Source	https://doi.org/10.1594/PANGAEA.913197
Author	Juhls, Bennet
Given Name	Bennet
Family Name	Juhls
More Authors	Morgenstern, Anne Chetverova, Antonina Eulenburg, Antje Hölemann, Jens A Povazhnyi, Vasily Overduin, Pier Paul
Source Creation	2020
Publication Year	2020
Resource Type	application/zip - filename: JuhlsB-etal_2020
Subject Areas	Name: Ecology
Related Identifiers	Title: Optical remote sensing (Sentinel-3 OLCI) used to monitor dissolved organic carbon in the Lena River, Russia Identifier: https://doi.org/10.3389/fmars.2023.1082109 Type: DOI Relation: References Year: 2023 Source: Frontiers in Marine Science Authors: El Kassar Jan , Juhls Bennet , Hieronymi Martin , Preusker Rene , Morgenstern Anne , Fischer Jürgen , Overduin Pier Paul , Juhls Bennet , Stedmon Colin A , Morgenstern Anne , Meyer Hanno , Hölemann Jens A , Heim Birgit , Povazhnyi Vasily , Overduin Pier Paul , Sanders Tina , Fiencke Claudia , Fuchs Matthias , Haugk Charlotte , Juhls Bennet , Mollenhauer Gesine , Ogneva Olga , Overduin Pier Paul , Palmtag Juri , Povazhnyi Vasily , Strauss Jens , Tuerena Robyn E , Zell Nadine , Dähnke Kirstin . Title: Identifying Drivers of Seasonality in Lena River Biogeochemistry and Dissolved Organic Matter Fluxes Identifier: https://doi.org/10.3389/fenvs.2020.00053 Type: DOI Relation: References Year: 2020 Source: Frontiers in Environmental Science Authors: El Kassar Jan , Juhls Bennet , Hieronymi Martin , Preusker Rene , Morgenstern Anne , Fischer Jürgen , Overduin Pier Paul , Juhls Bennet , Stedmon Colin A , Morgenstern Anne , Meyer Hanno , Hölemann Jens A , Heim Birgit , Povazhnyi Vasily , Overduin Pier Paul , Sanders Tina , Fiencke Claudia , Fuchs Matthias , Haugk Charlotte , Juhls Bennet , Mollenhauer Gesine , Ogneva Olga , Overduin Pier Paul , Palmtag Juri , Povazhnyi Vasily , Strauss Jens , Tuerena Robyn E , Zell Nadine , Dähnke Kirstin . Title: Seasonal nitrogen fluxes of the Lena River Delta Identifier: https://doi.org/10.1007/s13280-021-01665-0 Type: DOI Relation: References Year: 2022 Source: AMBIO Authors: El Kassar Jan , Juhls Bennet , Hieronymi Martin , Preusker Rene , Morgenstern Anne , Fischer Jürgen , Overduin Pier Paul , Juhls Bennet , Stedmon Colin A , Morgenstern Anne , Meyer Hanno , Hölemann Jens A , Heim Birgit , Povazhnyi Vasily , Overduin Pier Paul , Sanders Tina , Fiencke Claudia , Fuchs Matthias , Haugk Charlotte , Juhls Bennet , Mollenhauer Gesine , Ogneva Olga , Overduin Pier Paul , Palmtag Juri , Povazhnyi Vasily , Strauss Jens , Tuerena Robyn E , Zell Nadine , Dähnke Kirstin .