In August 2020 the research vessel Albis investigated the river Elbe from Schmielka towards Geesthacht. Basic hydrographic parameters were measured continuously, with a portable ferryBox. Dissolved methane was continuously determined with a degassing unit and a Greenhouse Gas Analyzer from LosGatosResearch. Atmospheric CH4 and CO2 was determined with a Licor system
The methane concentration in the atmosphere andsurface water was surveyed along 58° N acrossthe Nort...
We conducted multiple small (2011–2012) and one large sampling campaign (2013) at selected profiles ...
Rivers represent a transition zone between terrestric and aquatic environments, as well as a transit...
Surface waters are known to be significant sources of greenhouse gases (CH4 and CO2), but our unders...
Four sampling campaigns were performed in the middle part of River Elbe between Elster (river km 199...
Surface water samples of the river Elbe were taken in May 2021 with the vessel Zwergseeschwalbe betw...
On 25 and 26 of June in 2019 transects between Cuxhaven and Bremerhaven towards Helgoland were perfo...
Rivers represent a transition zone between terrestric and aquatic environments, and between methane ...
Estuaries are complex systems, which are expected to hold a big share of global oceanic methane emis...
On three transects, in October, November and December 2018 with RV Uthörn dissolved methane was dete...
Although methane is a widely studied greenhouse gas, uncertainties remain with respect to the factor...
Research on the role of rivers as a significant methane source to coastal waters and the atmosphere ...
River estuaries are responsible for high rates of methane emissions to the atmosphere. The complexit...
We developed a purge-and-trap system to measure CH_4 with high accuracy in the surface water and the...
This data collection contains hydrographical water column data as well as methane and methane oxidat...
The methane concentration in the atmosphere andsurface water was surveyed along 58° N acrossthe Nort...
We conducted multiple small (2011–2012) and one large sampling campaign (2013) at selected profiles ...
Rivers represent a transition zone between terrestric and aquatic environments, as well as a transit...
Surface waters are known to be significant sources of greenhouse gases (CH4 and CO2), but our unders...
Four sampling campaigns were performed in the middle part of River Elbe between Elster (river km 199...
Surface water samples of the river Elbe were taken in May 2021 with the vessel Zwergseeschwalbe betw...
On 25 and 26 of June in 2019 transects between Cuxhaven and Bremerhaven towards Helgoland were perfo...
Rivers represent a transition zone between terrestric and aquatic environments, and between methane ...
Estuaries are complex systems, which are expected to hold a big share of global oceanic methane emis...
On three transects, in October, November and December 2018 with RV Uthörn dissolved methane was dete...
Although methane is a widely studied greenhouse gas, uncertainties remain with respect to the factor...
Research on the role of rivers as a significant methane source to coastal waters and the atmosphere ...
River estuaries are responsible for high rates of methane emissions to the atmosphere. The complexit...
We developed a purge-and-trap system to measure CH_4 with high accuracy in the surface water and the...
This data collection contains hydrographical water column data as well as methane and methane oxidat...
The methane concentration in the atmosphere andsurface water was surveyed along 58° N acrossthe Nort...
We conducted multiple small (2011–2012) and one large sampling campaign (2013) at selected profiles ...
Rivers represent a transition zone between terrestric and aquatic environments, as well as a transit...