mtDNA and YDNA lines in RF.

[evon]

Please wrap around them so people can watch the thread without having to scroll until retirement.

here is how you sort the RF matches(Note the design is a bit outdated, the "rules" are still the same though):
https://docs.google.com/document/pub?id=1axmHWQJVFnQxdnrLi1gMea0f31UT08DALGXr0Gv17O k&pli=1

You need to choose "open with" when you have uploaded the CSV file.

PS: You need to download them again as a txt document and copy from there into this forum as you cannot copy/paste direct from google docs.


My mtDNA lines:

[SPOILER]
H1 43
H 36
T2b 20
H3 16
T1a1 12
H5a1 12
J1c 11
V 9
H7 8
H2a5 8
U5b2b 7
U5a1b1 7
J1c3 7
H4a1a 7
U5a1 6
H2a2b1 6
U5b1b1 5
T2e 5
T2 5
J1b1a 5
H5 5
H1b 5
U5b2a2 4
U5b1b1a 4
U5a1a1 4
K1a10 4
J2a1a1b 4
I4 4
H6a1 4
H2a2a 4
H1c 4
H11 4
W3a 3
U8a1a 3
U5b2c 3
U5b2a1 3
U2e 3
T2c1 3
K1a4a1 3
J2a1a 3
J1c6 3
I2 3
I1a1 3
HV 3
H6a1b2 3
H4a1 3
H3g 3
H3a 3
H2a2 3
H1m 3
H1c2 3
H1c1 3
H13a1a 3
H10 3
X2b 2
W1a 2
W 2
V7a 2
V3 2
U5b1d 2
U5a2b 2
T2b6 2
T2b4 2
T2b2 2
T2a 2
L2c 2
K2b1a 2
K2a 2
K2 2
K1c2 2
K1a2a 2
K1a1 2
K1a 2
J2a1a1 2
J1c5a 2
J1c5 2
J1c3c 2
J1c2b 2
J1c2 2
J1c1b1 2
J1c1a 2
J1c1 2
I1b 2
HV0 2
H6a1a 2
H6 2
H5b 2
H5a 2
H3c 2
H1n 2
H1g 2
H1e2 2
H1c3 2
H1a3 2
H18 2
H16 2
H13a1a1a 2
H11a2 2
X2e2 1
X2c1 1
X2b4 1
X2 1
W5a 1
W4 1
W3 1
W1 1
V9a 1
V2b 1
V2 1
V1 1
U8b'K 1
U7 1
U6a 1
U5a1b 1
U5a1a 1
U4b1a3 1
U4b1a2 1
U4b1 1
U4b 1
U4a2b 1
U4a2a 1
U4a1a 1
U3b1 1
U2e1a 1
U1b 1
U1a1 1
T2g 1
T2f1 1
T2b5 1
T2b1 1
T2a1 1
T1a3 1
T1 1
P10 1
N1b1 1
N1a 1
L3e1e 1
L3d1-5 1
L3b1a 1
L2b1a 1
K2b 1
K2a2a 1
K1c1b 1
K1b2a 1
K1b1c 1
K1a3a1 1
K1a3a 1
K1a1b1 1
K1a11 1
K1 1
J2b1a3 1
J2b1a 1
J2a2a 1
J1c8 1
I3 1
I2a 1
HV9a 1
HV9 1
HV6 1
HV0c 1
H8 1
H7a 1
H6a1b 1
H6a1a1a 1
H6a 1
H5'36 1
H4a 1
H39 1
H2a2b 1
H2a1 1
H2a 1
H27 1
H23 1
H1e1a 1
H1e 1
H1a1 1
H1a 1
H17 1
H13 1
H10a1 1
G2a 1
F1a1c 1
D4e 1
C4 1
C1c 1
B4c1c1 1
B2 1
A2f1 1
A2 1


My YDNA lines:
I1* 40
R1a1a 35
R1b1b2a1a2f* 33
R1b1b2a1a1* 23
I1 23
R1a1a* 13
R1b1b2a1a1d* 11
R1b1b2a1a 10
R1b1b2a1a2 8
R1b1b2a1a2f2 6
R1b1b2a1a2f 6
R1b1b2a1a1 6
N1c1* 6
I2b1 6
E1b1b1a2* 6
R1b1b2a1a2d3* 5
R1b1b2a1a2d* 5
R1b1b2a1a1d1* 5
I2b1* 5
Q1a3 4
R1b1b2a1a2c 3
R1b1b2a 3
Q1a3* 3
J2a1b1* 3
J2 3
G2a 3
R1b1b2a1a2d3a 2
R1b1b2a1a1a 2
J2b2* 2
J1e 2
E1b1b1a 2
R1b1b2 1
O2b* 1
N1c1 1
N 1
J1 1
I2b2 1
I2a2 1
I2 1
G2a5 1
E1b1b1c1a 1
E1b1b1c1 1
E1b1a8a1* 1
E1b1a7a 1


Maternal Grandmother:

mtDNA lines:

H 46
H1 38
T2b 21
H3 20
T1a1 17
V 15
J1c 14
H4a1a 12
J1c3 11
H5a1 11
U5a1 9
H2a2 8
K1a4a1 7
I2 7
HV 7
H6a1 7
H1c 7
H1a1 7
U5a1a1 6
T2e 6
T2b2 6
H1b 6
X2b 5
U5a1b 5
J1c8 5
I1a1 5
H2a2b1 5
H2a2a 5
H1c1 5
W1 4
U5b2a1 4
U5b1b1a 4
U5b1b1 4
U5a1b1 4
U4b1 4
T2 4
K1a 4
I3 4
H6a1b 4
H1a 4
H16 4
H11a 4
W6 3
U8a1 3
T2f1 3
K2a 3
K1a1b1a 3
J2a1a1b 3
J1c1a 3
J1b1a 3
H9a 3
H5b 3
H4a 3
H1e1a 3
H1e 3
H1c2 3
H10 3
X2 2
W3a 2
V3 2
U8a1a 2
U5b2b 2
U5b2a2 2
U5b1b2 2
U5a2b 2
U4b 2
U4 2
U2e1 2
T2b6 2
T2b4 2
T2a1b 2
T2a1 2
T2a 2
T1a3 2
K2 2
K1a2a 2
J2b1b 2
J2a1a 2
J1c4 2
J1c3c 2
I4 2
H7a 2
H5a 2
H5'36 2
H5 2
H3a 2
H2a5 2
H2a3 2
H2a 2
H1m 2
H1e2 2
H1c3 2
H1a3 2
H13a1a1a 2
H10a1 2
G2a 2
Z1a 1
X2g 1
X2e2 1
X2b4 1
X 1
W5 1
W1e 1
W1c 1
W 1
V9 1
V2a1a 1
V2 1
V1 1
U8b'K 1
U7 1
U5b3b 1
U5b3 1
U5b2a 1
U5b2 1
U5b1e 1
U5b1c 1
U5b1 1
U5a2a 1
U5a2 1
U5a1a 1
U4c 1
U4a1 1
U3b1 1
U2e1a 1
U2e 1
T2b5 1
T2b1 1
T1b 1
T1a 1
T1 1
R1a1 1
N1b2 1
N1a 1
M38a 1
L3e2a1b1 1
L3d1-5 1
L2c2a 1
L1c2a2 1
L1b1a6 1
K2b1a 1
K2b 1
K2a6 1
K2a4 1
K2a2a 1
K1c1b 1
K1b1c 1
K1b1a1 1
K1a4d 1
K1a4a 1
K1a4 1
K1a3a1 1
K1a3a 1
K1a1b1 1
K1a11 1
K1a10 1
K1a1 1
J2b1 1
J2a2 1
J2a1a1 1
J1c7a 1
J1c6 1
J1c5a 1
J1c3b1 1
J1c3b 1
J1c2b 1
J1c2 1
J1c1 1
J1b 1
I5 1
HV1b2 1
HV0a 1
HV0 1
H7a1 1
H7 1
H6a1a 1
H3g 1
H36 1
H2a1 1
H23 1
H22 1
H2 1
H1n 1
H1g 1
H1f 1
H1e1 1
H15 1
H11a2 1
H11 1
D4j 1
D4i2 1
C1b2 1
B4c1c1 1
B2 1
A2 1


YDNA Linages:
I1* 48
R1a1a 40
R1b1b2a1a2f* 30
I1 28
R1b1b2a1a 20
R1b1b2a1a1* 18
R1a1a* 14
R1b1b2a1a2 12
R1b1b2a1a2d3* 11
R1b1b2a1a1d* 10
E1b1b1a2* 8
I2b1* 7
G2a 7
R1b1b2a1a2f 6
R1b1b2a1a2d3a 6
R1b1b2a1a1a 6
R1b1b2a1a1 6
J2 6
R1b1b2a1a2f2 5
N1c1* 5
I2b1 5
R1b1b2a1a2d* 4
R1b1b2a 3
J2b2* 3
J2a1b* 3
I2a2 3
R1b1b2a1a1d1a 2
R1b1b2a1a1d1* 2
Q1a3* 2
N1c1 2
J2a1e 2
I2a2b 2
T 1
R1b1b2a1a2c 1
R1b1b2 1
R1b1b1 1
Q1a3 1
O1a1* 1
J2a1b1* 1
J1e 1
I2b2 1
I2a2a 1
I2a1* 1
I2 1
G2c* 1
G2a3b2 1
E1b1b1b2a 1
E1b1b1a4 1
E1b1b1a 1
D1* 1


Maternal Uncle:

mtDNA linages:
H 43
H1 33
H3 20
T2b 17
H4a1a 13
V 12
T1a1 11
H5a1 10
J1c 9
H1c 9
U5b1b1a 7
U5a1 7
J1c3 7
H2a2a 7
H1a1 7
W1 6
H1a3 6
H1a 6
U5b2b 5
U5a1b1 5
U5a1a1 5
U4b1 5
T2e 5
J2a1a1b 5
I2 5
HV 5
H2a5 5
H1n 5
H1g 5
H1e1a 5
H11 5
U5b2a1 4
U5b1b1 4
U5a1b 4
K1a4a1 4
K1a 4
J1c1a 4
HV0 4
H6a1 4
H5 4
H2a2 4
X2b 3
U5b2c 3
U4 3
T2f1 3
T2b5 3
T2b4 3
T2b2 3
T2b1 3
T2 3
K2a 3
K1c2 3
K1a2a 3
J1c6 3
I3 3
I1a1 3
H7 3
H5'36 3
H4a 3
H16 3
G2a 3
W 2
V9 2
U7 2
U5b2a2 2
U5a1a 2
U4c 2
U3a1 2
U2e 2
T2g 2
N1a 2
K2a2a 2
K2 2
K1c1b 2
K1a1b1a 2
K1a10 2
J1d1 2
J1c8 2
J1c5a 2
J1c3b 2
J1c2c 2
J1c2b 2
J1c1 2
J1b1a 2
H9a 2
H6a1a 2
H5a 2
H2a1 2
H2a 2
H1m 2
H1e1 2
H1c3 2
H1c1 2
H1b 2
H13a1a1a 2
H13a1a 2
H11a2 2
X2e2 1
X2c1 1
X2b4 1
W6 1
W5a 1
W5 1
W3a 1
W3 1
W1a 1
V8 1
V3 1
U8b'K 1
U8a1a 1
U8a1 1
U6a 1
U5b3b 1
U5b3 1
U5b2a 1
U5b2 1
U5b1c 1
U5b1b2 1
U5a2a 1
U4b1a3 1
U4b1a2 1
U4a2 1
U4a1 1
U3b1 1
U2e1a 1
U2e1 1
U1a1 1
T2b6 1
T2a1b 1
T2a1 1
T1b 1
T1a3 1
T1a 1
R1a1 1
R1a 1
N9a2a'b 1
N1c 1
M5a 1
L3b1a 1
L2c2a 1
L2c 1
L1c3a1a 1
K2b 1
K2a4 1
K1b2a 1
K1b1c 1
K1b1a 1
K1a4a 1
K1a3a1 1
K1a3a 1
K1a1b1b 1
K1a1b1 1
K1a11 1
K1 1
J2a1a1 1
J2a1a 1
J1c4 1
J1c2 1
J1b1a2 1
I4 1
I2a 1
I1b 1
HV4a 1
HV1b2 1
H8 1
H7a1 1
H6a1b2 1
H6a1b 1
H4a1a1a 1
H4a1 1
H3a 1
H2a2b1 1
H2a2b 1
H22 1
H1f 1
H1e 1
H1a2 1
H18 1
H15 1
H11a 1
H10a1 1
H10 1
F1a1c 1
D4i2 1
C4 1
C1c 1
C1 1
A2 1


YDNA linages:

I1* 57
R1a1a 35
R1b1b2a1a2f* 27
I1 23
R1b1b2a1a1* 21
R1a1a* 18
R1b1b2a1a 15
R1b1b2a1a1d* 14
R1b1b2a1a2 11
R1b1b2a1a2f2 10
E1b1b1a2* 8
R1b1b2a1a1 7
R1b1b2a1a2f 6
R1b1b2a1a2d3* 6
R1b1b2a1a1a 6
I2b1* 6
G2a 6
R1b1b2a1a2d* 5
R1b1b2a1a1d1* 5
N1c1* 4
J2 4
R1b1b2a1a2d3a 3
R1b1b2a1a2c 3
J2b2* 2
J2a1b* 2
I2b1 2
R1b1b2a1a2d 1
R1b1b2a1a1d1a 1
R1b1b2a 1
Q1a3a 1
N1c1 1
J2b* 1
J1e 1
J1 1
I2b2 1
I2a2 1
G2a3b2 1
G2a3a1 1
E1b1a8a1* 1
E1a 1


