Elizabeth Kay

Family Group Record | Pedigree Chart | Descendancy Chart

[-] Elizabeth Kay ↓→

B: 1754 in Thornley, Lancashire, England

D: 15 May 1838 in Minnerleigh, Lancashire, England

M: Joshua Walmsley ↓→

28 Dec 1775 in Thornley, Lancashire, England
[-] William Walmsley ↓→

B:

D:

M: Mary Slater ↓→

11 Apr 1814 in Whitewell, Yorkshire, England
[-] John Walmsley ↓→

B: 18 Sep 1814 in Bowland, Chipping, Lancashire, England

D: Dec 1877

[-] Elizabeth Walmsley ↓→

B: Dec 1816 in Thornley, Lincolnshire, England

D: 13 Apr 1896 in Minersville, Beaver, Ut

M: James Corbridge ↓→

16 Feb 1835 in Chipping, Lancashire, England
[-] Mary Ann Corbridge ↓→

B: 12 Mar 1832 in Thornley, Lancashire, England

D: 13 Feb 1916 in Minersville, Beaver, Ut

M: Oscar Hamblin ↓→

14 Feb 1854 in Salt Lake City, Salt Lake, Ut
[-] William Corbridge ↓→

B: 23 Jul 1838 in Thornley, Lancashire, England

D: 26 Nov 1926 in Minersville, Beaver, Ut

[-] John Corbridge ↓→

B: 1839 in Thornley, Lancashire, England

D: 1840

[-] James Corbridge ↓→

B: 1842 in Nauvoo, Hancock, Il

D:

M: John Walker ↓→

1846 in Nauvoo, Hancock, Illinois, United States
[-] Joseph Edward Walker ↓→

B: Feb 1847 in Winters Quarters, Douglas, Ne

D: Apr 1847 in Winter Quarters, Douglas, Ne

[-] Solomon Walker ↓→

B: 20 Nov 1848 in Winter Quarters, Pottawattamie, Ia

D: 22 Dec 1930 in Murray, Salt Lake, Ut

M: Amanda Grundy ↓→

Jan 1866 in Murray, Salt Lake, Ut
[-] Hyrum Alonzo Walker ↓→

B: Mar 1851 in Olivers Camp, Pottawattamie, Ia

D: 30 Apr 1937 in Minersville, Beaver, Ut

M: Mary Jerusha Wood ↓→

M: Mary Jerusha Wood ↓→

17 Oct 1870 in Salt Lake City, Salt Lake, Ut
[-] Nancy Walmsley ↓→

B:

D: 27 May 1802

[-] Edward Walmsley ↓→

B: 1776 in Chipping, Lancashire, England

D:

[-] John Walmsley ↓→

B: 1778 in Thornley, Lancashire, England

D:

[-] Jane Walmsley ↓→

B: ABT 1780 in Chipping, Lancashire, England

D:

[-] Ellen Walmsley ↓→

B: 15 Mar 1795 in Thornley, Chipping, Lancashire, England

D:

[-] Jane Walmsley ↓→

B: ABT 1798 in Broughton, Lancashire, England

D: