ELEPHANTS ON WHITBY BEACH

ELEPHANTS ON WHITBY BEACH

Wednesday 13 February 2013

A SITE FOR SORE EYES: ST. HILDA'S HOLY WELL




At the time of the Domesday Book the village of Hinderwell near Whitby was known as Hildrewell, clearly invoking the name of St. Hilda, Abbess of Whitby Abbey (c. 614 -680). Since then the name has been variously spelled as Ildrewell and in the twelfth century Hilderwell and Hylderwell.
It is said that a well sprung up beside the saint as she prayed for water, but it is more likely that Hinderwell was one of her retreats chosen because of the clear, fresh water springing from the ground there. It may even have been a minor place of pilgrimage as Hope (1893) suggests that the monks would stop here on their journeys from Kirkham to Whitby, which would have meant them taking a rather long way round. The water is said to have healing properties, especially beneficial for eye complaints apparently.


The well can be found in the churchyard of St Hilda's down a slope furnished with stone steps set into the grassy bank. There is also a magnificent yew tree close by and many interesting graves of ship owners and local families, although a good proportion of the stones have been rendered illegible by weathering.


The pump shown in the photograph above was installed before 1900. In 1912 it was dismantled and the well was restored by Hilda Gertrude Montgomery Palmer (1884 - 1946) of Grinkle Park. It is now a sandstone structure approximately a metre and a half in height with the crystal clear water flowing from a chamber behind through a small inlet and into a stone font. A plaque commemorates the restoration.















Key to people in the photograph:
1. Mrs Lizzie Hodgson at the pump
2. Another unrelated Mrs Lizzie Hodgson
3. Mr John Gray carrying two pails on a yoke
4. Mrs Hannah Trattles of Gate House
5. Bob Billam
6. Joe Dawson
7. Annie Lyth
8. Mabel Wheatherill















The key to the people in the photograph of the old pump is from Round and About The North Yorkshire Moors Vol II by Tom Scott Burns and Martin Rigg

Saturday 9 February 2013

WILLIAM BATESON: ACCIDENTAL YORKSHIREMAN

William Henry Bateson and his wife Anna Aiken Bateson came on holiday to Robin Hood's Bay in August 1861. They left their comfortable home in Cambridge, where William was Master of St John's College, for the bracing air and sea spray of the North Yorkshire coastline. Anna was heavily pregnant at the time and went in to labour rather earlier than expected. She gave birth to a baby boy that the couple also called William. He was destined to change the face of science forever.

William Bateson was described as a vague and aimless boy at Rugby school, he nevertheless attained first class honours in the natural science tripos at Cambridge. He recieved his B.A. in 1883. He was very poorly trained in mathematics and physics but an outstanding classicist, however zoology and morphology, the study of the structure and form of living things, would interest him and occupy his mind for the rest of his life.

In May 1900 he read the largely forgotten 1866 work of the Austrian monk Gregor Mendel, who discovered the basic principles of heredity through experiments in his garden . This led Bateson to wholeheartedly espouse Mendel's views and he proved that they held for animals as well as plants.

Although an ardent evolutionist Bateson was an opponent of Darwinism and could not see how gradual change could lead to the abundance and variety of life on Earth. He made no bones about rubbing his peers up the wrong way, and as Richrd Ingrams points out "he always showed the awkward, unbending traits of the true type, indulging in splendidly intemperate rows and still exciting scientists' angst, demonstrating that his Yorkshire genes were in proper working order".

Bateson was the first person to coin the word 'genetics' for the study of  how the individual features and behavior of living things are passed on through their genes. Indeed he founded the Journal of Genetics in 1910 alongside R. C. Punnett.

William Bateson died in 1926. His word genetics has been passed down through the generations.