Paternal Aunt:

mtDNA linages:
H1 43
H 43
T2b 23
H3 14
V 13
H1b 12
J1c 11
T1a1 9
H5a1 9
H1c 9
U5b2b 8
H1a3 8
H1a 8
U5a1 7
J1c3 7
H7 7
U5b1b1a 6
U5a1b1 6
H5a 6
H2a5 6
H1m 6
U2e1 5
K2a 5
K1c2 5
J2a1a 5
U5b2a2 4
U5b2a1 4
U5a1a1 4
T2f1 4
J1b1a 4
H4a1a 4
H4a1 4
H1e1a 4
H1c1 4
H13a1a1a 4
H11a2 4
H11 4
W3a 3
U3a1 3
K1a10 3
J2a1a1b 3
I2 3
HV0 3
HV 3
H6a1 3
H5 3
H2a2b1 3
H2a2a 3
H2a1 3
H1n 3
H1a1 3
H10 3
X2b4 2
W 2
V3 2
V1a 2
U6a1b 2
U5b2a 2
U5b1b1a1 2
U5a2b 2
U5a2a 2
U4a1a 2
T2b5 2
T2b1 2
T2 2
T1a3 2
T1 2
K1b2a 2
K1a4a1 2
K1a1b1 2
K1 2
J2b1a 2
J1c8 2
J1c3b1 2
J1c2 2
I2a 2
H7a 2
H6a1b 2
H4a 2
H3a 2
H2a2 2
H1g 2
H1e 2
H1c3 2
H16 2
D1 2
A2f1 2
Z1a 1
X2b 1
X2 1
W5a 1
W5 1
W4 1
W1c 1
W1 1
V7a 1
U7 1
U5b1e 1
U5b1c 1
U5b1b1 1
U5b1 1
U5a2c 1
U5a1b 1
U5 1
U4b1 1
U4a1 1
U4a 1
U4 1
U3b1 1
U2e1a 1
U2e 1
U1b 1
U1a1 1
T2g 1
T2b6 1
T2b3 1
T2a1b 1
T2a1 1
T2a 1
R1a 1
P10 1
N1b1 1
N1a 1
L3e3a 1
L3e2b 1
L3e1e 1
L2c 1
L1c3c 1
K2a3 1
K2 1
K1b1a 1
K1a3a 1
K1a1 1
K1a 1
J2b1a3 1
J2b1a2 1
J2b1 1
J2a2 1
J1c5 1
J1c4 1
J1c3b 1
J1c1b1a 1
J1c1 1
J1b1a2 1
I4 1
I1b 1
I1a1 1
HV9 1
HV6 1
HV0c 1
HV0a 1
H6a1b2 1
H6a1a 1
H6a 1
H6 1
H5'36 1
H3g 1
H3c 1
H2a2b 1
H2a 1
H23 1
H1c2 1
H18 1
H15a 1
H15 1
H13 1
H11a 1
H10a1 1
H10a 1
C4 1
C1b2 1
B2a1 1
B2 1
A2h 1
A2 1


YDNA linages:
R1b1b2a1a2f* 42
I1* 39
R1a1a 34
R1b1b2a1a1* 26
R1b1b2a1a 17
I1 17
R1a1a* 11
R1b1b2a1a2d3* 9
R1b1b2a1a2d* 9
R1b1b2a1a1d* 9
I2b1 8
R1b1b2a1a2f 7
R1b1b2a1a1 7
N1c1* 7
J1e 7
R1b1b2a1a2f2 6
R1b1b2a1a2 6
R1b1b2a1a1a 6
R1b1b2a1a2d3a 5
R1b1b2a1a1d1* 4
I2b1* 4
E1b1b1c1a 4
R1b1b2a1a2c 3
Q1a3* 3
J2a1b1* 3
G2a 3
E1b1b1a2* 3
R1b1b2a 2
J2b2* 2
J2 2
G2a3b2 2
E1b1b1c1 2
T 1
R1b1b2a1a2* 1
R1b1b2a1 1
Q1a3a* 1
Q1a3 1
N1c1 1
J1 1
J 1
I2 1
G2a5 1
E1b1a8a 1
E1b1a7a3a 1
E1b1a7a 1


Here is a good site to look at "origin" of various mtDNA linages:
http://www.ianlogan.co.uk/sequences_by_group/haplogroup_select.htm

Here is a simple one for YDNA linages:
http://en.wikipedia.org/wiki/Human_Y-chromosome_DNA_haplogroup

Its very easy to see ancestral patterns if you look at the top mtDNA and YDNA linages, looking at my aunt versus my uncle you can see how she who is more western oriented have highest R1b-L21* while my uncle have highest I1*...

[Graham]

Your top Ydna matches would fit in perfect for Western Norway.

mtDNA, need to learn more on it. It's very sporadic. I prefer patterns, probably why.

[evon]

H1 is typical of far northern Europe, so they all fit as such, what i find interesting is the differences in variation, my grandmother has a pull towards Balkan in her YDNA, my Aunt towards Western Europe, its all so clear when you look and compare the frequencies..

[Graham]

MtDNA
62 H
61 H1
40 T2b
39 H3
23 V
19 H5a1
17 J1c
16 U5a1a1
13 H1c
12 U5b2a2
12 J1b1a
12 H10
11 U5a1b1
11 J1c1
11 I2
11 H1c1
10 H1a1

yDNA
87 R1b1b2a1a2f*
46 R1b1b2a1a2f
34 R1b1b2a1a
29 R1b1b2a1a1*
28 I1*
24 R1b1b2a1a2f2
23 I1
21 R1a1a
20 R1b1b2a1a1
19 R1b1b2a1a2d*
19 R1b1b2a1a1d*
16 I2b1
14 R1b1b2a1a2d3*
12 R1b1b2a1a2
12 R1a1a*
10 R1b1b2a1a1d1*

[evon]

Is that all of them? if so you have a very homogeneous looking ancestry my friend...

[Graham]

No I only went up to 10. One sec..
Have too many American cousins.
Ydna

R1b1b2a1a2f* 87
R1b1b2a1a2f 46
R1b1b2a1a 34
R1b1b2a1a1* 29
I1* 28
R1b1b2a1a2f2 24
I1 23
R1a1a 21
R1b1b2a1a1 20
R1b1b2a1a2d* 19
R1b1b2a1a1d* 19
I2b1 16
R1b1b2a1a2d3* 14
R1b1b2a1a2 12
R1a1a* 12
R1b1b2a1a1d1* 10
E1b1b1a2* 9
G2a 8
J2 6
I2b1* 6
R1b1b2a1a2c 5
J1e 5
R1b1b2a1a2d3a 4
R1b1b2a1a1a 4
I2b2 4
R1b1b2a 3
Q1a3 3
J2b2* 3
I2a2 3
I2a1* 3
I2a 3
R1b1b2a1a2d 2
R1b1b2a1a2* 2
J2a1b* 2
I2a2b 2
G2a5 2
E1b1b1c1 2
E1b1b1b2a 2
E1b1b1a 2
R2 1
R1b1b2a1a1d1a 1
R1b1b2a1 1
R1b1b2 1
J2a1b1* 1
J 1
I2a2a 1
G2c* 1
G2a3a1 1
E1b1b1c1a 1
E1b1b1 1
E1b1a7a 1
E1b1a 1
E1b1 1
C 1
B1a 1
MtDNA
H 62
H1 61
T2b 40
H3 39
V 23
H5a1 19
J1c 17
U5a1a1 16
H1c 13
U5b2a2 12
J1b1a 12
H10 12
U5a1b1 11
J1c1 11
I2 11
H1c1 11
H1a1 10
U5a2b 9
K1a4a1 9
H2a2 9
U5a1 8
U3a1 8
U2e1 8
K1a10 8
J2a1a1b 8
H4a1a 8
H2a1 8
H1b 8
U5b2b 7
T2e 7
T2b5 7
T1a1 7
HV 7
H7 7
H6a1 7
H1a3 7
H1a 7
I1a1 6
H5'36 6
H1n 6
H1c2 6
W1 5
U5b2a1 5
U5b2a 5
U5b1 5
T2b3 5
H5a 5
H5 5
H3a 5
H2a2b1 5
H18 5
H11a2 5
V2 4
U5b2 4
U4b1a2 4
L1b1a 4
K1a2a 4
J1c3 4
J1c2b 4
I2a 4
HV0 4
H5b 4
H4a 4
H1e1a 4
W5 3
W1c 3
W 3
V3 3
V1 3
U5a2 3
U5a1a 3
U4b1 3
U2e1a 3
T2f1 3
R1a 3
L3e3b 3
K1c2 3
K1b2a 3
K1a1b1a 3
K1a1b1 3
K1a12 3
K1a1 3
K1 3
J1c5 3
J1c3b1 3
J1c3b 3
J1c2 3
I4 3
H7a1 3
H7a 3
H6a1b 3
H4a1 3
H3g 3
H3c 3
H27 3
H1m 3
H1g 3
H13a1a1a 3
H11a 3
A2 3
X2b 2
X2 2
W6 2
U6a3 2
U5b3 2
U5b2c 2
U5b1d 2
U5b1c 2
U5b1b1a 2
U5b1b1 2
U5a2c 2
U5a2a 2
U5a1b 2
U4b1b 2
U4a3 2
U4a1b 2
U4 2
U2e 2
T2c1 2
T2b2 2
T2a1 2
T2 2
T1a1b 2
T1 2
R0a 2
N1a1 2
L2b1a3 2
L2a1c2 2
K2b 2
K2a6 2
K2a 2
K1c1 2
K1a4d 2
K1a4 2
K1a 2
J2b1a1 2
J2b1a 2
J2a1a 2
J1c8 2
J1c5a 2
J1c4 2
J1c1a 2
H6a1b2 2
H2a2a 2
H23 2
H1e2 2
H1e 2
H16 2
H13a2 2
H13a1a 2
C4 2
C1c 2
X2d 1
X2c1a 1
X2c1 1
W3a 1
W1a 1
V9a 1
V8 1
V7a 1
V6 1
V1a 1
U8a1a 1
U8a 1
U7 1
U6a7 1
U6a 1
U5b3b 1
U5b1b2 1
U5b 1
U5a2d 1
U4b1a3 1
U4b 1
U4a1a 1
U3b 1
U1a1 1
T2b6 1
T2a1a 1
T2a 1
N1d 1
N1b2 1
M23 1
M1b1 1
M1a1a 1
L3f1b1 1
L3e2b 1
L3e1a1a 1
L3b 1
L2b2 1
L2a1a 1
L0a1a 1
K2a3 1
K2a2a 1
K2 1
K1c1b 1
K1b1a1 1
K1a9 1
K1a4b1 1
K1a3a 1
K1a1b1b 1
K1a11 1
J2b1b 1
J1d 1
J1c7a 1
J1c3c 1
J1c3a 1
J1c1b1a 1
J1b1b1 1
J1b1a2 1
I5a 1
I1b 1
H9a 1
H6a1a 1
H6 1
H4a2 1
H4 1
H2a2b 1
H1c3 1
H17 1
H14a 1
H11 1
H10a1 1
F1a'c 1
D1 1
B4c1b2 1
B4c1b 1
B4a1c3a 1
B4a1a1a 1
B2b 1
B2 1

[Jackson]

Ill add mine on here when i can...although it says 'Error loading results'

[Graham]

A few known Scots on my list(there's only a few I know) have Haplogroup mtDNA U5*, I noticed.

