Allopatry |
I. graellsii (100%) |
*Seyhouse, Algeria |
7 (I. g) |
2011 |
36.2827 |
7.2227 |
|
I. graellsii (100%) |
Salgados, Portugal |
9 (I. g) |
2007 |
37.097 |
-8.334 |
|
I. graellsii (100%) |
Cachadas, Spain |
9 (I. g) |
2015 |
42.2712 |
-8.5055 |
|
I. elegans (100%) |
Leuven, Belgium |
6 (I. e) |
2015 |
50.5341 |
4.4318 |
|
I. elegans (100%) |
Liverpool, UK |
8 (I. e) |
2008 |
53.2439 |
-2.584 |
|
I. elegans (100%) |
Vigueirat, France |
10 (I. e) |
2014 |
43.5311 |
4.3012 |
|
I. elegans (100%) |
Marais D’Orx, France |
9 (I. e) |
2015 |
43.3453 |
1.2359 |
|
I. elegans (100%) |
Saint Cyprien, France |
10 (I. e) |
2015 |
42.3823 |
3.0112 |
North-central hybrid region |
I. graellsii (99%) and I.
elegans (1%) |
Mateo, Spain |
10 (I. g) |
2015 |
42.3036 |
-2.5154 |
|
I. graellsii (95%) and I. elegans (5%) |
Valpierre,
Spain |
10 (I. g) |
2015 |
42.276 |
-2.5436 |
|
I. elegans (90%) and I. graellsii (10%) |
Villar,
Spain |
5 (I. e), 4 (I. g) |
2015 |
42.242 |
-2.4216 |
|
I. elegans (84%) and I. graellsii (16%) |
Arreo, Spain |
7 (I. e), 3 (I. g) |
2008 |
42.4775 |
-2.5787 |
|
I. elegans (80%) and I. graellsii (20%) |
Perdiguero,
Spain |
5 (I. e), 4 (I. g) |
2015 |
42.1718 |
-1.5846 |
|
I. elegans (64%) and I. graellsii (36%) |
Cañas, Spain |
8 (I. e), 2 (I. g) |
2015 |
42.2853 |
-2.2414 |
|
I. graellsii (51%) and I. elegans (49%) |
Valbornedo,
Spain |
8 (I. e), 2 (I. g) |
2015 |
42.2448 |
-2-349 |
Norh-west hybrid region |
I. elegans (98%) and I.
graellsii (2%) |
Doniños, Spain |
10 (I. e) |
2014 |
43.2927 |
-8.1855 |
|
I. elegans (98%) and I. graellsii (2%) |
Laxe, Spain |
10 (I. e) |
2014 |
43.6193 |
-8.1112 |
|
I. graellsii (95%) and I. elegans (5%) |
Louro, Spain |
1 (I. e), 9 (I. g) |
2013 |
42.6908 |
-8.6603 |
|
I. graellsii (100%) |
Xuño, Spain |
10 (I. g) |
2014 |
42.3733 |
-9.231 |
North-east Spain (Menorca) |
I. elegans (100%) |
┼Albufeira, Spain |
9 (I. e) |
2009 |
39.5647 |
4.1555 |
*Two samples removed after SNP calling due to possible hybridization
with a third unknown species.
┼ ADMIXTURE analyses to test past hybridization the
region are given in the Supplementary Figure S4.
|
*Two samples removed after SNP calling due to possible hybridization
with a third unknown species.
┼ ADMIXTURE analyses to test past hybridization the
region are given in the Supplementary Figure S4.
|
*Two samples removed after SNP calling due to possible hybridization
with a third unknown species.
┼ ADMIXTURE analyses to test past hybridization the
region are given in the Supplementary Figure S4.
|
*Two samples removed after SNP calling due to possible hybridization
with a third unknown species.
┼ ADMIXTURE analyses to test past hybridization the
region are given in the Supplementary Figure S4.
|
*Two samples removed after SNP calling due to possible hybridization
with a third unknown species.
┼ ADMIXTURE analyses to test past hybridization the
region are given in the Supplementary Figure S4.
|
*Two samples removed after SNP calling due to possible hybridization
with a third unknown species.
┼ ADMIXTURE analyses to test past hybridization the
region are given in the Supplementary Figure S4.
|
*Two samples removed after SNP calling due to possible hybridization
with a third unknown species.
┼ ADMIXTURE analyses to test past hybridization the
region are given in the Supplementary Figure S4.
|