| Notes |
- I would be very grateful for more information on this line. If you have any please email Hamish Maclaren at maclaren@earthlink.net
Paternal line DNA Confirmed Haplogroup is R-Z19118
(a subgroup of Y16252, a subgroup of R-S7370)
Most of the information on Rootsweb at "Maclarens, Birtwistles and Many Other Families" at http://wc.rootsweb.ancestry.com/cgi-bin/igm.cgi?db=maclaren
The line starts with a1-start-maclaren at http://wc.rootsweb.ancestry.com/cgi-bin/igm.cgi?op=GET&db=maclaren&id=I000815 (have not been able to update this since December 2017)
My Heritage has the most current the whole file at https://www.myheritage.com/site-family-tree-118811/maclaren?rootIndivudalID=10000141&familyTreeID=10 &
https://www.myheritage.com/site-family-tree-118811/maclaren?rootIndivudalID=10000141&familyTreeID=10#!profile-10000141-info
Ancestry.com “Maclaren Birtwistle and cousins 16 Aug 2019 FTM”. Note: The date will change with updates as will the web address https://www.ancestry.com/family-tree/tree/163144666/family
For now Ancestry will not let me upload the whole tree there. They are not allowing files with this many people; hopefully they will change that rule soon. If they do the file will be “Maclaren, Birtwistle and Other Families Trees “ plus the date
++++++++++++++++++++++++++++
We have DNA test results on 23andme, FamilyTreeDNA (including mtDNA & Big Y), Ancestry.com, also uploaded to GEDmatch (JE7586408 & GL6036936) and My Heritage.
This Maclaren Line
Paternal line DNA Confirmed Haplogroup is -R-Z19118 (was -FT69503)
(FamilyTreeDNA Big Y-700, 30 August 2019) (a subgroup of Y16252, a subgroup of R-S7370)
This R GROUP line
M173 - M343(R-P25) -L754 - L389 -P297 - M269 - L23 - L51 -P310 - L151 -P312 -Z290 -L21 - DF13 - Z39589 -L1335 -L1065 - Z16325 - S744 - S764 - Y16252 -YB2333 -BY41060 -BY206760 -R-Z19118 (was -FT69503) (30 Aug 2019. Kit #431343)
This test was done by Hamish Maclaren,
son of Ian Garnet Maclaren (1915-1997) (& Annette Mary Birtwistle, 1921-2006),
son of Dr. Norman Henry William Maclaren (1880-1937) (& Mary Margaret Garnet, 1893-1988),
son of Robert Maclaren (1817-1889) (& Mary Jane Finlay c1840-1900),
son of Robert Maclaren of Bainsford (c 1778-1825) (& Margaret Shaw, 1779-1854),
son of Robert Maclaren (c 1745-bef 1786) (& Margaret Lowrie b.c1750).
This Maclaren Line
See Clan MacLaren Surname DNA Project - Y-DNA at https://www.familytreedna.com/public/MacLaren/default.aspx?section=yresults
a bit after halfway down under
"Type 1 : (R1b-L1335>L1065>S744>S7370/S764>Y16252>BY23333): Scots Cluster, Sub group A MacLaren -DYS576=18 or above, The line of the Clan Chief.
The listing: 431343 Maclaren Robert Maclaren b 1745 (v approx) d bef June1786. Scotland. R-FT69503
(30 August 2019. Kit #431343).
+++++++++++++++++++++++++++++++++
Descendants of Multiverse then Big Bang
To Y-Chromosomal Adam and Mitochondrial Eve. (includes Neanderthal contribution)
and Adam and Eve
1 Multiverse
2 Other possible universes
2 Big Bang, (13.799 Billion years ago) b: in 13.799 Billion years ago.
…3.1 Big Bang Era, Planck Epoch Three times shorter than 10-43 seconds (Planck time). Followed by Hadron Epoch, Lepton Epoch, etc.
