Dr. Sebastian Teichert

GeoZentrum Nordbayern Professur für Paläontologie (Schwerpunkt Faziesanalyse) Lehrstuhl für Paläoumwelt

Decoupling long-term climate forcing and event-scale disturbance in coralline algae skeletal archives (2026) Teichert S, Mölg T, Kropac E, Pyko I, Raddatz J, Evans D, Reddin CJ, Nelson W Conference contribution, Abstract of lecture Chronic climate trends and abrupt disturbances preserved in coralline algal skeletons (2026) Teichert S, Mölg T, Kropac E, Pyko I, Raddatz J, Evans D, Reddin CJ, Nelson W Conference contribution, Conference Contribution The legacy of relict reefs: investigating the genesis and evolution of southwestern Atlantic subtropical rhodolith beds (2026) Oliveira-Carlos F, Teichert S, Schulbert C, Joachimski M, Bahia R, Mendes V, Pereira-Filho G Conference contribution, Conference Contribution Floridean starch in coralline algae and its significance as a carbon sink (2026) Pyko I, Gabsteiger M, Pereira-Filho G, Bahia R, Wisshak M, Teichert S Conference contribution, Conference Contribution Not all rhodoliths need a bed–depositional mechanisms in shallow water Sporolithon nodosum rhodoliths from the Whangaparaoa peninsula (North Island, New Zealand) (2026) Teichert S, Mölg T, Pyko I, Kropac E, Marriott P, D'Archino R, Cullen N, et al. Journal article, Original article Virtual sectioning: a micro-CT and point counting workflow for non-destructive organism quantification (2025) Pyko I, Schulbert C, Wisshak M, Teichert S Conference contribution, Abstract of lecture Quantifying floridean starch storage patterns in Arctic rhodoliths: blue carbon implications (2025) Gabsteiger M, Pyko I, Wisshak M, Teichert S Journal article, Original article Depth-related controls on the quantitative composition of rhodolith matrices in the high Arctic (2025) Pyko I, Wisshak M, Teichert S Journal article, Original article Implications of declining rhodolith growth in a warming Arctic: a century-scale perspective (2025) Teichert S, Reddin CJ, Wisshak M Conference contribution, Abstract of lecture In situ decrease in rhodolith growth is associated with Arctic climate change (2024) Teichert S, Reddin C, Wisshak M Conference contribution, Abstract of lecture