The History & Heritage Handbook

The History & Heritage Handbook 2015-2016

With the holiday season well and truly in swing, I’m on a weekend in London as you read this hopefully getting my fill of museums and heritage sites.

If you are like me and end up visiting parts of the country that you are unfamiliar with, then I’d recommend The History & Heritage Handbook 2015/16 to you.

Not content with this current short break, I’m also planning another few days in the South of England in September, perhaps going to the Record Offices and archives there. Plus I’ve a visit to the Midlands in the next few months. Back in June I was in Salisbury and saw the copy of the Magna Carta that is on show in the chapter house of the cathedral there and visited some other historical venues while there.

 

 

The new History & Heritage Handbook 2015/16 edited by Andrew Chapman and published by Heritage Hunter came out only recently and is invaluable to help people like me make the most of our visits.

The book is a comprehensive guide to almost 3500 places and organisations in the UK , the Channel Islands and the Isle of Man.

Each of the entries provides the contact details and a brief description, many of which give specific information about specialist collections and all listed across more than 500 pages..

I recommend you use it to

  • research your family history: as the book includes details of county record offices and family history societies
  • find thousands of heritage sites to visit on holiday or for day trips
  • learn about special archives in museums and libraries across the UK, ideal for researching local, social or military history

or it can also be found at various other suppliers such as: S&N Genealogy Supplies

 

 

 

 

—–

Hit a brick wall with your English/Welsh ancestors?

Learn how to discover the many records and resources to find your forebears within

by taking the Family History Researcher Course online.

Send to Kindle

Famil Tree DNA Tests

 

FDA_microbiologist_prepares_DNA_samples_for_gel_electrophoresis_analysisNot so long ago we just never heard of DNA being used in everyday situations. And then suddenly every detective story on TV seemed to mention the suspect’s DNA being collected from the crime scene.

In the world of family history, DNA has also emerged into the main stream. Today if you want to prove that you are descended from a certain line then you may be able to use genetics to prove it.

But then there is the shorthand that is used that can confuse us a little. You may have heard people talking about “snips” or SNPs and STRs and wondered what this has to do with anything!

I will now attempt to explain what I myself was uncertain of until I attended one of the talks by an academic at last year’s Who Do You Think You Are? Live show and then found it explained again in chapter 12 of Anthony Adolph’s book Tracing Your Aristocratic Ancestors. Pen and Sword 2013

Chromosomes are made up of special proteins and DNA. DNA is composed of numerous base-pairs of nucleotides all arranged in a double-helix shape.

In every human cell there is a nucleus that contains twenty-two pairs of chromosomes that bear autosomal DNA and one pair that decides on the gender of the human. The two sets of chromosomes are reduced down to one in a process of myosis that produces eggs in females and sperm in males.

When a man and a woman have a child the male passes on the one set of his chromosomes and mixes with the female’s one set and so the next generation inherits from its parents.

It is a complex process that causes some slight changes or mutations which are known as genetic polymorphisms. Some of these mutations include single nucleotide polymorphisms which are often abbreviated to the letters SNPs.

A single tandem repeat is known as a STR.

SNPs and STRs do not, it is believed by the scientists who understand such things, carry any useful codes needed in the creation of ourselves, but they are there.

 

Individual genes have two or more possible states of being and these are usually referred to by the letters A or T and C or G.

An SNP is a change detected in a gene’s state of being from, say, A to G and you may see it being called a “unique event polymorphism”. Once a SNP has occurred it will now stay the same as it is passed down the generations and so you can see how this can act as a reliable marker for “deep ancestry” haplogroup testing.

 

So what about STRs?

 

They are a bit different. STRs occur in a different part of the chromosome and they are a series of multiple changes caused by the addition or subtraction of the number of base-pairs. So by counting these base-pairs the DNA company get to a numerical code. The great thing about these mutations is that they occur over a shorter time than the SNPs do and so they can change over shorter spans of generations.

 

Y-STRs are taken specifically from the male Y chromosome and are only passed down by the father, making the Y chromosome in any paternal line practically identical.

What we are presented with is two complementary sets of results: SNPs define a person’s haplogroup, or the group of people that share the same markers that can go back many thousand of years. The second is the smaller group of people that share the same STRs who are related to each other over the last couple of thousand years or less.

 

The second exception is mitochondrial DNA (mt-DNA). This is only passed down from a mother to her child, but which only her daughters will pass on. This means that we have a definite marker for the female-line, in other words the mother’s mother’s mother’s (and so on) family.

As we get closer to Christmas I have noticed that www.familytreedna.com are offering money off their packages for the holiday season. Do you know anyone who would like to have a present of a DNA test as it would seem to be a good time to buy?

Disclosure: Links are compensated affiliate links.

Send to Kindle