GS_Kew_BI: New genome size measurements performed at RBG Kew

Description Usage Format Source

Description

Genome size measurements performed at RBG Kew on British or Irish material. The data also details buffers used for measurements and cv values obtained.

Usage

1

Format

A data frame with 333 rows and 18 variables:

kew_id

character The Kew identification number associated with the main taxon name used in this dataset

taxon_name

character Species binomen and authority according to Stace, 2019

taxon_name_binom

character Species binomen according to Stace, 2019

authors

character Authority associated with the species binomen

MSB_number

character ID number at MSB if material was sourced from there

standard_species

character Reference standard species used for measurement.

standard_2C_pg

character Genome size of standard species used for measurement, 2C, in pg

buffer

character Buffer used for flow cytometry

buffer_composition

character Composition of buffer used for flow cytometry

buffer_origin

character Original publication that established the buffer or distributor the buffer was obtained from

GS_2C_pg

double Diploid genome size in picograms

GS_1C_pg

double Haploid genome size in picograms

GS_2C_Mbp

double Diploid genome size in megabasepairs

GS_1C_Mbp

double Haploid genome size in megabasepairs

cv_sample

double Coefficient of variation for mean channel position of the peak, quality assessment of sample flow cytometry

cv_standard

double Coefficient of variation for mean channel position of the peak, quality assessment of standard flow cytometry

matched_by_synonym

character “y” denotes species that were measured from tissue labeled as a different but synonymous name of the name used for this database. "y", blank

cited_name

character Species binomen that was recorded when the measurement was first made. Curated to match latest StaceIV nomenclature.

Source

https://doi.org/10.5285/9f097d82-7560-4ed2-af13-604a9110cf6d


mariehenniges/BIFloraExplorer documentation built on Feb. 13, 2022, 10:44 p.m.