[Mazik]

Y-DNA


I1* 67
R1a1a 36
R1b1b2a1a 26
R1b1b2a1a1* 23
N1c1* 23
I1 21
R1b1b2a1a2f* 17
R1a1a* 14
R1b1b2a1a2d3* 10
R1b1b2a1a1d* 7
N1c1 6
R1b1b2a1a2f 5
R1b1b2a1a1 5
R1b1b2a1a2f2 4
R1b1b2a1a2d* 4
R1b1b2a1a2 4
I2b1 4
G2a 3
R1b1b2a1a2c 2
R1b1b2a1a1d1a 2
J2b2* 2
J2a1b* 2
J2 2
J1e 2
G2c* 2
E1b1b1a2* 2
T 1
R1b1b2a1a2d3a 1
R1b1b2a1a1d1* 1
R1b1b2a* 1
R1b1b2a 1
R1b1b2 1
Q1a3a* 1
Q1a3* 1
N 1
J2a1e 1
I2a2a 1
I2a1* 1
H1a* 1
G2a5 1
G2a3b2 1
E1b1b1b2a 1
E1b1b1a 1
0
Totalsumma 312



MtDNA


H1 34
H 34
T2b 20
H3 17
H2a1 10
H1b 9
U5a1b1 8
H5a1 8
H1c 8
V 7
U5b1b1a1 7
T2f1 7
J1c 7
H1a 7
U5a1a1 6
T1a1 6
J1c3 6
J1b1a 6
H6a1 6
U5b1b1a 5
U3a1 5
U1a1 5
T2 5
HV0 5
H5 5
H3g 5
H1f 5
X2c1 4
X2b 4
W1 4
U5b1b2 4
U5a2a 4
I4 4
H7 4
H1a2 4
H1a1 4
Z1a 3
W 3
V8 3
V1a1 3
U8a1a 3
U5b2b 3
U4d1 3
U4c1 3
T2c1 3
T2b4 3
T2a1 3
K1c1 3
K1b2a 3
K1 3
J1c8 3
J1c5 3
I2 3
HV 3
H7a 3
H6a1b2 3
H6 3
H5a 3
H2a2a 3
H2a2 3
H1m 3
H1c1 3
H1a3 3
H11 3
H10 3
V2a1 2
U5b2a1 2
U5b2 2
U5a2c 2
U5a2b 2
U5a 2
U4b1a2 2
U4a2b 2
T1a3 2
M1a 2
K2b 2
K1c2 2
K1b1a1 2
K1a4a1 2
K1a1b1 2
K1a 2
J2a1a1b 2
J2a1a 2
J1c3b 2
J1c2 2
J1c1 2
J1b1a2 2
H6a1b 2
H5b 2
H4a1a 2
H4a1 2
H39 2
H2a2b1 2
H28 2
H1e1 2
H17 2
H16 2
H13a2 2
H13a1a 2
H11a 2
D4c1a 2
D1 2
Z1a1 1
W6 1
W3a 1
W1c 1
W1b 1
W1a 1
V7a 1
V3 1
V2a1a 1
V2 1
U8b'K 1
U5b3 1
U5b2c 1
U5b2a2 1
U5b1c 1
U5b1 1
U5a1b 1
U5a1a 1
U5a1 1
U4a1b 1
U4a1 1
U4 1
U3b 1
U2e1 1
T2c 1
T1a1b 1
T1a 1
T1 1
R0a2 1
R0a1a 1
N1a1 1
L4b2 1
L3e1 1
L2a1a 1
K2b1 1
K2a6 1
K2a 1
K1c1b 1
K1b1b 1
K1a4d 1
K1a3a1 1
K1a3a 1
K1a1b1b 1
K1a1b1a 1
K1a1 1
J2b1b 1
J2b1 1
J2a2 1
J2a1a1 1
J1d 1
J1c7a 1
J1c2c 1
J1c2b 1
J1c1b1a 1
J1b1a1 1
I5a 1
I3 1
HV5 1
H8 1
H6a 1
H4a1a1a 1
H4a 1
H3c 1
H3a 1
H2a3 1
H2a1a 1
H24 1
H23 1
H20 1
H1n 1
H1k 1
H1g 1
H1e2 1
H1e 1
H1c3 1
H1c2 1
H18 1
H15 1
H14 1
H13a1a1a 1
H11a2 1
H10a 1
D5a2d1 1
C1 1

Totalsumma 534


Grandfather

Y-DNA


I1* 79
N1c1* 39
R1a1a 36
I1 31
R1b1b2a1a2f* 28
R1b1b2a1a 20
R1b1b2a1a1* 19
R1a1a* 17
R1b1b2a1a2f2 13
R1b1b2a1a2d3* 12
N1c1 9
R1b1b2a1a1d* 8
I2b1 8
E1b1b1a2* 7
R1b1b2a1a1 6
I2b1* 6
R1b1b2a1a2f 5
R1b1b2a1a2d* 5
R1b1b2a1a2 5
Q1a3* 5
I2a2b 5
G2a 4
R1b1b2a1a1a 3
N 3
J2b2* 3
J2 3
I2a2 3
R1b1b2a1a2c 2
R1b1b2 2
J2a1b* 2
I2a1* 2
E1b1b1c1a 2
T 1
R2 1
R1b1b2a1a1d1a 1
R1b1b2a1a1d1* 1
R1b1b2a 1
Q1b 1
Q1a3a* 1
Q 1
J2b1 1
J2a1e 1
J2a1b1* 1
J1e 1
I2a2a 1
I2 1
H1a* 1
G2c* 1
E1b1b1c1 1
E1b1b1a4 1
E1b1b1 1
E1b1a8a 1
E1a 1
0
Grand Total 413


MtDNA


H1 49
H 36
T2b 34
V 15
J1c 14
H3 14
H1c 14
H5a1 13
H1a 13
U5a1b1 12
H2a1 12
U5b1b1a 11
U5a2a 10
H1f 9
U5b1b2 8
J1b1a 8
HV0 8
H5 8
X2c1 7
T2f1 7
T2e 7
H7 7
H6a1 7
H2a2 7
H1b 7
U5b1b1a1 6
U5a1a1 6
U5a1 6
U1a1 6
W 5
U8a1a 5
T1a1 5
K1a4a1 5
K1a10 5
K1 5
J2a1a1b 5
J1c3 5
Z1a 4
V1a 4
K1c1 4
K1a 4
I2 4
H7a 4
H39 4
H1e 4
H11 4
H10 4
Z1a1 3
X2b 3
V7a 3
U5b2b 3
U5b2a1 3
U4d1 3
U4c1 3
U4a1b 3
U3a1 3
J2a1a 3
J1c7a 3
J1c2 3
H2a2a 3
H2a 3
H1n 3
H1c1 3
H1a2 3
W5a 2
V8 2
V3 2
V2a1a 2
V1a1 2
U5b2a2 2
U5b1b1 2
U5a2c 2
U5a 2
T2c1 2
T2b4 2
T2b2 2
T2a1a 2
T1a1b 2
M1a 2
K2b1a 2
K2a 2
K1a9 2
K1a1b1a 2
J2b1a 2
J2a1a1 2
J1c8 2
J1c3b 2
J1c2c 2
J1c1b1a 2
J1c1 2
H6a1b2 2
H6a1b 2
H6a 2
H5a 2
H4a1a 2
H36 2
H2a5 2
H2a3 2
H2a2b1 2
H2a1a 2
H28 2
H24 2
H1c2 2
H16 2
H13a1a1a 2
H11a 2
D4c1a 2
X2 1
W6 1
W3a 1
W1e 1
W1b 1
V5 1
V2a1 1
V1 1
U8b'K 1
U8b 1
U5b3 1
U5b1e 1
U5b1c 1
U5b1 1
U5a2b 1
U5a2 1
U5a1b 1
U5a1a 1
U4c 1
U4b1a2 1
U4b1 1
U4a2 1
U4a 1
U3b1 1
U2e1a 1
U2e1 1
U1b 1
T2d 1
T2c 1
T2b3 1
T2b1 1
T2a1 1
T2a 1
T2 1
T1a3 1
T1 1
N1b2 1
N1a1 1
N1a 1
M35a1 1
L3e2a 1
L3e1 1
L3d1a1a 1
L2a1 1
K2b 1
K2a6 1
K1c1b 1
K1b2a 1
K1b2 1
K1b1a1 1
K1b1a 1
K1a4a 1
K1a3a 1
K1a2 1
K1a1b1 1
K1a12 1
J1c5a 1
J1c5 1
J1c4 1
J1c3c 1
J1c2b 1
J1b1a1 1
I4 1
I3 1
I2a 1
I1a1 1
HV6 1
HV5 1
HV1b2 1
HV1 1
HV0c 1
HV0a 1
HV 1
H7a1 1
H4a1 1
H3g 1
H3a 1
H2b 1
H27 1
H1m 1
H1e1 1
H18 1
H15a 1
H13a2 1
H13a1a 1
H10a 1
G2a 1
D4g1 1
C5 1
C1c 1
C1b2 1
C1 1
Grand Total 670


Our northern ancestry gives us more N1c1 and N1c1* than other Scandinavians.

This is the % the different Y-dna haplogroups make up of our 23andme cousins

Me:

I1/I1* - 28.2% including I2 - 30.11%
R1a - 16%
R1b - 38.14%
N1c1/N1c1* - 9.29%
Rest - 8.33%

grandpa:

I1/I1* - 26.6% including I2 - 32.89%
R1a - 12.83%
N1c1/N1c1* - 11.6%
R1b - 31.7%
Rest - 17.2%

[Jackson]

Here's mine, will do for other family members later on:
Y-DNA
C3 1
E1a2 1
E1b1a7a 2
E1b1a8a1* 1
E1b1a8a1a 2
E1b1b1a 6
E1b1b1a2* 13
E1b1b1b2a 1
E1b1b1c1 1
E1b1b1c1a 1
F 2
G2a 5
G2a5 4
I1 13
I1* 35
I2 3
I2a 1
I2a1* 1
I2a2 1
I2a2a 1
I2a2b 1
I2b1 8
I2b1* 8
I2b1c 1
I2b2 2
J1 2
J1e 1
J2 4
L2a 1
Q1a3 1
Q1a3* 1
Q1a3a 1
R1a1a 20
R1a1a* 8
R1b1b2a 2
R1b1b2a* 1
R1b1b2a1 4
R1b1b2a1a 28
R1b1b2a1a1 8
R1b1b2a1a1* 34
R1b1b2a1a1a 1
R1b1b2a1a1d* 16
R1b1b2a1a1d1* 6
R1b1b2a1a2 12
R1b1b2a1a2* 1
R1b1b2a1a2c 8
R1b1b2a1a2d 1
R1b1b2a1a2d* 9
R1b1b2a1a2d3* 13
R1b1b2a1a2d3a 7
R1b1b2a1a2f 19
R1b1b2a1a2f* 54
R1b1b2a1a2f2 16
T 1


MT-DNA:
A2 2
A4a1 1
B2 3
B2b 1
D4j 1
F2a 1
G2a 1
H 45
H1 36
H10 11
H10a1 1
H11 6
H11a 4
H11a2 2
H13 1
H13a1 1
H13a1a 4
H13a1a1a 1
H13a2 1
H14 3
H15b 2
H16 3
H17 4
H18 1
H1a 3
H1a1 4
H1a3 4
H1b 5
H1c 8
H1c1 11
H1c2 4
H1e 2
H1e1 2
H1e1a 4
H1e2 1
H1g 6
H1k 1
H1n 2
H2 1
H20a 1
H23 3
H24 1
H2a1 6
H2a2 7
H2a2a 4
H2a2b1 1
H2a3 3
H2a5 2
H3 27
H34 1
H38 1
H39 3
H3a 1
H3c 1
H3g 1
H4a1 2
H4a1a 5
H4a2 1
H5 7
H5'36 2
H5a 3
H5a1 21
H5b 3
H6 2
H6a1 4
H6a1a 3
H6a1b 2
H6a1b2 3
H7 8
H7a 3
H8 1
HV 2
HV0 5
HV8 1
HV9a 1
I1 2
I1a1 2
I1b 1
I2 5
I2a 2
I3 1
I4 3
I5 1
I5a 1
J1b1a 6
J1b1a1 2
J1b1a2 6
J1c 19
J1c1 3
J1c2 3
J1c2b 2
J1c2c 2
J1c3 8
J1c3a 2
J1c3b 2
J1c3b1 1
J1c3c 2
J1c4 2
J1c5 1
J1c5a 1
J1c6 1
J1c8 2
J2a1a 3
J2a1a1 3
J2a1a1b 1
J2b1a 4
J2b1b 2
K1 2
K1a 6
K1a1 6
K1a1b1b 3
K1a2a 1
K1a3a 4
K1a3a1 1
K1a4 1
K1a4a1 9
K1a4d 1
K1a9 1
K1b1a1 1
K1b2a 1
K1b2b 1
K1c1 1
K1c2 5
K2a 5
K2a4 1
K2a6 3
K2b1 3
K2b1a 2
L0a1b1 1
L1b1a 2
L1b1a1'4 1
L1c1'2'4'6 1
L1c1d 1
L1c2a1b 1
L2a1 1
L2a1a 1
L2a1a2 1
L2a1c 1
L2c 2
L3b 1
L3b1a 1
L3b1a1 1
L3d1c 1
L3e1a1a 1
L3e2a 1
L3e2a1b1 1
L3e2b1a 1
L3e3b 1
L3e4 1
L3f1b4a 1
L3f2b 1
L4b 1
M1a3b 1
M4a 1
N1b1 1
N1b2 1
T1a1 12
T1a1b 1
T2 7
T2a 2
T2a1 3
T2a1a 5
T2a1b 2
T2b 20
T2b1 1
T2b2 4
T2b3 1
T2b5 3
T2b6 3
T2c 1
T2c1 1
T2d 1
T2e 1
T2f 1
T2f1 3
U1a 1
U2e 3
U2e1 2
U2e1a 1
U3a1 3
U4 1
U4a1b 1
U4a2 4
U4b1b 1
U4c 1
U4c1 1
U4d 1
U5a1 2
U5a1a1 13
U5a1b1 4
U5a2 4
U5a2a 4
U5a2b 2
U5a2c 1
U5b1b1 2
U5b1c 1
U5b2a 2
U5b2a1 5
U5b2a2 3
U5b2b 4
U5b2c 3
U5b3b 1
U8a1a 1
V 13
V1 1
V1a 1
V1a1 1
V2 4
V3 1
V7 2
V9 2
W 1
W1 3
W5 3
W5a 3
X2 2
X2b 4
X2b4 1
X2c1 1


Did a break-down of the Y-DNA. I separated the U152 from the main P312 group. P312 includes all P312 including R1b-L21 but not U152.

My R1b-U106 and R1a1a are above average, my P312 and I1 below average, which sort of agrees with admixture results, and E and G and things are a bit above average too. R1b-U152 is slightly above average too i think. Wil be interesting to see how the breakdown of my other family compares:

R1b-U106: 24.74%
R1b-P312 sans U152: 28.06%
R1b-U152: 7.65%
I1: 12.24%
R1a1a: 7.14%
I2b1: 4.08%
E-M78: 4.84%
G2a: 2.29%
Others: 8.92%

[Jackson]

Also note i deleted close relatives (ones i've tested) from the spreadsheet.