…3.2 First Atoms ish about three minutes Big Bang nucleosynthesis produced most of the helium, lithium, and deuterium in the Universe, and perhaps some of the beryllium and boron.[115][116][117]. The end of the lepton epoch, about 10 seconds after the Big Bang.[1] Atomic nuclei were created in the process of nucleosynthesis which occurred during the first few minutes of the photon epoch. For the remainder of the photon epoch, the universe contained a hot dense plasma of nuclei, electrons and photons. 370,000 years after the Big Bang the temperature of the universe fell to the point where nuclei could combine with electrons to create neutral atoms. https://en.wikipedia.org/wiki/Photon_epoch. Primordial nucleosynthesis is believed by most cosmologists to have taken place in the interval from roughly 10 seconds to 20 minutes after the Big Bang,[2] and is calculated to be responsible for the formation of most of the universe's helium as the isotope helium-4 (4He), along with small amounts of the hydrogen isotope deuterium https://en.wikipedia.org/wiki/Big_Bang_nucleosynthesis
…3.3 First molecules. around 100,000 years, the universe has cooled enough for helium hydride, the first molecule, to form. https://en.wikipedia.org/wiki/Chronology_of_the_universe#First_molecules
…3.4 Recombination 380,000 years after the Big Bang When the temperature drops below the ionization potential, atoms become statistically favorable. Atoms (complete with bound electrons) became to dominate over charged particles 380,000 years after the Big Bang—an epoch called recombination, when the expanding Universe cooled enough to allow electrons to become attached to nuclei.[118] https://en.wikipedia.org/wiki/Atom#Formation
…3.5 Star and galaxy formation and evolution, around 150 million to 1 billion years after Big Bang. Earliest confirmed galaxies 380-400 million years after Big Bang.
.... 4 Great Balls of Fire, Hadean period b: 4.54 billion (US) Age of our solar system and the Earth. 4.5 to 3.8 billion (US) years ago the Earths Hadean period
.......... +Timeline of evolution.
...... 5 Single cell organisms, Chemical Soup/Primeval Slime b: in 3.8 billion (US) (3.5- 4 billion) years ago
......... 6 1-2 billion years of bacteria b: in 3.5-4 billion years ago
........... 7 cyanobacteria increase oxygen b: in 2.5 billion years ago, maybe. at least 2450–2320 million years ago (Ma), and, it is speculated, much earlier
............. 8 eukaryotic cells, 1.6–2.1 billion years ago b: in 1.6–2.1 billion years ago
............... 9 Cambrian explosion b: in around 542 million years ago. Lasting for about the next 20–25million years
.................. 10 Millions of generations of other sea life forms
.................... 11 Millions of generations of fish
...................... 12 Millions of generations of reptiles d: in 350-312 million years ago
........................ 13 Dinosaurs. c 243-223 million years ago to 65 million years ago.
........................ 13 Millions of generations of mammals 227-212 million years ago
........................... 14 Primates b: 85-55 million years ago.
............................. 15 Strepsirrhini
............................... 16 Lemuriformes
................................. 17 Lemurs
................................. 17 lorises and allies
............................. 15 Haplorhini
............................... 16 Tarisifformes b: in to tarsiers
................................. 17 tarsiers
............................... 16 Simiiformes 60 million years ago
................................. 17 New New World monkeys b: in (parvorder Platyrrhini) 40 million years ago
................................. 17 (Old World anthropoid) Catarrhini c55 million years ago
................................... 18 Old World monkeys b: in (superfamily Cercopithecoidea)
................................... 18 Hominoidea b: in 20.4 million years ago
...................................... 19 orangutans b: in (genus Pongo)
...................................... 19 (African Apes) Hominidae b: in 15.7 million years ago
........................................ 20 Gorilla
........................................ 20 Homini
.......................................... 21 Pan
............................................ 22 Chimpanzees
............................................ 22 Bonobo
.......................................... 21 Millions of generations of homini
............................................ 22 Homo
............................................... 23 Australopithecina b: in apparently evolved in eastern Africa around 4 million years ago
................................................. 24 Paranthropus b: in 2.6 and 1.1 million years ago
................................................. 24 Ardipithecus b: in 5.6-4.4 million years ago
................................................. 24 Kenyanthropus b: in 3.5 to 3.2-million-year-old
................................................. 24 Australopithecus b: in 4 million years ago. widespread throughout Eastern and Southern Africa as early as 4 to as late as 1.2 million years ago d: in 2 million years ago
................................................... 25 Australopithecus anamensis b: in approximately four million years ago
................................................... 25 Australopithecus afarensis b: in 3.9 million years ago d: in 2.9 million years ago
................................................... 25 Australopithecus africanus b: in 3.3 and 2.1 million years ago d: in 3.3 and 2.1 million years ago
................................................... 25 Australopithecus bahrelghazali b: in about 3.6 million years ago
................................................... 25 Australopithecus deyiremeda b: in about 3.5- 3.3 million years ago
................................................... 25 Australopithecus garhi b: in 2.5 million years ago
................................................... 25 Australopithecus sediba b: in 2 million years ago
................................................... 25 Homo habilis b: in 2.1 million years ago
..................................................... 26 Homo ergaster
..................................................... 26 Homo erectus b: in about 2 million years ago d: in Fossilized remains dating to 1.8 and 1.0 million years old have been found in Africa (e.g., Lake Turkana and Olduvai Gorge), Europe (Georgia), Indonesia (e.g., Sangiran and Trinil), and China (e.g., Lantian).
