-
Pediastrum taxa as percentage of the total Pediastrum count sum in sediment c...
This dataset provides Pediastrum data for the Lateglacial sediment sequence retrieved from Lake Hämelsee (Germany) in 2013. Percent-abundances per taxon (%), total count sum per... -
Raw pollen counts from peat core R1.00 of the Rybojady mire in western Poland
This dataset has no description
-
Raw pollen counts from peat core L1.00 of the Pawki Ług mire in western Poland
This dataset has no description
-
Raw pollen counts from sediment core KBS 2 of lake Jezioro Skorupiaki in west...
This dataset has no description
-
Raw pollen counts from the combined sediment core (Wus 1, Wus 3) of lake Jezi...
This dataset has no description
-
Pollen and spores record of peat profile Grabkower Seewiesen North
This dataset has no description
-
Pollen and spores record of peat profile Weisses Lauch
This dataset has no description
-
Pollen and spores record of peat profile Torfteich Grabkow
This dataset has no description
-
Pollen and spores record of peat profile Maschnetzlauch
This dataset has no description
-
(Fig. 6 ) Pollen profile Bb-98, Rambower Moor
analysed Jörg Christiansen -
(Fig. 5 ) Pollen profile Bb-96, Rambower Moor
analysed by Wiebke Kirleis -
(Fig. 4) Pollen profile Ra, Rambower Moor
analysed by Jörg Christiansen and Wiebke Kirleis -
Pollen profile from sediment core De_Y
Analysed by Angelika Kleinmann 2009 -
Pollen profile from sediment core De_X
Analysed by Helmut Müller 1999 -
Pollen profile from sediment core De_W
Analysed by Helmut Müller 1999 -
Pollen profile from sediment core De_V1
Analysed by Angelika Kleinmann 2010 -
Pollen profile from sediment core De_V
Analysed by Helmut Müller 1999 -
Pollen profile from sediment core De_U
Analysed by Helmut Müller 1999 -
Pollen profile from sediment cores De_I and De_H
Analysed by Helmut Müller 1989-2001The tie point is 4 cm above the Vasset Kilian tephra (VKT) found in both cores. Its correctness is additionally guaranteed by pollen analysis... -
Pollen profile from sediment core De_I (27.4 cm in high resolution)
Analysed by Angelika Kleinmann 2010/2011