Additional file 2 of Estimates of recent and historical effective population size in turbot, seabream, seabass and carp selective breeding programmes

Additional file 2. Estimates of Ne (logarithmic scale) obtained with the LD method of Hayes et al. [5] across the last 100 generations for each population analysed.

Bibliographic Details
Main Authors:	María Saura (11656904), Armando Caballero (439234), Enrique Santiago (11656907), Almudena Fernández (422672), Elisabeth Morales-González (10735059), Jesús Fernández (122103), Santiago Cabaleiro (6810023), Adrián Millán (6810029), Paulino Martínez (207786), Christos Palaiokostas (432876), Martin Kocour (3771238), Muhammad L. Aslam (11656910), Ross D. Houston (6831143), Martin Prchal (4798011), Luca Bargelloni (68870), Kostas Tzokas (11656913), Pierrick Haffray (545943), Jean-Sebastien Bruant (5353889), Beatriz Villanueva (36604)
Format:	Other Non-Article Part of Journal/Newspaper
Language:	unknown
Published:	2021
Subjects:	Genetics single nucleotide polymorphisms recently made available nine generations ago linkage disequilibrium spectrum fast genetic gains selective breeding programmes used genomic information obtain accurate estimates farmed populations analysed manage genetic variability selection programmes start effective population size breeding programmes genetic variability population size effective size genetic distances genetic composition whole range thus accounts therefore leads snps ) potential fluctuations novel method methods restriction measures designed last decades high fecundity findings highlight estimate current dicentrarchus labrax cyprinus carpio common carp commercial populations base populations associated reductions Hayes Turbot
Online Access:	https://doi.org/10.6084/m9.figshare.16944374.v1

Description
Summary:	Additional file 2. Estimates of Ne (logarithmic scale) obtained with the LD method of Hayes et al. [5] across the last 100 generations for each population analysed.