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Dissolved organic carbon (DOC) in Arctic ground ice, from northwest Canada,...
Thermal permafrost degradation and coastal erosion in the Arctic remobilize substantial amounts of organic carbon (OC) and nutrients which have accumulated in late Pleistocene... -
Dissolved organic carbon concentration of Lena River water from 11.04.2019...
We collected water samples from the river surface in the center of the Olenekskaya Channel near Samoylov Island using a pre-rinsed HDPE 1 L bottle. During the open water period... -
Dissolved organic carbon and total dissolved nitrogen concentration of Lena...
We collected water samples from the river surface in the center of the Olenekskaya Channel near Samoylov Island using a pre-rinsed HDPE 1 L bottle. During the open water period... -
Dissolved inorganic nutrient concentration of Lena River water from...
We collected water samples from the river surface in the center of the Olenekskaya Channel near Samoylov Island using a pre-rinsed HDPE 1 L bottle. During the open water period... -
Dissolved-gas concentrations, physical and chemical properties of 41 ponds...
Ponds emit more methane per area than larger lakes. However, methane concentrations in and methane emissions from ponds show more spatial variability than larger waterbodies. A... -
Dissolved elemental and dissolved ion concentrations of Lena River water...
We collected water samples from the river surface in the center of the Olenekskaya Channel near Samoylov Island using a pre-rinsed HDPE 1 L bottle. During the open water period... -
Discharge at station Q on Samoylov Island
This dataset is about: Discharge at station Q on Samoylov Island. Please consult parent dataset @ https://doi.org/10.1594/PANGAEA.811079 for more information. -
Description of the soil of core LD98_w9
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w8
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w7b
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w7a
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w6
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w5
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w4
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w3
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w2
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_w1
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_v9
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_v8
For the position of the transects t, v, and w see also figure 3-1 -
Description of the soil of core LD98_v7
For the position of the transects t, v, and w see also figure 3-1