........................................................ 27 Homo antecessor d: in present in Western Europe (Spain, England and France) between about 1.2 million and 0.8 million years ago
........................................................ 27 Homo heidelbergensis d about 700,000 years ago. d: in between about 700,000 and 300,000 years ago
........................................................ 27 Homo neanderthalensis - Neanderthals b: in 600-774 million years ago
.......................................................... 28 many generations of Neanderthals d: in The Neanderthals began to be displaced around 45,000 years ago by modern humans
............................................................ 29 [2] Neanderthals d: in became extinct around 40,000 years ago
.................................................................. +[1] Homo sapiens idaltu b: in originated in the African savanna between 200,000 and 300,000 years ago d: in originated in the African savanna between 100,000 and 250,000 years ago Father: Homo erectus
.............................................................. 30 [3] Homo sapiens sapien d: in lived 200,000-300,000 years ago in Pleistocene Africa.
..................................................................... +[4] or extraterrestrial aliens or Divine Intervention
........................................................ 27 Homo Denisova d: in lived to about 41,000 years ago
........................................................ 27 [1] Homo sapiens idaltu b: in originated in the African savanna between 200,000 and 300,000 years ago d: in originated in the African savanna between 100,000 and 250,000 years ago
.............................................................. +[2] Neanderthals d: in became extinct around 40,000 years ago Mother: many generation of Neanderthals
.......................................................... 28 [3] Homo sapiens sapien d: in lived 200,000-300,000 years ago in Pleistocene Africa.
................................................................ +[4] or extraterrestrial aliens or Divine Intervention
............................................................ 29 [6] Eve
.................................................................. +[5] Adam d: around 6 pm on 22 October 4004BC (“Creation”). Info 1: See "Notes" & Primate of All Ireland, Archbishop & James Ussher (or Usher; 1581 –1656). Father: or extraterrestrial aliens or Divine Intervention Mother: Homo sapiens sapien
.............................................................. 30 [7] Many generations to Y-Chromosomal Adam
.............................................................. 30 [8] Many generations to Mitochondrial Eve
.............................................................. 30 [9] Biblical lines of Adam and Eve
............................................................ 29 [5] Adam d: around 6 pm on 22 October 4004BC (“Creation”). Info 1: See "Notes" & Primate of All Ireland, Archbishop James Ussher (or Usher; 1581 –1656)
.................................................................. +[6] Eve Father: or extraterrestrial aliens or Divine Intervention Mother: Homo sapiens sapien
.............................................................. 30 [7] Many generations to Y-Chromosomal Adam
.............................................................. 30 [8] Many generations to Mitochondrial Eve
.............................................................. 30 [9] Biblical lines of Adam and Eve
Notes:
In reality Neanderthals may not have bred with humans until they met out of Africa around 50-70,000 years ago. Perhaps it should be with the “mother” of 7 daughters of Eve, although the “daughters” are thousands of years apart. Hopefully there was no extra marital infidelity.
Where to fit in Mitochondrial Eve and Y chromosome Adam is still a work in process, since they lived thousands of years apart. One can only hope they were somehow married and not “single parents”.
