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Date | DOI | PackageId | Note |
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2021-02-11 | 10.18728/568.0 | 568 | this package latest |
The concentration of oxygen dissolved in water regulates many aspects of aquatic ecosystems, including habitat suitability for biota, greenhouse gas emissions, nutrient cycling, and metal toxicity. However, little is known about how dissolved oxygen (DO) concentrations in lakes are changing through time. The solubility of oxygen in water declines with increasing water temperatures, but other temperature-sensitive processes may suppress or amplify trends through time, making long-term observations essential to understanding DO dynamics and trends.
This dataset includes measurements of dissolved oxygen and temperature from 1/30/1979 to 12/7/2009 at Müggelsee.
Deepest point in Müggelsee
physics:
determination by temperature-probe
chemistry:
determination by oxygen-probe
determination by oxygen-probe
biology:
Attention: There are two different methods:
HPLC - High Performance Liquid Chromatography (ex situ)
YSI - Chlorophyll Sensor in Multiparameter probe (in situ)
Title | created | Filetype | Actions |
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Temp_and_DO_Profiles.csv | 10. Feb. 2021 18:07 | datatable: .csv |
Error:
To access file, please get in touch with the contact person.
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Secchi_depth.csv | 10. Feb. 2021 18:07 | datatable: .csv |
Error:
To access file, please get in touch with the contact person.
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Productivity.csv | 10. Feb. 2021 18:07 | datatable: .csv |
Error:
To access file, please get in touch with the contact person.
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