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Dinocyst percentages in sediment core MSM05/3_343310 from Disko Bugt, West Gr...
Palynological analyses of sediment core MSM343310 from Disko Bugt (68°38.861' N, 53°49.493' W) document decadal‐ to centennial‐scale variability of sea surface conditions during... -
Dinocyst assemblages in sediment core MSM05/3_343310 from Disko Bugt, West Gr...
Palynological analyses of sediment core MSM343310 from Disko Bugt (68°38.861' N, 53°49.493' W) document decadal‐ to centennial‐scale variability of sea surface conditions during... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Mixed layer depth values for the n = 1968 modern dinocyst database
Monthly, seasonal and annual mixed layer depth (MLD) values were extracted for the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). Four different modern... -
Reconstructions of sea-surface parameters from sediment core MSM05/3_343310 f...
Palynological analyses of sediment core MSM343310 from Disko Bugt (68°38.861' N, 53°49.493' W) document decadal‐ to centennial‐scale variability of sea surface conditions during...