Then there is where to put the Biblical Adam and Eve, particularly since some ancestral lines trace back through many biblical individuals to them.
Then where to put the date of the “creation”, around 6 pm on 22 October 4004BC, according to Archbishop James Ussher (or Usher; 1581 –1656) Primate of All Ireland. Or at nightfall near the autumnal equinox, but in the year 3929 BC, according to John Lightfoot (1602 –1675), Vice-Chancellor of the University of Cambridge.
..............................................
Descendants of Y-Chromosomal Adam
To 22 [& 27] R -L21 Haplogroup
1 Y-Chromosomal Adam d: in Africa. 275,000 years ago. or 236,000 years ago
2 Descendants of Y-Chromosomal Adam
.. 3 Haplogroup A b: in Africa estimated at some 250, 000 years ago or 275, 000 years ago
...... 5 CT Haplogroup
........ 6 Haplogroup DE
.......... 7 Haplogroup D
.......... 7 Haplogroup E
........ 6 CF Haplogroup
.......... 7 F Haplogroup
............ 8 HIJK Haplogroup
.............. 9 IJK Haplogroup
................ 10 K Haplogroup
................... 11 MNOPS Haplogroup
..................... 12 MPS Haplogroup
....................... 13 P Haplogroup
......................... 14 Haplogroup Q
......................... 14 Haplogroup (R M207) R
........................... 15 Haplogroup (M749) R2
........................... 15 Haplogroup (aka R-M173) R1
............................. 16 Haplogroup M420
............................. 16 Haplogroup (aka R-P25) M343
............................... 17 Haplogroup L754
................................. 18 Haplogroup R -L389
................................... 19 R -P297 Haplogroup
..................................... 20 R-M73 Haplogroup
..................................... 20 R -M269 Haplogroup
........................................ 21 [2] Short cut M269 to Haplogroup (aka R-P25) L21 This R GROUP line: M173 -M343(R-P25) -L754 -L389 -P297 -M269 -L23 -L51 -P310 -L151 -P312 -Z290 -L21 -DF13 -Z39589 -L1335 -L1065 -Z16325 -S744 -S764 -Y16252. (21 July 2015. Kit #431343).
.............................................. +[1] Z290 Haplogroup Father: P312 Haplogroup.
.......................................... 22 [3] R -L21 Haplogroup b: in About 4500 years ago
............................................ 23 DF13 Haplogroup
.............................................. 24 Z39589 Haplogroup
................................................ 25 L1335 Haplogroup
.................................................. 26 L1065 Haplogroup
........................................ 21 L23 Haplogroup
.......................................... 22 L51 Haplogroup
............................................ 23 P310 Haplogroup
.............................................. 24 L151 Haplogroup
................................................ 25 P312 Haplogroup
.................................................. 26 [1] Z290 Haplogroup
........................................................ +[2] Short cut M269 to Haplogroup (aka R-P25) L21 Father: R -M269 Haplogroup
.................................................... 27 [3] R -L21 Haplogroup b: in About 4500 years ago
......................................
Descendants of R -L21 Haplogroup
To Robert Maclaren (c1775- Bef. Jun 1786)
This R GROUP line: M173 -M343(R-P25) -L754 -L389 -P297 -M269 -L23 -L51 -P310 -L151 -P312 -Z290 -L21 -DF13 -Z39589 -L1335 -L1065 -Z16325 -S744 -S764 -Y16252 -BY23333 -BY206760 -FT69503 . (30 Aug 2019. Kit #431343).
