The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_h as detailed in the associated publication. The data was recovered from DNA preserved in a sediment core spanning the Holocene from Bliss Lake, Peary Land, North Greenland. These sequences were recovered in the first round of amplification and sequencing of vascular plant DNA, as detailed in the associated publication (vascular plant dataset 1, "vp1"). Taxonomic identification of sequences was inferred using a compilation of quality-checked and curated reference libraries for arctic and boreal species constructed at the Natural History Museum in Oslo (arctic vascular plants: Sønstebø et al. 2010; boreal vascular plants: Willerslev et al. 201...
Through high throughput sequencing of ancient, environmental DNA collected from lake sediment cores ...
Summer warming is driving a greening trend across the Arctic, with the potential for large-scale amp...
Ice-rich permafrost deposits store large quantities of plant organic matter and are highly sensitive...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers bryo_P6F_1* & br...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers bryo_P6F_1* & br...
Palaeoenvironments and former climates are typically inferred from pollen and macrofossil records. T...
High Arctic environments are particularly sensitive to climate changes, but retrieval of paleoecolog...
The unique rbcL sequences produced by amplification of DNA with the primers rbcL_705f & rbcl_808r as...
The unique sequences produced by amplification of DNA with the primers CopF2 & CopR1 as detailed in ...
High Arctic environments are particularly sensitive to climate changes, but retrieval of paleoecolog...
Accurate identification of Arctic plant species is critical for understanding potential climate-indu...
Through high throughput sequencing of ancient, environmental DNA collected from lake sediment cores ...
Summer warming is driving a greening trend across the Arctic, with the potential for large-scale amp...
Ice-rich permafrost deposits store large quantities of plant organic matter and are highly sensitive...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers bryo_P6F_1* & br...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers trnL_g and trnL_...
The unique P6 loop trnL sequences produced by amplification of DNA with the primers bryo_P6F_1* & br...
Palaeoenvironments and former climates are typically inferred from pollen and macrofossil records. T...
High Arctic environments are particularly sensitive to climate changes, but retrieval of paleoecolog...
The unique rbcL sequences produced by amplification of DNA with the primers rbcL_705f & rbcl_808r as...
The unique sequences produced by amplification of DNA with the primers CopF2 & CopR1 as detailed in ...
High Arctic environments are particularly sensitive to climate changes, but retrieval of paleoecolog...
Accurate identification of Arctic plant species is critical for understanding potential climate-indu...
Through high throughput sequencing of ancient, environmental DNA collected from lake sediment cores ...
Summer warming is driving a greening trend across the Arctic, with the potential for large-scale amp...
Ice-rich permafrost deposits store large quantities of plant organic matter and are highly sensitive...