[Jackson]

East England -- 172 samples
L21 = 12.8%
U106 = 25.6%
U152 = 8.1%
P312 (non L21/ non U152) = 17.4%

My make-up of R1b matches that pretty well, although i will split it up into L21 as well soon, as i think i have a bit more L21 than this sample, which makes sense.

[Jackson]

My Father:

Y-DNA:
E1a2 1
E1b1a1 1
E1b1a7a 4
E1b1b1a 5
E1b1b1a2* 11
E1b1b1b2a 2
E1b1b1c1a 1
G2a 5
G2a3a1 3
I1 14
I1* 39
I2 4
I2a 2
I2a1* 2
I2a2 2
I2a2b 5
I2b1 5
I2b1* 5
I2b1c 1
I2b2 2
J1e 3
J2 1
J2a1b* 1
J2a1b1* 1
J2b2* 3
L1 1
Q1a3* 2
R1a* 1
R1a1a 19
R1a1a* 3
R1b1b2a 3
R1b1b2a1 3
R1b1b2a1a 39
R1b1b2a1a1 9
R1b1b2a1a1* 34
R1b1b2a1a1a 4
R1b1b2a1a1d* 20
R1b1b2a1a1d1* 5
R1b1b2a1a2 14
R1b1b2a1a2* 1
R1b1b2a1a2c 8
R1b1b2a1a2d 1
R1b1b2a1a2d* 15
R1b1b2a1a2d3* 17
R1b1b2a1a2d3a 7
R1b1b2a1a2f 14
R1b1b2a1a2f* 71
R1b1b2a1a2f2 24
T 4


MT-DNA:
A2 3
B2 1
B2b 1
B5a1 1
B5a1a 1
C1c 1
C4 1
D5c1 1
F2a 1
G1a1 1
H 46
H1 41
H10 8
H11 7
H11a 3
H11a1 1
H11a2 4
H13 1
H13a1a 3
H13a1a1a 4
H14 3
H16 3
H17 4
H1a 6
H1a1 8
H1a3 6
H1b 5
H1c 14
H1c1 9
H1c2 1
H1e 2
H1e1 1
H1e1a 6
H1e2 2
H1g 5
H1k 1
H20a 1
H23 3
H24 5
H2a 1
H2a1 6
H2a1a 1
H2a2 7
H2a2a 5
H2a2b1 1
H2a3 2
H2a5 4
H3 27
H34 1
H39 1
H3a 2
H3c 3
H4a 2
H4a1 2
H4a1a 4
H4a2 1
H5 5
H5'36 2
H5a 4
H5a1 24
H5b 2
H6 4
H6a 1
H6a1 6
H6a1a 4
H6a1b 3
H6a1b2 6
H7 7
H7a 3
H7a1 1
H8 1
HV 3
HV0 5
HV8 1
I1 1
I1a1 7
I1b 1
I2 5
I2a 2
I3 4
I4 4
I5 1
I5a 1
J1b1a 7
J1b1a1 2
J1b1a2 8
J1c 15
J1c1 4
J1c1a 1
J1c1b1 1
J1c2 3
J1c2b 2
J1c2c 2
J1c3 11
J1c3a 2
J1c3b 4
J1c4 2
J1c5 2
J1c5a 2
J1c6 1
J1c8 2
J2a1a 4
J2a1a1 5
J2a1a1b 1
J2b1 1
J2b1a 3
J2b1a1 1
J2b1b 3
K1 5
K1a 6
K1a1 3
K1a11 1
K1a1b 1
K1a1b1a 1
K1a1b1b 3
K1a2a 1
K1a3a 6
K1a3a1 2
K1a4 1
K1a4a1 21
K1a4d 2
K1b 1
K1b1a1 1
K1b2 1
K1b2a 2
K1c1b 2
K1c2 7
K2a 7
K2a4 1
K2a6 3
K2b1 1
K2b1a 2
L0d1b 1
L1b1a 3
L1b1a1'4 1
L1c1'2'4'6 1
L1c1b 1
L2a1 2
L2a1a 2
L2a1h 1
L2b 1
L2c 1
L2e 1
L3b 1
L3b1a 1
L3b1a1 1
L3d1c 1
L3e1a1a 1
L3e2a1b1 1
L3e2b1a 1
L3e4 1
L3f1b1 1
L3f1b4a 1
L3f2b 1
M1'51 1
M1a 1
M1a1a 1
M1a3b 1
M2b1 1
M54b 1
N1a1 1
N1a1a 1
N1b1 1
N1b1b 2
N2a 1
R0a 1
T1 1
T1a1 8
T1a1b 3
T1b 1
T2 6
T2a 5
T2a1 3
T2a1a 4
T2a1b 3
T2b 26
T2b1 1
T2b2 3
T2b3 1
T2b5 3
T2b6 5
T2c 1
T2d 1
T2e 2
T2f 1
T2f1 3
U2e 6
U2e1 3
U2e1a 3
U3a1 7
U4a1b 2
U4a2 1
U4a3 1
U4b1 2
U4b1a2 3
U4b1b 1
U4c 1
U4c1 2
U4d 1
U5a 1
U5a1 3
U5a1a1 10
U5a1b 3
U5a1b1 10
U5a2 2
U5a2a 5
U5a2b 1
U5a2c 1
U5b1 2
U5b1b1a 1
U5b1c 1
U5b2a 1
U5b2a1 5
U5b2a2 5
U5b2b 5
U5b2c 1
U6a1b 1
U6a7 1
U8a1 1
U8a1a 1
U8b'K 1
V 16
V1 1
V1a 3
V2 3
V3 4
V6 1
V7 1
W 1
W1 2
W3a 1
W4 1
W5 2
W5a 2
X2 2
X2b 3
X2b3 1
X2b4 1
X2c1 6
X2c1a 1
X2g 1


Y-DNA Breakdown:

R1b-U106: 25.45%
R1b-U152: 9.17%
R1b-P312 sans U152, L21: 5.27%
R1b-L21: 25%
I1: 12.15%
I2b1: 2.52%
R1a1a: 5.27%
G2a: 1.83%
E-M78: 3.66%
Others: 9.63%

[Jackson]

My Paternal Grandfather:

Y-DNA:
A 1
A1a 1
C3 1
E1b1a1 1
E1b1a7a 5
E1b1a8a1* 1
E1b1b1 2
E1b1b1a 5
E1b1b1a2* 2
E1b1b1a4 1
E1b1b1c1 1
E1b1b1c1a 1
G2a 5
G2a3a1 3
G2a4 1
G2a5 1
G2c* 1
I1 8
I1* 30
I2 1
I2a1* 3
I2b1 8
I2b1* 7
I2b2 8
J1 1
J1e 2
J2 1
J2a1b* 1
J2a1b1* 2
J2b2* 3
N1c1 2
N1c1* 2
Q1a3 1
Q1a3* 2
Q1a3a 1
R1a1a 14
R1a1a* 5
R1b1b2 1
R1b1b2a 1
R1b1b2a1 2
R1b1b2a1a 34
R1b1b2a1a1 11
R1b1b2a1a1* 22
R1b1b2a1a1a 4
R1b1b2a1a1d* 10
R1b1b2a1a1d1* 4
R1b1b2a1a1d1a 1
R1b1b2a1a2 12
R1b1b2a1a2c 9
R1b1b2a1a2d* 7
R1b1b2a1a2d3* 13
R1b1b2a1a2d3a 3
R1b1b2a1a2f 12
R1b1b2a1a2f* 52
R1b1b2a1a2f2 16
T 1


MT-DNA:
A2 2
A2d 1
B2 2
B4a1a 1
B4c1b2 1
B5a1 1
C1c 2
D5c1 1
G1a1 1
H 51
H1 46
H10 6
H11 2
H11a 1
H11a2 6
H13 1
H13a1 1
H13a1a1a 2
H14 3
H15 1
H15b 1
H16 3
H17 2
H1a 2
H1a1 4
H1a3 2
H1b 4
H1c 9
H1c1 6
H1c2 1
H1c3 3
H1e 1
H1e1 3
H1e1a 6
H1g 5
H1m 1
H1n 2
H20a 1
H23 2
H24 1
H2a 1
H2a1 4
H2a1a 1
H2a2 5
H2a2a 3
H2a2b1 1
H2a3 2
H2a5 1
H3 18
H36 1
H39 1
H3a 1
H4a 2
H4a1 1
H4a1a 3
H5 3
H5'36 2
H5a 3
H5a1 20
H6 3
H6a1 1
H6a1a 4
H6a1b 3
H6a1b2 1
H6b 1
H7 7
H7a 1
H8 1
HV 2
HV0 3
HV4a 1
HV6 1
HV8 1
I 2
I1 2
I1a1 4
I2 9
I2a 1
I3 4
I4 2
I5a 1
I5a1 1
J1b1a 10
J1b1a2 6
J1c 8
J1c1 5
J1c1a 3
J1c1b1 1
J1c2b 1
J1c2c 3
J1c3 12
J1c3b 2
J1c3c 1
J1c4 1
J1c5 1
J1c8 2
J2a1a 2
J2a1a1 1
J2a1a1b 4
J2b1 1
J2b1a 1
J2b1a1 1
K1 3
K1a 5
K1a1 6
K1a10 1
K1a11 1
K1a1b 1
K1a1b1 1
K1a1b1a 2
K1a1b2a 3
K1a2 1
K1a2a 1
K1a3a 4
K1a4a1 18
K1b1a1 1
K1b2a 2
K1c1 2
K1c2 3
K2a 10
K2a3 1
K2a6 1
K2b1 3
L0a1b 1
L0d1b 1
L1b1a 1
L1c1b 1
L1c1d 1
L1c2b1 1
L2a1 1
L2a1a 2
L2a1a1 1
L2a1h 1
L2b1a3 1
L2e 1
L3b 1
L3b1a 2
L3e1a1 1
L3e2a1b1 1
L3e2b1 1
L3e2b1a 1
L3e4 1
L3f1b1 1
M1a 1
M5b1 1
N1a 1
N1a1 1
N1b1 1
N1b1b 1
T1 1
T1a1 5
T1a1b 1
T2 3
T2a 2
T2a1 1
T2b 22
T2b1 1
T2b2 2
T2b3 3
T2b5 2
T2b6 2
T2c1 1
T2e 4
T2f1 3
U1a1 1
U2e 1
U2e1 1
U2e1a 1
U3a 1
U3a1 3
U3b1 1
U4a1a 3
U4a1b 2
U4a2 2
U4a3 2
U4b1 1
U4c 2
U4d1 1
U5a 1
U5a1 3
U5a1a 2
U5a1a1 6
U5a1b 3
U5a1b1 4
U5a2 4
U5a2a 3
U5a2b 3
U5a2c 5
U5a2d 1
U5b1b1a 2
U5b1c 1
U5b1d 2
U5b1e 1
U5b2a 1
U5b2a1 5
U5b2a2 4
U5b2b 3
U5b2c 2
U5b3b 1
U8a1a 1
U8b'K 1
V 14
V1 1
V1a 3
V2 2
V3 2
V6 3
V7a 1
V9 1
W 1
W1 1
W1c 1
W3 1
W4 2
W5 3
W5a 2
W6 1
X2 1
X2b 7
X2b3 1
X2c1 1
X2c1a 1


Y-DNA Breakdown:

R1b-U106: 24.85%
R1b-U152: 6.64%
R1b-P312 sans U152, L21: 6.06%
R1b-L21: 23.12%
I1: 10.98%
I2b1: 4.33%
R1a1a: 5.49%
G2a: 2.89%
E-M78: 2.60%
Others: 13%

[Graham]

Did a break-down of the Y-DNA. I separated the U152 from the main P312 group. P312 includes all P312 including R1b-L21 but not U152.