1 R -L21 Haplogroup b: in About 4500 years ago
2 DF13 Haplogroup
.. 3 Z39589 Haplogroup
.... 4 L1335 Haplogroup
...... 5 L1065 Haplogroup
........ 6 Z16325 Haplogroup
.......... 7 S744 Haplogroup
............ 8 S765 Haplogroup
.............. 9 Y16252 Haplogroup
................ 10 many generations from Y16252 Haplogroup
................... 11 A7366 Haplogroup
...................... 12 A7367 Haplogroup
........................ 13 BY23336 Haplogroup
................... 11 BY55436 Haplogroup
................... 11 BY23333 Haplogroup
..................... 12 Many generations of BY23333 Haplogroup
....................... 13 BY140970 Haplogroup
......................... 14 BY206760 Haplogroup line to some Maclaren
.......................... 15 Y72705 Haplogroup
........................... 16 BY112747 line to some Maclarens
.......................... 15 BY140970 Haplogroup
........................... 16 BY141784 line to some Maclaren
.......................... 15 BY205902 Haplogroup line to some Maclarens
.......................... 15 Z19118 Haplogroup
........................... 16 Many generations of Maclaren/Maclaurin
............................. 17 Many generations to other lines of Maclaren
............................. 17 Many generations to this line of Maclaren ............................... 18 a1 start Maclaren b: in Scotland d: in Scotland
................................. 19 Robert Maclaren b: Abt. 1745 in Scotland. Date is a rough guess since daughter born 1775. d: Bef. Jun 1786 in Scotland, Date of death here assumes his wife remarried after his death, rather than divorce.
.................................. +Margaret Lowrie, or Lawrie, or Laurie b: 5 Aug 1753 in Scotland d: in Scotland Father: Lawrie? Info 1: Lawrie is known to be and anglicized version of Maclaren so this could be her husband’s name or her maiden name. Was her husband "wanted” for the ‘45 and adopted this name as a safeguard?
This Maclaren Line
FamilyTreeDNA Big Y-700: Paternal line DNA Confirmed Haplogroup is R- Y19118 (a subgroup of Y16252 a subgroup of R-S7370) (30 August 2019. Kit #431343).
This R GROUP line: M173 - M343(R-P25) -L754 -L389 -P297 - M269 -L23 -L51 -P310 - L151 -P312 -Z290 -L21 -DF13 -Z39589 -L1335 -L1065 -Z16325 -S744 - S764 -Y16252 -BY23333 -BY41060 -BY206760 -Z19118
ThisY700 test was done by Hamish Maclaren (30th Aug. 2019),
son of Ian Garnet Maclaren (1915-1997) (& Annette Mary Birtwistle, 1921-2006),
son of Dr. Norman Henry William Maclaren (1880-1937) (& Mary Margaret Garnet, 1893-1988),
son of Robert Maclaren (1817-1889) (& Mary Jane Finlay c1840-1900),
son of Robert Maclaren of Bainsford (c 1778-1825) (& Margaret Shaw, 1779-1854),
son of Robert Maclaren (c 1745-bef 1786) (& Margaret Lowrie b.c1750).
Descendants of Robert Maclaren & Margaret Lawrie/Laurie are on Rootsweb at https://wc.rootsweb.com/trees/616047/I000141/robert-maclaren/descendancy
OLD https://wc.rootsweb.com/trees/182246/I000141/-/descendancy
ADDITIONAL SNPs from YFull (Y-Chr Sequence Interpretation Service) (2018 from Big Y500)
https://yfull.com/home/
ID: YF15885
Y-Haplogroup:R-BY23333
Terminal SNPs:YFS398652/BY23333
Known SNPs (136272) (single nucleotide polymorphism)
Positive (2127) Ambiguous (14) No call (3191)
Positive Private
Y4615 • FGC16463 • F12730 level R-BY23333private
Z19118 level R-BY23333private
Y38190 level R-BY23333private
S14083 level R-BY23333private
PF6072 level R-BY23333private
YFS398652 • BY23333 level R-BY23333newRating for known SNP
…….
