Current Project
Understanding Climate Recovery From Warming.
The Paleocene-Eocene Thermal Maximum (PETM) was a rapid warming event (hyperthermal) 56 million years ago. It is studied as an analogy of current climate warming, so that we understand what happens during increasing temperatures.. We are examining how the climate recovered several tens of thousands of years after the warming started.
Latest Publication
Tracing silicate weathering processes in the permafrost-dominated Lena River watershed using lithium isotopes
Blog
Latest Posts
Talk Rheinische Naturforschende Gesellschaft
Wie schnell erholt sich das Klima? Dienstag, 14. Februar 2023, 18:30 Uhr online über BBB Foto: Philip Pogge von Strandmann Prof. Dr. Philip Pogge von StrandmannUniversitätsprofessor für Sedimentgeochemie, Institut für Geowissenschaften,...
14th International Conference of Paleoceanography
We are having an exciting week.... here in Bergen. This week we are at the 14th International Conference on Paleoceanography. More info and pictures to follow.
The Easter Bunny was here early!
The Easter Bunny was here Early!!!Have a look what the Easter Bunny brought a little early!Delivery of an Agilent 8900 triple quad ICP-MS. This will give us over an order of magnitude more sensitivity for concentration measurements. Funded by the DFG and JGU Mainz.
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Why is the Earth Habitable?
REad
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Talk Rheinische Naturforschende Gesellschaft
Wie schnell erholt sich das Klima? Dienstag, 14. Februar 2023, 18:30 Uhr online über BBB Foto: Philip Pogge von Strandmann Prof. Dr. Philip Pogge von StrandmannUniversitätsprofessor für Sedimentgeochemie, Institut für Geowissenschaften,...
14th International Conference of Paleoceanography
We are having an exciting week.... here in Bergen. This week we are at the 14th International Conference on Paleoceanography. More info and pictures to follow.
The Easter Bunny was here early!
The Easter Bunny was here Early!!!Have a look what the Easter Bunny brought a little early!Delivery of an Agilent 8900 triple quad ICP-MS. This will give us over an order of magnitude more sensitivity for concentration measurements. Funded by the DFG and JGU Mainz.