My R1b-U106 and R1a1a are above average, my P312 and I1 below average, which sort of agrees with admixture results, and E and G and things are a bit above average too. R1b-U152 is slightly above average too i think. Wil be interesting to see how the breakdown of my other family compares:

R1b-U106: 24.74%
R1b-P312 sans U152: 28.06%
R1b-U152: 7.65%
I1: 12.24%
R1a1a: 7.14%
I2b1: 4.08%
E-M78: 4.84%
G2a: 2.29%
Others: 8.92%
Done my own also.. :)

R1b -- 65.44%
(U106 -- 16.12%)
P312 -- 41.75%
(U152 -- 7.57%)
(R-L21 -- 30.48%)
----------------------------
I -- 17.28%
(I1 -- 9.90%)
(I2 -- 7.38%)
----------------------------
R1a -- 6.41%
----------------------------
G2a -- 2.33%
----------------------------
E-M215 -- 3.88%
----------------------------
Others -- 4.66%

[Jackson]

Would make some changes to the major ones included (should have done I2 as a whole, but maybe too late now)

Anyway here's my paternal Grandmother's:

Y-DNA:
C3 1
E1b1a 3
E1b1a8a 1
E1b1a8a1* 1
E1b1b1a 5
E1b1b1a2* 10
E1b1b1b2a 2
E1b1b1c1 1
E1b1b1c1a 5
G1* 1
G2a 4
G2a3b2 1
I1 14
I1* 51
I2 5
I2a 5
I2a1* 4
I2a2 1
I2a2a 1
I2a2b 3
I2b1 9
I2b1* 8
I2b2 3
J1e 4
J2 5
J2a1b* 2
J2a1b1* 1
J2a1e 2
J2b2* 2
N1c1* 4
Q1a3* 2
Q1a3a* 1
R1a* 1
R1a1a 23
R1a1a* 8
R1b1b2a 8
R1b1b2a1 2
R1b1b2a1a 52
R1b1b2a1a1 12
R1b1b2a1a1* 37
R1b1b2a1a1a 2
R1b1b2a1a1d* 30
R1b1b2a1a1d1* 10
R1b1b2a1a2 18
R1b1b2a1a2* 2
R1b1b2a1a2c 13
R1b1b2a1a2d 2
R1b1b2a1a2d* 10
R1b1b2a1a2d3* 18
R1b1b2a1a2d3a 4
R1b1b2a1a2f 16
R1b1b2a1a2f* 82
R1b1b2a1a2f2 28
T 2


MT-DNA:
A2 2
A2d1a 1
B2 1
B2b 1
B4a1a1 1
B5a1a 1
C4 1
F2a 1
H 63
H1 50
H10 13
H11 6
H11a 3
H11a1 1
H11a2 2
H13a1a 1
H13a1a1a 5
H13a2 1
H14 1
H14a 1
H15b 1
H16 6
H17 6
H18 1
H1a 6
H1a1 9
H1a3 13
H1b 5
H1c 20
H1c1 11
H1c3 1
H1e 6
H1e1a 4
H1e2 2
H1f 1
H1g 5
H1k 1
H1n 2
H20 1
H23 1
H24 3
H2a1 6
H2a2 9
H2a2a 6
H2a2b1 3
H2a3 1
H2a5 1
H2a5a 1
H3 25
H34 1
H36 1
H39 3
H3a 2
H3c 3
H3g 1
H4a 3
H4a1 3
H4a1a 6
H4a2 3
H5 7
H5'36 4
H5a 6
H5a1 17
H5b 4
H6 2
H6a1 9
H6a1a 4
H6a1b 3
H6a1b2 5
H7 9
H7a 5
H7a1 1
H8 2
HV 2
HV0 10
HV4a 1
HV6 1
HV6a 1
HV9 1
HV9a 1
I1a 1
I1a1 5
I1b 1
I2 9
I4 12
I5 1
I5a 2
J1b 1
J1b1a 6
J1b1a1 1
J1b1a2 8
J1c 21
J1c1 6
J1c1a 2
J1c1b1 2
J1c2 1
J1c2b 4
J1c2c 1
J1c3 11
J1c3a 2
J1c3b 5
J1c4 3
J1c5 1
J1c5a 1
J1c6 1
J1c7a 1
J1c8 4
J2a 1
J2a1a 4
J2a1a1 7
J2a1a1b 7
J2b1 2
J2b1a 6
J2b1a1 1
J2b1b 4
K1 2
K1a 10
K1a1 4
K1a10 1
K1a1b1 2
K1a1b1a 1
K1a1b1b 3
K1a1b2 1
K1a2 2
K1a3a 4
K1a3a1 2
K1a4 1
K1a4a 2
K1a4a1 14
K1a4d 3
K1b1a1 1
K1b2 3
K1b2a 2
K1c1 1
K1c1b 4
K1c2 9
K2a 12
K2a3 1
K2a4 1
K2a6 2
K2b1a 1
L0d1a 2
L1b1a 1
L1b1a1'4 2
L1c2b1 1
L1c4 1
L2a1 1
L2a1c3 1
L2a1f 1
L2b 1
L2c 1
L2d 1
L3b1a 2
L3b1a1 2
L3d1-5 1
L3d1c 2
L3e1a1 1
L3e1a1a 1
L3e2b 2
L3f1b4 1
L3f1b4a 1
L3f2b 1
M1a 1
M1a3b 1
M54b 1
M7c 1
N1b1 1
R0a 2
R1a 1
R1a1 1
T1a1 18
T1a1b 1
T2 8
T2a 4
T2a1 4
T2a1a 5
T2a1b 3
T2b 35
T2b2 4
T2b3 2
T2b4 3
T2b5 3
T2b6 4
T2c 2
T2c1 2
T2d 1
T2e 6
T2f 1
T2f1 7
U1a1 1
U2e 7
U2e1 6
U2e1a 3
U3a1 6
U4a1a 3
U4a1b 2
U4a2a 1
U4a2b 1
U4b1 3
U4b1a2 4
U4b1b 2
U4c 1
U4c1 1
U4d 1
U5a1 4
U5a1a 1
U5a1a1 11
U5a1b 3
U5a1b1 7
U5a2a 2
U5a2b 4
U5a2c 1
U5b1 5
U5b1b1 1
U5b1b1a 1
U5b1c 3
U5b1d 2
U5b2a 4
U5b2a1 3
U5b2a2 7
U5b2b 5
U5b3 1
U5b3b 1
U6a1b 1
U6a7 2
U8a1 1
U8a1a 1
V 17
V1a 2
V1a1 1
V2 1
V3 2
V6 1
W 3
W1 3
W1c 2
W3a 1
W5 1
W6 1
X2 1
X2b 7
X2b4 2
X2c1 5


Y-DNA Breakdown:

R1b-U106: 26.38%
R1b-U152: 6.27%
R1b-P312 sans U152, L21: 6.08%
R1b-L21: 23.24%
I1: 11.99%
I2b1: 3.13%
R1a1a: 5.71%
G2a: 0.92%
E-M78: 2.76%
Others: 13.46%

[Partizan]

Is it based on your genetic cousins' Y and mt-DNA haplogroups?

[Jackson]

Is it based on your genetic cousins' Y and mt-DNA haplogroups?

Yeah

[Mazik]

yDNA R1a, R1b and I1 % by our relatives


I1 (I will include I2 when everyone has posted their I2%).

Jockman grandfather - 28.2%
Jockman - 26.6%
Jackson mother - 13.29%
Jackson - 12.24%
Jackon father - 12.15%
Jackson paternal grandmother - 11.99%
Jackson paternal grandfather - 10.98%
Graham - 9.90%

R1b

Graham - 65.44%
Jackson father - 64.89%
Jackson paternal grandmother - 61,97%
Jackson paternal grandfather - 60.67%
Jackson - 60.45%
Jackson mother - 53.64%
Jockman - 38.14%
Jockman grandfather - 31.7%

R1a

Jockman - 16%
Jockman grandfather - 12.83%
Jackson mother - 7.41%
Jackson - 7.14%
Graham - 6.41%
Jackson paternal grandmother - 5.71%
Jackson paternal grandfather - 5.49%
Jackson father - 5.27%

[Jackson]

My mother:

Y-DNA:
A1a 1
B1a 1
C 1
C3 2
E1a 1
E1b1a7a 3
E1b1a7a3a 1
E1b1a8a 1
E1b1a8a1* 1
E1b1a8a1a 2
E1b1b1 1
E1b1b1a2* 14
E1b1b1c1 2
E1b1b1c1a 1
F 1
G2a 4
G2a3b2 1
G2a5 4
I1 18
I1* 34
I2 3
I2a 1
I2a1* 1
I2a2 1
I2a2a 3
I2a2b 1
I2b1 9
I2b1* 9
I2b2 2
J1e 4
J2 6
J2a1b* 1
J2b2* 2
L2a 1
L3* 1
N1c1* 1
Q1a3 1
Q1a3a 1
Q1b 2
R1a1a 20
R1a1a* 9
R1b1b1 1
R1b1b2a 4
R1b1b2a* 1
R1b1b2a1 1
R1b1b2a1a 26
R1b1b2a1a1 15
R1b1b2a1a1* 30
R1b1b2a1a1a 2
R1b1b2a1a1d* 12
R1b1b2a1a1d1* 5
R1b1b2a1a2 9
R1b1b2a1a2* 2
R1b1b2a1a2c 6
R1b1b2a1a2d* 9
R1b1b2a1a2d3* 12
R1b1b2a1a2d3a 3
R1b1b2a1a2f 13
R1b1b2a1a2f* 51
R1b1b2a1a2f2 15
T 1

MT-DNA:
A2 2
A4a1 1
B2 2
B5b1c 1
C1b2 1
D4e2 1
D4h3a 1
H 38
H1 50
H10 7
H10a1 1
H11 4
H11a 2
H11a2 1
H13 1
H13a1 1
H13a1a 4
H13a1a1a 1
H13a2 1
H14 1
H15 1
H16 2
H17 4
H18 2
H1a1 3
H1a3 2
H1b 9
H1c 11
H1c1 6
H1c2 2
H1c3 2
H1e 1
H1e1 1
H1e1a 3
H1g 1
H1m 1
H1n 2
H2 1
H23 3
H2a 1
H2a1 4
H2a1a 1
H2a2 4
H2a2a 1
H2a2b1 2
H2a5 1
H3 31
H38 1
H39 2
H3a 3
H3c 2
H3g 4
H4a 2
H4a1 2
H4a1a 3
H4a1a1a 1
H5 4
H5a 2
H5a1 17
H5b 6
H6a1 8
H6a1a1a 1
H6a1b 5
H6a1b2 3
H7 10
H7a 1
H7a1 1
HV 5
HV0 7
HV0a 1
HV6 3
I 1
I1 1
I1a1 2
I2 5
I2a 1
I4 1
J1b1a 10
J1b1a1 1
J1b1a2 1
J1c 14
J1c1 5
J1c1b1a 1
J1c2 2
J1c2b 2
J1c2c 1
J1c3 7
J1c3a 1
J1c3b 2
J1c3b1 1
J1c3c 2
J1c5 1
J1c5a 2
J1c8 5
J2a1a 3
J2a1a1 1
J2a1a1b 2
J2b1a 4
K1 1
K1a 3
K1a1 1
K1a11 1
K1a1b1 1
K1a1b1a 1
K1a2 1
K1a2a 1
K1a3a 1
K1a4 1
K1a4a1 6
K1b1a1 1
K1b2b 1
K1c1 1
K1c2 1
K2 1
K2a 4
K2a6 2
K2b1 3
L0a1b1 1
L1b1a 1
L1c1a1a1 1
L1c1d 2
L1c2a 1
L1c3b2 1
L2a1a 1
L2a1a2 1
L2a1f 1
L2a1i 1
L2a1l1 1
L2c 2
L3b 1
L3d1a1a 1
L3e1 1
L3e2a 1
L3e2b 2
L3e3b 1
L4b 1
M10a1a 1
M2b 1
M4a 1
M7a1a1a 1
N1b1 1
N1b2 1
R0a 1
T1a1 17
T2 1
T2a 1
T2a1 1
T2a1a 1
T2a1b 1
T2b 26
T2b2 5
T2b3 3
T2b4 1
T2b5 2
T2b6 4
T2c 1
T2c1 2
T2e 3
T2f1 4
U1a 1
U1a1 4
U2e 2
U2e1a 2
U3a 1
U3a1 3
U4 1
U4a1a 1
U4a2 8
U4b1 3
U4b1a2 1
U4b1a3 2
U4c 1
U4c1 2
U5a1 6
U5a1a1 11
U5a1b1 8
U5a2 1
U5a2a 1
U5a2b 5
U5a2c 3
U5b1b1 4
U5b1c 3
U5b1d 3
U5b2a1 3
U5b2b 4
U5b2c 4
U5b3 1
U5b3b 2
U6a1a 1
U6a3 1
U7 1
U8a1a 1
V 19
V1 1
V1a 2
V2 1
V3 3
V7 1
V9 2
W 2
W1 1
W3a 2
W5 2
W5a 2
X1a1 2
X2 2
X2b 7
X2b4 1
X2c1 4

Y-DNA Breakdown:
R1b-U106: 23.01%
R1b-U152: 6.13%
R1b-P312 sans U152, L21: 4.34%
R1b-L21: 20.20%
I1: 13.29%
I2b1: 4.60%
R1a1a: 7.41%
G2a: 2.30%
E-M78: 3.83%
Others: 14.8%

[ALL]

Y_DNA's
R's-66.21% I's-20.21% G-4.05% Other various Ydna's 9.4%

R1b: 40.54%
R1a: 25.67%
I2: 10.8%
I1: 9.4%
G: 4.05%
J2: 3.37%
E: 3.37%
L:1.35%
N:0.67%
J1:0.67%

R1[a+b]+I[1+2]=86.42%

[Graham]

H -- 42.90%
U -- 16.82%
J -- 9.46%
T -- 8.83%
K -- 6.94%
V -- 5.04%
Other 10.01%

[evon]

Anyone have excel and want to make a % calculation for my results? as i am very bad at doing these kinds of wizard stuff :P

[Jackson]

Anyone have excel and want to make a % calculation for my results? as i am very bad at doing these kinds of wizard stuff :P

I'll do yours now, although Graham may already be doing it.

[Graham]

I'll do yours now, although Graham may already be doing it.

I done mine manually. Fuck that! :D

[Mazik]

H -- 42.90%
U -- 16.82%
J -- 9.46%
T -- 8.83%
K -- 6.94%
V -- 5.04%
Other 10.01%

Me for comparison:

H 43.1%
U 15.73%
T 9.9%
J 8.8%
K 5.99%
V 5.05%
other 11.4%

biggest difference is between our U, which is 1.09%.
It's really interesting and it shows that the mtDNA difference is smaller between the north European countries than the yDNA difference.


my grandfather

H 39.55%
U 15.67%
T 10.75%
J 9.1%
V 7.3%
K 5.22%
other: 12.39%

V went up compared to me as it should due to the old mesolithic connection in the Sami. I was expecting U to go up as well, but naah..