Ambiguous (14)
CTS4101 • PF2963 • M3526Rating for known SNPx
CTS7943Rating for known SNP
CTS5069Rating for known SNP
YSC0000244Rating for known SNP
S27255Rating for known SNP
S27369Rating for known SNP
Z4571Rating for known SNP
CTS4498Rating for known SNP
CTS4923Rating for known SNP
Y1411_1Rating for known SNP
PF1265Rating for known SNP
PF546Rating for known SNP
S8709 • E762Rating for known SNP
Y1413_1
NOVEL SNPS (53) (single nucleotide polymorphism)
Best qual (3) Acceptable qual (4) Ambiguous qual (5) Low qual (0) One reading! (41) INDELs (0)
Best qual 3
HG19 HG38
91328029295193 BY186831 / Y160129 private G to T, Q:100.BAM
1432068512199979 BY187072 / Y160191 private G to A. Q:100 .BAM
1590308713791207 BY187358 / Y160185 private A to G. Q:100 .BAM
Acceptable qual (4)
HG19HG38
75883107720269 BY186430 / Y160175 private. C to G. Q:92 .BAM
84825558614514. BY186668 / Y160134 private. C to G. Q:91 .BAM
1432056512199859 BY187071 / Y160163 private T to A. Q:95 .BAM
1458674112474941 Y160147 private. C to T Q:100 .BAM
Ambiguous qual (5)
HG19HG38
10893199 YFS6585981 up to R-Y16252. C to A. Q:100..BAM
1386675411746048 YFS6585993 private 2. G to T. Q:100. .BAM
1392679511806089 YFS6585994 private. C to A. Q:100. .BAM
1946885017356970 YFS6586043 private. G to A. Q:100. .BAM
2179265519630769. YFS6586054 up to R-BY23333. C to T. Q:100 .BAM
One reading! (41)
HG19HG38
43289954460954. YFS6585944 up to R-BY23333. C to G. BAM
63679656499924. YFS6585947 up to R-BY23333. G to T. BAM
75908157722774. YFS6585953 up to R-BY23333. C to T. BAM
76627947794753. YFS6585954 private. C to A. BAM
79704528102411. YFS6585957 private. G to T. BAM
79746928106651. YFS6585958 private. T to G. BAM
86739418805900. YFS6585963 private 1. C to A. G. BAM
87238398855798. YFS6585965 up to R-BY23333. A to G. BAM
989026010052651. YFS6585975 private. G to A. BAM
1003327310195664. YFS6585980 private. C to A. BAM
1355692011401244. YFS6585985 private 1. C to A. BAM
1360291811447242. YFS6585986 private. C to A. BAM
1364366011487984. YFS6585988 private. C to A. BAM
1380129111680585. YFS6585992 private. A to C. BAM
1430443312183727. YFS6585997 up to R-BY23333. C to A. BAM
1445804712337320. YFS6586002 private. C to A. BAM
1578583513673955. YFS6586010 private 1. C to A. BAM
1605501713943137. YFS6586012 up to R-BY23333 C to A. BAM
1607011213958232. YFS6586013 private. A to T. BAM
1696827114856391. YFS6586018 private. A to C. BAM
1702916714917287. YFS6586019 private 1. C to A. BAM
1856536216453482. YFS6586035 private. C to A. BAM
1862806816516188. YFS6586036 private 1. C to A. BAM
1930444517192565. YFS6586040 private. C to A. BAM
1945922217347342. YFS6586042 private. G to T. BAM
1953286117420981. YFS6586045 private. C to A. BAM
2106840218906516. YFS6586048 private. C to A. BAM
2136873019206844. YFS6586051 private. T to G. BAM
2185363119691745. YFS6586056 private 2. C to A. BAM
2194907519787189. YFS6586057 private 2. C to A. BAM
2198388319821997. YFS6586058 private. C to A. BAM
2221517720053291. YFS6586061 up to R-BY23333. G to A. BAM
2265138520489499. YFS6586067 private. C to A. G. BAM
2281090820649022. YFS6586068 up to R-BY23333. A to G. BAM
2301977120857885. YFS6586069 up to R-BY23333. C to A. BAM
2327747921115593. YFS6586072 private. T to A. BAM
2335226421190378. YFS6586073 private. C to A. BAM
2383888521676999. YFS6586077 up to R-BY23333. G to A. BAM
2442088022274733. YFS6586084 private 1. T to G. BAM
2847906526332918. YFS6586088 private 1. C to A. BAM
2877353526627388. YFS6586089 private 1. G to A. BAM
FAQ: YFull Definitions https://yfull.com/faq/definitions/
STR - short tandem repeat. STRs are short sequences of Y-DNA that are repeated.
SNP - single nucleotide polymorphism.
|
Ancestorium Family Tree Collaboration
- UNKNOWN