Remove Analytics

Hiram KILBOURN

b. 25 Oct 1816
p. Brockville, Leeds & Grenville Co, Ontario, Canada
d. 3 Jul 1858
p. Invermay Arran Twp, Bruce Co, Ontario, Canada

Hiram KILBOURN

b. 15 Feb 1786
p. Castleton, Rutland, Vermont, United States
d. 8 Feb 1847
p. Brockville, Leeds & Grenville Co, Ontario, Canada
1809

James KILBOURN

b. 5 Jan 1750
d. Dec 1820

James KILBOURN

b. 13 Apr 1707
d. 9 Mar 1762

Joseph KILBOURN

b. 1672
d. 1744

Dorothy BUTLER

b. 1676
d. 19 Jul 1709

Sarah BISSELL

b. 3 Feb 1713
d. 9 Jun 1762

Isaac BISSELL

b.
d.

Elizabeth OSBORN

b.
d.

Mary CRAMPTON

b. 24 Dec 1748
d. 14 Sep 1795

Sarah BILLINGS

b. 9 Sep 1791
p. Brockville, Leeds & Grenville Co, Ontario, Canada
d. 19 Nov 1834
p. Brockville, Leeds & Grenville Co, Ontario, Canada
1809

Marriage(s):
Elizabeth SEAMAN
m: on 17 May 1838.

Children from this marriage:
  Sarah Sophia KILBOURN
  John Melbourne KILBOURNE
  Hiram James KILBOURN
  George Dunning KILBOURN
  Frederick L. KILBOURN
  Margaret Henrietta KILBOURN
  Allan Grant KILBOURN



PIKWA - Performance Indicator Kwartierstaat

These Charts show the relative state of completion of an individual's Pedigree Chart. It compares the number of vital statistics currently found to the total required to fill ten generations out from the chosen person.

The PIKWA concept was developed by Otto P. van Driel in The Netherlands.
Adapted to our Pedigree Charts by Rob Vanderplas

Combined

2

(6/7) 85%

3

(6/14) 42%

4

(7/28) 25%

5

(9/56) 16%

6

(9/112) 8%

7

(4/224) 1%

8

(0/448) 0%

9

(0/896) 0%

Tot:

(41/1785) 2%

People

2

(2/2) 100%

3

(2/4) 50%

4

(2/8) 25%

5

(4/16) 25%

6

(4/32) 12%

7

(4/64) 6%

8

(0/128) 0%

9

(0/256) 0%

Tot:

(18/510) 3%

Birth Dates

2

(2/2) 100%

3

(2/4) 50%

4

(2/8) 25%

5

(2/16) 12%

6

(2/32) 6%

7

(0/64) 0%

8

(0/128) 0%

9

(0/256) 0%

Tot:

(10/510) 1%

Marriage Dates

2

(0/1) 0%

3

(0/2) 0%

4

(1/4) 25%

5

(1/8) 12%

6

(1/16) 6%

7

(0/32) 0%

8

(0/64) 0%

9

(0/128) 0%

Tot:

(3/255) 1%

Death Dates

2

(2/2) 100%

3

(2/4) 50%

4

(2/8) 25%

5

(2/16) 12%

6

(2/32) 6%

7

(0/64) 0%

8

(0/128) 0%

9

(0/256) 0%

Tot:

(10/510) 1%