[ALL]

Anyone have excel and want to make a % calculation for my results? as i am very bad at doing these kinds of wizard stuff :P

From the list you posted, these are very rough and quick calculations.

R1b-44.63%
I-26.64%
R1a-16.60%
J1+2-3.4%
Q-2.4%%
N-2.4%
E-2%
O-.3%

R1[a+b]+I[1+2]=87.87%

[Graham]

Wow that is pretty close, even to your Grandad Jockman. It'll be different once you go down the Lineages. Still.

[Jackson]

Here's what i got for your Y-DNA Evon:

R1b-U106: 19.25%
R1b-U152: 4.05%
R1b-L21: 15.02%
R1b-P312 sans L21, U152: 3.71%
R1b others: 1.35%
I1: 21.28%
I2: 4.72%
R1a1a: 16.21%
G2a: 1.35%
E-M78: 2.70%
N: 2.36%
Q: 2.36%
J: 3.71%
O: 0.33%
Other E: 1.35%

I think this is actually fairly good for an overall idea, although minority groups tend to be over-represented compared to population averages.

[Jackson]

I'll do my family's MTDNA groups in a little while the major (one letter) groups that is.

[ALL]

R1[a+b]+I[1+2]=So far- Graham wins!
Maybe Pallantides or Karl can enter to challenge!


Graham-89.13%
Evon-87.87%"

Silesian-86.42%
Jockman-84.25%
Jackson-83.91%
Jockmans Grossvater-77.42%

[evon]

We should make charts to compare the level of minority and majority groups in % across populations..i am sure we will see a clear divide between South and Northern Europe..

[Jackson]

My Maternal Aunt:

Y-DNA:
C3 1
E1a 1
E1b1a7a 3
E1b1a7a3a 1
E1b1a8a 1
E1b1a8a1* 3
E1b1a8a1a 1
E1b1b1 1
E1b1b1a2* 10
E1b1b1b2a 1
E1b1b1c1 1
E1b1b1c1a 3
F 1
G2a 2
G2a3b2 1
I1 19
I1* 35
I2 2
I2a 1
I2a1* 2
I2a2a 3
I2a2b 1
I2b1 13
I2b1* 12
I2b2 3
J1 1
J1e 6
J2 5
J2a1b* 4
J2b2* 3
L2a 1
N1c1 1
Q1a3 1
Q1a3a 1
Q1b 1
R1a1a 25
R1a1a* 6
R1b1b2 1
R1b1b2a 2
R1b1b2a* 1
R1b1b2a1 2
R1b1b2a1a 26
R1b1b2a1a1 10
R1b1b2a1a1* 26
R1b1b2a1a1a 4
R1b1b2a1a1d* 13
R1b1b2a1a1d1* 5
R1b1b2a1a2 7
R1b1b2a1a2c 4
R1b1b2a1a2d* 8
R1b1b2a1a2d3* 7
R1b1b2a1a2d3a 4
R1b1b2a1a2f 14
R1b1b2a1a2f* 66
R1b1b2a1a2f2 19
T 2

MT-DNA:
A2 1
A2c 1
A4a1 1
B2 1
B4a1a1a 1
D4h3a 1
H 37
H1 41
H10 6
H10a1 1
H11 2
H11a 2
H11a2 1
H13a1 2
H13a1a 4
H13a1a1a 3
H14 2
H16 4
H17 5
H1a1 5
H1a3 5
H1b 5
H1c 6
H1c1 10
H1e1 2
H1e1a 3
H1g 1
H1m 1
H1n 2
H23 2
H24 1
H27 1
H2a1 5
H2a1a 1
H2a2 4
H2a2a 4
H2a2b1 3
H2a3 1
H2a5 1
H3 26
H38 1
H3a 5
H3g 3
H4a 3
H4a1 2
H4a1a 3
H4a1a1a 1
H4b 1
H5 5
H5'36 2
H5a 4
H5a1 19
H5b 5
H6a1 9
H6a1a 2
H6a1a1a 1
H6a1b 3
H6a1b2 3
H7 3
H7a 1
H7a1 2
H8 1
HV 3
HV0 3
HV6 2
I1a1 3
I2 4
I2a 1
I4 4
J1b1a 9
J1b1a1 1
J1c 12
J1c1 4
J1c2 3
J1c2b 1
J1c2c 1
J1c3 4
J1c3a 3
J1c3b 3
J1c3b1 1
J1c4 3
J1c5a 1
J1c8 3
J2a1a 2
J2a1a1b 2
J2b1a 3
K1 2
K1a 4
K1a1 5
K1a10 2
K1a11 3
K1a1b1 1
K1a2 1
K1a2a 1
K1a3a 1
K1a4 2
K1a4a1 6
K1a4d 1
K1a9 1
K1b1a1 1
K1b2a 1
K1b2b 2
K1c1b 2
K1c2 2
K2 2
K2a 6
K2a6 1
K2b1 3
L0a1b1 1
L0a1b1a1 1
L1b1a 2
L1b1a6 1
L1c1a1a1 1
L1c1d 2
L1c2a 1
L1c3b2 1
L2a1 1
L2a1a 2
L2a1a1 1
L2a1a2 1
L2a1f 1
L2a1l1 1
L2b 1
L3b 1
L3d1a1a 1
L3e1 1
L3e2a1b1 1
L3e2b 1
L3e3b 1
L4b 1
M10a1a 1
M1a3a 1
M2b 1
M30b 1
N1b1 1
N1b2 2
R0a 1
T1a1 18
T2 4
T2a 3
T2a1 1
T2a1b 1
T2b 23
T2b2 3
T2b3 4
T2b4 1
T2b5 6
T2b6 3
T2c1 4
T2e 3
T2f1 2
U1a'c 1
U1a1 1
U2e 2
U2e1 2
U2e1a 2
U3a 1
U3a2 1
U3b 2
U4 1
U4a 1
U4a1a 4
U4a1b 2
U4a2 6
U4b1a2 1
U4b1a3 1
U4c1 5
U5a1 6
U5a1a 1
U5a1a1 10
U5a1b1 3
U5a2a 2
U5a2b 6
U5a2c 1
U5b1b1 4
U5b1b1a 1
U5b1c 6
U5b1d 1
U5b2a 2
U5b2a1 5
U5b2a2 1
U5b2b 1
U5b2c 6
U5b3b 2
U6a3 1
U6d1 1
U8a1a 3
U8b'K 1
V 14
V1a 3
V2 2
V3 3
V6 1
V8 1
V9 1
W 3
W1 2
W1c 1
W3a 1
W5 3
W5a 2
W6 2
X2 2
X2a1b1a 1
X2b 8
X2b4 1
X2c1 3
X2f 1


R1b-U106: 21.10%
R1b-L21: 24.87%
R1b-U152: 4.77%
R1b-P312 Sans L21, U152: 2.76%
Other R1b: 1.50%
I1: 13.56%
I2b1: 6.28%
R1a1a: 7.78%
E-M78: 2.76%
G2a: 0.75%
Others: 13.81%

[Jackson]

R1[a+b]+I[1+2]=So far- Graham wins!
Maybe Pallantides or Karl can enter to challenge!


Graham-89.13%
Evon-87.87%"

Silesian-86.42%
Jockman-84.25%
Jackson-83.91%
Jockmans Grossvater-77.42%

Maybe i should add the rest of my I2 lol >.<.
I'll do that tommorow.

[Atlantic Islander]

mtDNA:

H1 - 19
A2 - 16
H - 14
H3 - 8
T2b - 6
B2 - 6
H1e1a - 5
U5b2b - 5
C1 - 5
D1 - 4
H11 - 4
J1c1 - 4
J1c5a - 4
K2a - 4
C1b2 - 3
H11a - 3
H1a3 - 3
H1c - 3
HV0 - 3
K2a6 - 3
L2a1e - 3
T1 - 3
T2 - 3
U5a1 - 3
C1c - 2
H13a1a - 2
H13a1a1a - 2
H1a1 - 2
H3c - 2
H4a1 - 2
H5 - 2
H6a1 - 2
H6a1b2 - 2
H7 - 2
I1a1 - 2
J1c5 - 2
J1c8 - 2
J2b1a - 2
K1a1b1 - 2
K1a1b1a - 2
K1a4a1 - 2
L2a1a1 - 2
L1c3a - 2
M1a3a - 2
U5a1a1 - 2
U3a1 - 2
U5b - 2
U6a1a - 2
U6a3 - 2
W - 2
---------------------
A2c - 1
A2g - 1
A2k1 - 1
B2a1 - 1
B2d - 1
B2e - 1
B4'5 - 1
C1b - 1
C1b2a - 1
F1a1 - 1
H11a2 - 1
H13a2 - 1
H15a - 1
H1b - 1
H1c1 - 1
H1c2 - 1
H1e - 1
H1g - 1
H1m - 1
H20 - 1
H23 - 1
H28 - 1
H2a2 - 1
H3a - 1
H3g - 1
H4a - 1
H4a1a - 1
H4a1a1a - 1
H6 - 1
H6b - 1
HV - 1
HV1b - 1
HV5 - 1
I2 - 1
I4 - 1
I5a - 1
J1b - 1
J1c - 1
J1c1b1 - 1
J1c2 - 1
J1c2b - 1
J1c2c - 1
J1c3 - 1
J1c3a - 1
J1c4 - 1
J1c7 - 1
J1d - 1
J1d1 - 1
J2a1a - 1
J2a1a1b - 1
J2a2 - 1
K1 - 1
K1a - 1
K1a10 - 1
K1a4d - 1
K1c2 - 1
K2b - 1
L0a1a - 1
L1c1a - 1
L1c3b1 - 1
L1c3b1a - 1
L2a1c - 1
L3b1a - 1
L3d1a1a - 1
L3d1d - 1
L3d3 - 1
L3e2b - 1
L3e4 - 1
L3f1b - 1
L3f1b4a - 1
M - 1
N1a - 1
R0a - 1
T1a1 - 1
T2a1a - 1
T2b1 - 1
T2b5 - 1
T2c1 - 1
U2e - 1
U2e1 - 1
U2e1a1 - 1
U4a2 - 1
U4a2b - 1
U4c - 1
U5a1b - 1
U5a2a - 1
U5a2c - 1
U5b1b1b - 1
U5b1c - 1
U5b2a2 - 1
U6a1b - 1
U7 - 1
V - 1
V3 - 1
W1 - 1
W5a - 1
X1b - 1
X2b - 1


Y-DNA:

R1b1b2a1a - 34
R1b1b2a1a2 - 10
R1a1a - 9
R1b1b2a1a1* - 9
R1b1b2a1a2f* - 8
T - 7
R1b1b2a1a2d* - 6
E1b1b1 - 5
E1b1b1b2a - 5
R1b1b2a1a1d* - 5
I1* - 4
R1b1b2a - 4
R1b1b2a1a2d3* - 4
G2a - 3
I2b1* - 3
J1e - 3
J2 - 3
J2b2* - 3
R1b1b2a1a2f - 3
E1b1b1a2* - 2
I2a1* - 2
J1 - 2
J2a1b1* - 2
R1a1a* - 2
R1b1b2a1a1 - 2
R1b1b2a1a1d1* - 2
R1b1b2a1a2* - 2
R1b1b2a1a2c - 2
R1b1b2a1a2d3a - 2
R1b1b2a1a2f2 - 2
-----------------------
E1a - 1
E1a1 - 1
E1b1b1a4 - 1
E1b1b1c1a - 1
G1* - 1
I1b* - 1
I2 - 1
I2a2 - 1
I2a2b - 1
J2a1b* - 1
N1c1* - 1
Q1a - 1
R1b1b2a1a1d1a - 1

[Pallantides]

mtDNA haplogroups:
A2 1
B2 3
C1 1
C1c 1
D1 1
G2a 2
H 42
H1 35
H10 2
H10a 1
H10a1 2
H11 2
H11a 2
H11a2 1
H13a1a 3
H16 3
H17 1
H18 2
H1a 3
H1a1 3
H1a2 1
H1a3 3
H1b 9
H1c 15
H1c1 1
H1c2 2
H1c3 2
H1e 5
H1e1 4
H1e1a 2
H1e2 2
H1g 1
H1m 1
H1n 5
H24 4
H27 2
H2a1 6
H2a2 4
H2a2a 4
H2a2b1 3
H2a5 6
H2b 2
H3 11
H36 1
H39 2
H3a 4
H3c 1
H3g 2
H4a 3
H4a1 4
H4a1a 9
H5 3
H5'36 1
H5a 3
H5a1 20
H5b 3
H6a1 5
H6a1a 3
H6a1b 2
H6a1b2 5
H7 4
H7a 1
H7a1 2
H8 1
H9a 1
HV 4
HV0 6
HV6 1
I1a1 2
I2 5
I2a 2
I3 3
I4 3
J1b1a 6
J1b1a1 2
J1b1a2 6
J1b1b1 1
J1c 5
J1c1 3
J1c1a 1
J1c1b1a 1
J1c2 8
J1c2b 1
J1c2c 1
J1c3 7
J1c3b 3
J1c3c 1
J1c4 2
J1c5 1
J1c6 2
J1c7a 1
J2a1a 3
J2a1a1 2
J2a1a1b 5
J2b1a 6
J2b1a3 1
K1 5
K1a 2
K1a1 2
K1a11 2
K1a1b1 3
K1a1b1a 4
K1a2a 5
K1a3a1 1
K1a4a1 3
K1a4d 1
K1b1a1 2
K1b2a 2
K1c1b 1
K1c2 4
K2 2
K2a 3
K2a6 1
K2b1 1
M1b1a 1
N1a 2
N1b1 2
T1 2
T1a 1
T1a1 20
T2 2
T2a 1
T2a1 2
T2a1a 1
T2a1b 4
T2b 17
T2b1 1
T2b2 3
T2b3 2
T2b4 1
T2b6 2
T2c 1
T2c1 5
T2e 5
T2f 1
T2f1 6
T2g 1
U1b 1
U2e 2
U2e1 2
U2e1a 2
U3a1 2
U3a2 1
U3b 1
U4 1
U4a1 1
U4a1a 2
U4a1b 3
U4a2 3
U4a2a 3
U4a2b 1
U4a3 1
U4b1 5
U4b1a2 2
U4b1b 2
U4c 1
U4d1 1
U5a 1
U5a1 11
U5a1a1 8
U5a1b 3
U5a1b1 3
U5a2 1
U5a2a 3
U5a2b 4
U5a2c 1
U5a2d 2
U5b1 2
U5b1b1 4
U5b1b1a 7
U5b1b2 1
U5b1c 3
U5b1e 2
U5b2 2
U5b2a 2
U5b2a1 6
U5b2b 7
U5b2c 3
U6a 1
U6a3 1
U7 1
U8a 1
U8a1 2
U8a1a 5
U8b'K 1
V 17
V1 2
V7a 1
W 7
W1 8
W1c 2
W3a 2
W5 1
W5a 1
W6 2
X2 3
X2a1b1a 1
X2b 3
X2b4 1
X2c1 2
X2d 1
X2e 1
Z1a 1

