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Paleotemperature and Vegetation Records from Lake Baikal, Russia, Over the La...
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Compile early Pleistocene vegetation from globally distributed boreal and bor...
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Compile late Pleistocene vegetation from globally distributed boreal and bord...
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Branched glycerol dialkyl glycerol dialkyl (brGDGT) distributions in Lake Bai...
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Plant wax n-alkanes measured in Baikal Drilling Project core materials
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Dominant biomes and plant functional type affinity scores derived from publis...
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Lake Baikal paleotemperature record derived from the methylation of brGDGTs
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Isoprenoid glycerol dialkyl glycerol dialkyl (iGDGT) distributions in Lake Ba...
An 8.6 million year reconstruction of paleotemperatures and paleovegetation from Lake Baikal, Russia, derived from Baikal Drilling Project core materials. This dataset also... -
Reconstructed global mean surface temperature
Global mean surface temperatures were calculated from latitudinal stacks of sea surface temperature data, weighted by area to generate a mean sea surface temperature, and then...
