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All Children. All 16th Generation: # on this chart is 1, the same as # on the chart below. 1 on this chart is same as # on Chart #. Children. All 16th Generation: 1 on this chart is same as # on the chart below. 1 on this chart is same as # on Chart #. Children. All 16th Generation: The colors indicate when all the work for that family has been completed. Birthplace Married Place Death Place Parents (5th Generation) 4 birthplace Married Place Death Place birthplace Marriage Parents (4th Generation) 6 Marriage Parents (3rd Generation) 24 27 28 29 29 18 birthplace Death Place Parents (5th Generation) 1 Parent (2nd Generation) 29 29 31 31 30 14 Marriage Parents (4th Generation) 32 32 33 35 33 7 Marriage Parents (3rd Generation) 35 35 35 40 35 10 Death Parents (3rd Generation) 40 41 41 42 41 13 31 38 40 41 42 1 Parents (2nd Generation) 41 42 42 46 41 13 Marriage Parents (4th Generation) 41 42 43 47 42 13 25 36 42 49 43 1 Parents (3rd Generation) 46 45 47 52 48 15 birthplace Death Place 1 Children. All Children. All 25th Generation: A baby born in July is counted as January 1. A baby born this morning is counted as August 1. 29th Generation: A baby born in June is counted as January 2. A baby born today is counted as August 2. 50th Generation: A baby born in December is counted as January 3. Children. All Children. All 26th Generation: A baby born in May is counted as June 1. A baby born today is counted as August 3. 31st Generation: A baby born in December is counted as September 1. A baby born this morning is counted as October 1. Parents. All Parents. All 31st Generation: The last generation in a row is the youngest generation in that same generation, and includes the number of children born this morning, that has nothing to do with the day of the week. Note on the Birth Order Chart: A baby born on a Tuesday does not have the same birthday as a baby born yesterday. It could be a Tuesday if a baby comes this morning, or it could be a Wednesday if a baby comes today. If a baby is born on a Tuesday, its second birthday will be on the Monday following the birthdate.

Pedigree charts helping scientists trace the passing on of traits pedigree charts our story begins with a couple we've got a brown haired male and a blond-haired female these two people met fell in love and got married once married our couple decided to reproduce in their family they had two children their firstborn was a blond-haired son and their second form was a brown haired female later in her life our brown haired female met a brown haired male they too fell in love decided to get married and reproduced in their family they had two children their firstborn was a blond-haired female and their second born was a brown haired female scientists look at this family tree and simplify it instead of using faces and names scientists use symbols squares represent males in circles represent females this is an example of a pedigree chart scientists will then use this information to track the passing on of traits in our family we'll look at the passing on of the blond-haired trait here's our family tree next to a pedigree together we can work to fill this out the trait that we're looking at is the trait of brown hair is dominant to blonde hair in our example our male is heterozygous his genes or hair color our baby little be in the pedigree chart we will shade in his shape half way this will show us that he's carrying the recessive trait for blind hair the wife and our example has blonde hair her genes are two lowercase bees on the pedigree chart to the right we will shade her shape in completely her firstborn had blonde hair, so his shape will be shaded in completely the son-in-law was heterozygous, or he's carrying the recessive gene we will shade his shape in half way the daughter is also a heterozygous carrier we will shade her circle in half way their firstborn had blonde hair so to represent this in the pedigree chart we will shade her circle incompletely and her sister inherited two dominant genes for hair color we will leave her shape on shaded if we take a look at the pedigree we can review what we learned squares represent boys circles represent girl a half shaded in shape represents a carrier is someone who has one dominant and one recessive gene for specific trait if the shape is fully shaded in we say that the person is showing the recessive trait in our example the recessive boy would have blonde hair and so what a recessive girl and their genes would be — or a case B's so the next time you look at a family tree think like a scientist and try and pick a trait and trace it pedigree charts tracing or passing on of human traits

Pedigree charts , sometimes called “Ancestor” or “Lineage” Charts, typically have space for four or five generations (parents, grandparents, and great-grandparents.) There is space for full names, dates and places of birth, marriage, and death. ... Ancestral lines can continue onto other charts.