Y-DNA haplogroups:
E1b1a8a 1
E1b1b1 1
E1b1b1a 1
E1b1b1a2* 7
E1b1b1c 1
E1b1b1c1 3
E1b1b1c1a 2
G2a 4
G2a5 1
G2c* 2
I1 30
I1* 70
I2a2 1
I2a2b 1
I2b1 13
I2b1* 3
I2b2 3
J1e 2
J2 3
J2b2* 2
N 1
N1c1 2
N1c1* 7
O3a3c 1
Q1a3 1
Q1a3* 4
Q1a3a* 1
R1a1* 1
R1a1a 31
R1a1a* 23
R1b1b2a 1
R1b1b2a1a 26
R1b1b2a1a1 14
R1b1b2a1a1* 32
R1b1b2a1a1a 4
R1b1b2a1a1d* 8
R1b1b2a1a1d1* 2
R1b1b2a1a1d1a 1
R1b1b2a1a2 9
R1b1b2a1a2* 1
R1b1b2a1a2c 2
R1b1b2a1a2d* 10
R1b1b2a1a2d3* 10
R1b1b2a1a2d3a 6
R1b1b2a1a2f 10
R1b1b2a1a2f* 29
R1b1b2a1a2f2 3

[Atlantic Islander]

We should make charts to compare the level of minority and majority groups in % across populations..i am sure we will see a clear divide between South and Northern Europe..

I doubt a lot of southerners will post, I'm the only one so far.

[Mark]

I doubt a lot of southerners will post, I'm the only one so far.
Why do you think that is?

[evon]

Palla, you should check where in Asia the O3a3c linage your Cousin belongs to is found.
I tracked my own O2b line to North Eurasia, and my uncles O1a1 to around China or so (coupled with his D1* around Tibet).. i am having problem locating the YDNA linages due to the problems of conversion from 23andme outdated tree to more recent SNP trees used..

[Pallantides]

PS: You need to download them again as a txt document and copy from there into this forum as you cannot copy/paste direct from google docs.


You can, Ctrl+c to copy then Ctrl+v to paste it into the forum.

It worked for me at least.

[evon]

You can, Ctrl+c to copy then Ctrl+v to paste it into the forum.

It did not work for me...weird..

[Atlantic Islander]

Why do you think that is?

The track record here. On ABF a lot of people post in the genetics section, but here there doesn't seem to be much interest.

[Pallantides]

Can someone convert my numbers into precentages, I'm to lazy right now:p

[ALL]

Can someone convert my numbers into precentages, I'm to lazy right now:p

surprising your E outranks your N,J or Q
these are very rough ydna calculations

R1b-43.29%
I1-25.77%
R1a-14.17%
I2-5.4%
E-4.1%
N-2.3%
J-1.8%
Q-1.5%

Close between Graham/Pallantides/Evon

R1[a+b]+I[1+2]=88.63%

Graham-89.13%
Palaantides-88.63%
Evon-87.87%"

Silesian-86.42%
Jockman-84.25%
Jackson-83.91%
Jockmans Grossvater-77.42%

Graham is the one so far he has to take on mister Anderson

https://www.youtube.com/watch?v=zYwdzYC3uUc

[Pallantides]

surprising your E outranks your N,J or Q


*commits seppuku*

[ALL]

I doubt a lot of southerners will post, I'm the only one so far.
Rough numbers!


R1b-66.6%
E-8.97%
J-8.97%
I-5.7%
T-4.48%
G-2.56%
R1a-1.28%
Q-.6%
N-.6%

R1[a+b]+I[1+2]=73.58%

Graham-89.13%
Palaantides-88.63%
Evon-87.87%"

Silesian-86.42%
Jockman-84.25%
Jackson-83.91%
Jockmans Grossvater-77.42%
Atlantic Islander-73.58%

[Oneeye]

YDNA:

A3b2* 1
E1a1 2
E1b1a 1
E1b1a7a 2
E1b1a7a3a 1
E1b1a8a 1
E1b1b1a 6
E1b1b1a2* 14
E1b1b1c1 1
E1b1b1c1a 2
F 1
G2a 10
G2a3b2 3
G2c* 1
H1a* 1
I1 11
I1* 65
I1b* 2
I2a 1
I2a1* 2
I2a2 1
I2a2b 2
I2b1 12
I2b1* 7
I2b2 2
J1 1
J1e 3
J2 5
J2a1b* 2
J2a1b1* 2
J2b2* 5
L2a 1
N1c1* 3
O3a4* 1
Q1a3 2
Q1a3* 3
Q1a3a* 1
Q1b 1
R1a 1
R1a1a 30
R1a1a* 6
R1b1 1
R1b1b2 2
R1b1b2a 2
R1b1b2a1 1
R1b1b2a1a 48
R1b1b2a1a1 21
R1b1b2a1a1* 36
R1b1b2a1a1a 10
R1b1b2a1a1d* 15
R1b1b2a1a1d1* 10
R1b1b2a1a2 11
R1b1b2a1a2* 1
R1b1b2a1a2c 3
R1b1b2a1a2d 6
R1b1b2a1a2d* 14
R1b1b2a1a2d3* 13
R1b1b2a1a2d3a 4
R1b1b2a1a2f 17
R1b1b2a1a2f* 81
R1b1b2a1a2f2 20
R2 2
T 2

mtDNA:


A2 6
A2d1a 1
A4c 1
B2 1
B2a1a 1
B4a1a1 1
B5a1b 1
C1b2 2
D1 3
D4b2a2 1
D4j3 1
D5b 1
E1b 1
F1b1a 1
F2a 1
H 51
H1 58
H10 10
H10a 1
H10a1 3
H11a 2
H11a2 2
H13 1
H13a1a 5
H13a1a1a 5
H13a2 2
H14a 1
H15 1
H15b 1
H16 7
H17 5
H18 2
H1a 9
H1a1 9
H1a3 6
H1b 12
H1c 21
H1c1 8
H1c2 4
H1e 1
H1e1 1
H1e1a 5
H1e2 2
H1g 5
H1m 4
H1n 4
H20 2
H23 1
H27 1
H2a1 4
H2a1a 1
H2a2 8
H2a2a 5
H2a2b 3
H2a2b1 5
H2a5 7
H3 26
H34 1
H3a 2
H3c 6
H3g 4
H4 1
H4a 1
H4a1 10
H4a1a 2
H5 7
H5'36 2
H5a 5
H5a1 31
H5b 5
H6 1
H6a1 7
H6a1b 4
H6a1b2 3
H7 12
H7a 1
H7a1 2
H8 1
HV 8
HV0 7
HV1a 1
HV4a 1
HV6 1
HV9a 1
I 1
I1a1 8
I2 8
I3 1
I4 4
J1b1a 5
J1b1a1 1
J1b1a2 2
J1c 15
J1c1 7
J1c1a 2
J1c1b1a 1
J1c2 11
J1c2b 2
J1c2c 3
J1c3 14
J1c3b 3
J1c3c 2
J1c5 1
J1c5a 2
J1c6 1
J1c7 1
J1c8 12
J2a 1
J2a1 2
J2a1a 7
J2a1a1 1
J2a1a1b 8
J2a2a 1
J2b1 2
J2b1a 8
J2b1a3 1
K1 2
K1a 3
K1a1 8
K1a10 1
K1a11 2
K1a1b1 5
K1a1b1a 2
K1a1b1b 1
K1a1b2a 1
K1a2a 1
K1a3a 2
K1a4 2
K1a4a1 10
K1a4d 1
K1b1a 1
K1b1a1 4
K1b1c 1
K1b2 1
K1b2a 1
K1b2b 1
K1c1 2
K1c1a 1
K1c1b 1
K1c2 2
K2 1
K2a 5
K2a2 1
K2a6 4
K2b 1
K2b1 1
L1b1a 2
L1b1a6 1
L1c3a 2
L2a1 1
L2a1b 1
L2a1b1 1
L2b2 1
L2c2 2
L3b 1
L3d1-5 1
L3e2b 1
L3e2b1a 1
L3e3b 1
L3e4 1
L3f1b 1
M1a1 1
M1a1b 1
M1a3b 1
M7c3c 1
N1a 1
N1b1 1
N1b1b 1
N1b2 2
N1c 1
R0a2 1
R1a 3
T1a 1
T1a1 15
T2 9
T2a 7
T2a1 5
T2a1a 4
T2a1b 1
T2b 32
T2b3 3
T2b4 1
T2b5 3
T2b6 2
T2c 1
T2c1 3
T2e 5
T2f1 7
U2d 1
U2e 5
U2e1 4
U2e1a 4
U3a1 9
U3b 1
U4 2
U4a1 1
U4a1a 3
U4a1b 3
U4a2 3
U4b1 7
U4b2 1
U4c1 5
U5a1 7
U5a1a 1
U5a1a1 12
U5a1b 8
U5a1b1 5
U5a2a 3
U5a2b 1
U5a2c 3
U5b 1
U5b1 6
U5b1b1 5
U5b1b1a 2
U5b1c 1
U5b2a 1
U5b2a1 9
U5b2a2 6
U5b2b 8
U5b2c 2
U6a1a 1
U7 5
U8a1 1
U8a1a 1
U8b'K 3
V 23
V1 1
V1a 5
V1a1 1
V2 2
V2a1 1
V3 4
V7a 1
V9 1
V9a 1
W 4
W1 2
W1c 3
W1e 2
W3a 1
W4 1
W5 5
W6 2
X2 1
X2a1 1
X2b 5
X2b4 3
X2c1 1
Z1a 1


EDIT:

R1b 59.07%
I1 14.2%
R1a 6.92%
I2 5.42%
E 5.61%

[Atlantic Islander]

Update

mtDNA:

A2 24
A2c 2
A2e 1
A2g 3
A2h 1
A2k1 2
B2 9
B2a1 1
B2a1a 1
B2d 1
B2e 1
B4'5 1
C1 6
C1b 1
C1b2 7
C1b2a 1
C1c 5
D1 4
D1f1 1
D4 1
D4h3a 1
F1a1 1
F3b1 1
H 24
H1 37
H11 5
H11a 3
H11a2 1
H13a1 1
H13a1a 3
H13a1a1a 2
H13a2 1
H15a 1
H17 1
H1a 3
H1a1 4
H1a3 3
H1b 1
H1c 10
H1c1 1
H1c2 1
H1e 4
H1e1 1
H1e1a 9
H1g 6
H1m 2
H1n 1
H20 1
H23 1
H28 1
H2a2b1 2
H2a5a 2
H3 16
H3a 2
H3c 3
H3g 1
H4a 1
H4a1 4
H4a1a 1
H4a1a1a 1
H5 3
H5a 1
H5a1 1
H6 1
H6a1 3
H6a1b2 3
H6b 1
H7 2
HV 3
HV0 10
HV1b 1
HV5 1
I1 1
I1a1 2
I2 2
I4 2
I5a 1
J1b 1
J1c 2
J1c1 6
J1c1b1 2
J1c2 6
J1c2b 2
J1c2c 1
J1c3 2
J1c3a 1
J1c4 1
J1c5 2
J1c5a 5
J1c7 1
J1c7a 1
J1c8 4
J1d 1
J1d1 1
J2a1a 3
J2a1a1b 1
J2a2 1
J2b1a 3
K1 1
K1a 2
K1a1 4
K1a10 2
K1a1b1 2
K1a1b1a 3
K1a4 2
K1a4a1 4
K1a4d 1
K1c2 2
K2a 5
K2a2a 1
K2a6 5
K2b 1
L0a1a 1
L0a1b 1
L1b1a 2
L1c1'2'4'6 2
L1c1a 1
L1c1b 1
L1c3a 3
L1c3a1a 1
L1c3b1 1
L1c3b1a 1
L2a1 1
L2a1a1 2
L2a1c 1
L2a1c2 1
L2a1e 3
L2b2 1
L2c 1
L3b 1
L3d1a1a 1
L3d1b 1
L3d1d 1
L3d3 1
L3d3a 1
L3e1a2 1
L3e1d 1
L3e2b 2
L3e4 1
L3f1b 1
L3f1b4 1
L3f1b4a 1
M 1
M1a3a 5
M33c 1
N1a 2
R0a 1
T1 4
T1a1 5
T2 4
T2a 1
T2a1 1
T2a1a 1
T2b 12
T2b1 3
T2b2 1
T2b5 1
T2c1 3
T2e 1
U2e 2
U2e1 2
U2e1a1 1
U3a1 5
U4a1a 1
U4a2 1
U4a2b 1
U4c 1
U5a1 3
U5a1a 1
U5a1a1 5
U5a1b 1
U5a1b1 1
U5a2a 1
U5a2c 1
U5b 2
U5b1b1b 1
U5b1c 1
U5b1d 1
U5b2a 1
U5b2a2 1
U5b2b 7
U5b3f 1
U6a 1
U6a1a 2
U6a1b 2
U6a3 4
U6c 3
U6d 2
U7 2
V 4
V1 1
V3 1
W 2
W1 2
W5a 1
X1b 1
X2b 1

Y-DNA:

E1a 1
E1a1 1
E1b1a 2
E1b1a8a1* 1
E1b1b1 6
E1b1b1a2* 6
E1b1b1a4 1
E1b1b1b2a 9
E1b1b1c 1
E1b1b1c1 1
E1b1b1c1a 2
G1* 1
G2a 4
G2a5 1
I1* 11
I2 2
I2a 1
I2a1* 3
I2a2 1
I2a2b 2
I2b1 4
I2b1* 7
I2b2 2
J1 2
J1e 5
J2 5
J2a1b* 6
J2a1b1* 3
J2a1e 1
J2b2* 5
N1c1* 1
O1a1* 1
Q1a 1
R1a1 1
R1a1a 13
R1a1a* 2
R1b1 1
R1b1b2a 7
R1b1b2a1 1
R1b1b2a1a 69
R1b1b2a1a1 4
R1b1b2a1a1* 12
R1b1b2a1a1a 1
R1b1b2a1a1d* 5
R1b1b2a1a1d1* 6
R1b1b2a1a1d1a 1
R1b1b2a1a2 9
R1b1b2a1a2* 3
R1b1b2a1a2b 1
R1b1b2a1a2c 4
R1b1b2a1a2d 4
R1b1b2a1a2d* 8
R1b1b2a1a2d3* 5
R1b1b2a1a2d3a 3
R1b1b2a1a2f 3
R1b1b2a1a2f* 15
R1b1b2a1a2f2 4
R2 2
T 10

[MfA_]

mtDNA:
HV 7
H 5
T2g 3
K1a 3
J1c2 3
U8b 2
U5a1a1 2
U5a1 2
U3b 2
U1a1 2
T2b 2
HV4 2
H1a1 2
H13a2 2
H10a1 2
H1 2
X2 1
W6 1
V2 1
U7 1
U5b2a2 1
U4c1 1
U2e1 1
T2 1
T1a 1
T 1
R0a 1
M30 1
M1b1 1
L3e2a 1
K2 1
K1c1b 1
K1a4 1
K1a3a1a 1
K1a1 1
K1 1
J2a1a 1
J1d1 1
J1c1 1
J1c 1
J1b3 1
J1b 1
I5a 1
HV8 1
HV1 1
H6a1b2 1
H6a1 1
H4 1
H20 1
H1c 1
H1b 1
H14 1
H10 1
F1b1 1
D4j 1
C4b 1
A2 1

YDNA:
R1b1b2a 10
J2 5
E1b1b1c1a 4
R1a1a 3
E1b1b1a2* 3
R1b1b2a1a1* 2
J2b1 2
J2a1b* 2
J1e 2
G2a5 2
T 1
R2 1
R1b1b2a1a2d 1
R1b1b2a1a2 1
R1b1b2a1a 1
R1b1b2a* 1
R1b1b2 1
R1a1a* 1
R1a 1
L2* 1
L1 1
J2b2* 1
J2a1b1* 1
J1 1
I2b1 1
I1 1
G2a 1
E1b1b1a4 1
E1b1b1a 1

[Maleficent]

My dad currently has 318 matches in Relative Finder, 181 being male. So if you are interested in seeing haplogroup-cousin matches for a Palestinian-Christian.....

Mt-DNA:
A2-----9
A8-----1
B2-----2
C1-----1
C1b2-----3
C1c-----1
D1-----2
E1a1a-----1
H-----16
H1-----9
H1a-----1
H10a1-----2
H11a2-----1
H13a1-----4
H13a2-----8
H14-----2
H14a-----2
H1a1-----1
H1b-----3
H1c-----1
H2-----1
H20-----3
H27-----1
H2a1-----1
H2a5-----1
H36-----1
H38-----2
H4a-----2
H4a1-----1
H14a1a1a-----2
H5-----3
H5a-----1
H5b-----5
H6a1-----1
H6a1b2-----2
H6b-----3
H8-----3
HV-----7
HV0-----1
HV1b-----3
I1-----1
I4-----1
I5-----2
I5a-----3
J1-----1
J1b-----4
J1b1-----1
J1b1a-----2
J1c-----3
J1c1-----1
J1c2-----2
J1c3-----1
J1d1-----3
J2a-----1
J2a2-----5
J2b1-----3
J2b1a-----1
K1a-----4
K1a10-----1
K1a12a-----2
K1a1b1a-----2
K1a1b2a-----1
K1a4-----2
K1a5-----1
K1c2-----1
K2a6-----2
L1b1a-----1
L2a1c1-----1
L2c2a-----1
L3b1a2-----1
L3e2b-----1
L3f1b2a-----1
M1a1-----1
M1b2-----1
N1a-----1
N1b1-----3
N1b1a-----3
N1b1b-----2
N1c-----1
R0a-----4
R0a1-----2
R0a1a-----7
R0a2-----4
T1-----2
T1a-----1
T1a1-----2
T2-----3
T2a-----1
T2a1-----2
T2a1a-----2
T2b-----7
T2b3-----1
T2c1-----1
T2g-----2
U1a-----1
U1a1-----8
U1b-----2
U2e1-----1
U2e1a-----1
U3a-----20
U3a1-----1
U3a2-----3
U4-----5
U4a-----11
U4a2-----1
U4a3-----1
U5a1a-----1
U5a1a1-----1
U5a1b1-----1
U5a2b-----2
U5b1b1-----3
U5b1b1a-----3
U5b2a2-----1
U5b3-----1
U6a-----1
U6a3-----4
U7-----2
U8b-----2
U9-----1
V-----3
V1a-----3
W3a-----1
W6-----2
X1a1-----1
X2-----4
X2b-----1
X2f-----1

Y-DNA:

A3b2* -----1
E1b1b1a-----10
E1b1b1a2*-----4
E1b1b1a4-----1
E1b1b1c-----3
E1b1b1c1-----2
E1b1b1c1a-----14
F-----1
G1-----3
G1*-----8
G2a-----16
G2a3a1-----1
G2a4-----1
I1*-----6
I1b*-----1
I2a-----1
I2a2b-----2
I2b1-----1
J1-----5
J1e-----38
J2-----9
J2a1b*-----5
J2a1b1*-----5
J2a1e-----1
J2a1j-----3
J2b*-----1
J2b1-----2
J2b2*-----2
L2*-----2
R1a1a-----1
R1b1b2a-----5
R1b1b2a1-----1
R1b1b2a1a-----5
R1b1b2a1a1-----1
R1b1b2a1a1*-----4
R1b1b2a1a1a-----1
R1b1b2a1a2c-----1
R1b1b2a1a2d-----1
R1b1b2a1a2d*-----3
R1b1b2a1a2f-----2
R1b1b2a1a2f*-----3
R1b1b2a1a2f2-----1
T-----3

[Caismeachd]

mtDNA

H 75
H1 72
T2b 50
H3 33
V 20
T1a1 15
H1c 15
I1a1 12
H1c1 12
J1b1a 11
H5a1 11
H4a1 11
K1a4a1 10
K1a 10
J1c8 10
J1c3 10
H6a1b 10
H2a2a 10
U5a1a1 9
U2e 9
J1c 9
H1a 9
U5b2b 8
U5b2a1 8
T2a 8
J1c2 8
H1a1 8
W1c 7
U5b2a2 7
T2b4 7
K1 7
J1c1 7
H2a2 7
H11a2 7
U5a1b 6
L3f1b 6
K2a 6
J2a1a1b 6
J2a1a 6
I4 6
H2a2b1 6
H10 6
X2b 5
U5a2 5
T2e 5
T2b3 5
T2b2 5
T1 5
K1a1 5
J1c2c 5
H5 5
H3c 5
H1g 5
H1e1a 5
H1b 5
H13a1a 5
H11a 5
U5b1b1 4
U5a2b 4
U5a1b1 4
U5a1 4
U4b1 4
T2c1 4
K1c1 4
K1b2a 4
J1c1a 4
I2 4
I1 4
H6a1b2 4
H6a1 4
H5b 4
X2c1 3
W3a 3
W 3
U6a7 3
U4a1a 3
U2e1a 3
T2b5 3
T2a1a 3
N1b2 3
L2a1 3
K1c2 3
J2b1a 3
J1c5 3
J1c3c 3
J1c3b 3
H7 3
H5a 3
H5'36 3
H2a1 3
H1n 3
H1m 3
H1c2 3
H1a3 3
H18 3
H17 3
H16 3
H13a1a1a 3
X2g 2
X2 2
W5 2
V3 2
U8a1a 2
U8a1 2
U5b2a 2
U5b1d 2
U5b1c 2
U5b1b2 2
U5a2c 2
U4c1 2
U4b1b 2
U4a1b 2
T2f1 2
T2b6 2
T2a1b 2
T2 2
R1a 2
N9a2a'b 2
N1a 2
L3e4 2
L2a1a2 2
L1c2b1 2
L1b1a 2
K2a6 2
K2a2 2
K1c1b 2
K1a4 2
K1a1b1b 2
K1a1b1 2
K1a11 2
J1c7a 2
J1c5a 2
J1c3a 2
J1c2b 2
J1c1b1 2
J1b1a2 2
I3 2
I2a 2
HV1 2
HV0 2
H9a 2
H4a1a1a 2
H26 2
H24 2
H23 2
H15a 2
H13 2
H10a1 2
B2b 2
B2 2
A2 2
Z1a 1
X2b4 1
X2b3 1
W1a 1
W1 1
V6 1
V1 1
U8a 1
U6a5 1
U6a3 1
U5b3b 1
U5b3 1
U5b1 1
U5a2d 1
U5a2a 1
U5a1a 1
U4b1a2 1
U4a2b 1
U4a 1
U4 1
U3b 1
U3a1 1
U2e1 1
U2d 1
U1a1 1
T2f 1
T2c1b 1
T2b1 1
T2a1 1
T1a 1
R 1
N1b1 1
M7c3c 1
L4b2 1
L3f1b3 1
L3e3b1 1
L3e2b1a 1
L3e1 1
L3d1b 1
L3d1a1a 1
L3d1-5 1
L2c 1
L2b1a3 1
L2b1a 1
L2a1a 1
L1c3b'c 1
K2b1 1
K2b 1
K2a5 1
K2a2a 1
K1b2b 1
K1b2 1
K1a4a1a 1
K1a3a1 1
K1a2a 1
K1a1b2a 1
K1a1b1a 1
K1a10 1
J2b1a1 1
J2a1a1 1
J1c7 1
J1c4 1
I1b 1
I 1
HV1a2 1
HV1a1 1
HV1a 1
HV0c 1
HV0a 1
HV 1
H8 1
H7a 1
H6b 1
H6a1a 1
H6 1
H4a1a 1
H4a 1
H4 1
H3g 1
H35 1
H2a5 1
H2a2b 1
H20 1
H1u 1
H1e 1
H15 1
H13a2 1
E1 1
C1b2 1
B4b1a2 1
B4'5 1
A2h 1
Grand Total 980

y-dna

R1b1b2a1a2f* 92
R1b1b2a1a 47
I1* 47
R1b1b2a1a1* 25
R1b1b2a1a2f2 20
R1b1b2a1a1d* 19
R1b1b2a1a1 17
R1a1a 17
I1 17
R1b1b2a1a2d3* 16
I2b1* 12
R1b1b2a1a2d 10
R1b1b2a1a2d* 9
R1b1b2a1a2c 9
R1b1b2a1a1a 8
J2b2* 8
E1b1b1a2* 8
R1b1b2a1a2f 7
R1b1b2a1a1d 7
G2a 7
R1b1b2a1a1d1* 6
I2b1 6
R1a1a* 5
J1e 5
J2 4
I2b2 4
R1b1b2a1a2d3a 3
R1b1b2a1a2 3
R1b1b2a1a1d1a 3
R1b1b2a1 3
R1b1b2a 3
J2a1b* 3
I2a1* 3
I2a 3
G2a4 3
E1b1a8a1* 3
T 2
Q1a3* 2
J1 2
I2a2 2
G2a3b2 2
E1b1b1b2a 2
E1b1a7a 2
R1b1b2 1
R1a 1
O3a3 1
J2a1b1* 1
I2a2b 1
I2a2a 1
I2 1
G2c* 1
E1b1b1a4 1
E1b1b1 1
E1b1a 1
E1a1 1
D1* 1
0
Grand Total 489