Tag Archives: Bristol

Old Nottinghamian saves the World OR Why no statue? (4)

Thomas Hawksley was born on July 12th 1807 at Arnot Hill House in Arnold, Nottingham, to parents John Hawksley and Sarah Thompson. Arnot Hill House is still there:

John was a worsted woollen manufacturer who co-owned the mill in Arnold. The mill engine’s cooling pond is now the ornamental lake, situated in front of Arnot Hill House. That’s still there too:

Thomas was educated at the Free School, or Grammar School, in Stoney Street, studying under the Headmaster, Dr Robert Wood.

Thomas arrived on May 27th 1821, at the age of 13 years 6 months. His school days were comparatively brief, for in September 1822 he was removed, with a view to practical training.

Thomas was self-taught from the age of 15 but eventually he was articled to an architect and surveyor Mr Edward Staveley, of Nottingham. He soon became a partner, along with Mr Jalland, of “Staveley, Hawksley and Jalland, engineers, architects, &c.” By 1835, Thomas was based at Middle Pavement and Trent Bridge, and “Staveley & Dudley” were based in Stoney Street. Mr Hawksley and Mr Jalland then worked together until 1850 when Jalland left. Thomas then left for London.

During his time in Nottingham, in 1823, aged only 23, Thomas had constructed a new pumping station for the Trent Waterworks Company near Trent Bridge.

Before this, Nottingham’s water was taken from shallow wells or from the Trent or its tributaries. The new pumping station filtered water taken from the Trent through natural beds of sand and gravel. The water was then pumped through a 15 inch main to a reservoir near the General Hospital. The pipes that carried the water were always kept under high pressure, and taps provided water day and night. Thomas eliminated leakage, and ensured an unvarying supply of fresh water. The pressure also meant that germs could not get in. This arrangement provided “Britain’s first constant supply of clean water, whose high pressure prevented contamination.”

In 1832, the young engineer personally turned on the tap. Anybody in Nottingham could now have clean fresh water from the tap in the yard, thanks to Thomas’ pumping station:

Thomas was the first engineer to set up a scheme of this type in a large and generally fairly dirty industrial town, and to make it work. The local plumbers, of course, objected tooth and nail to doing what Thomas told them to do, but his patience and, presumably, the threat of the sack, persuaded them to obey him.

In 1845, Thomas became chief engineer of the newly formed Nottingham Water Company. Five years later he excavated a seven feet wide and 250 foot deep borehole to get at the purest water which was present in the Bunter sandstone below the town:

 

Before long, Thomas was setting up schemes like the one at Nottingham across the length and breadth of England.

In this way, an Old Nottinghamian provided clear fresh water at the turn of a tap for most of the citizens of Barnsley, Barnstaple, Birmingham, Boston, Bridgwater, Brighton & Hove, Bristol, Cambridge, Coventry, Darlington, Derby, Durham, Great Yarmouth, Haslingden, Hinckley, Huddersfield, Leeds, Leicester, Lichfield, Lincoln, Liverpool, Lowestoft, Merthyr Tydfil, Middlesbrough, Newark Newcastle-on-Tyne Northampton, Norwich, Oxford, Rochdale, Southport, Sheffield, Southend, Stockton, Sunderland, Wakefield Waterford, Wexford, Windsor, Worcester and York.

Sunderland seems to have revered Thomas. There is a Thomas Hawkesley Park in Sunderland, full of expensive four and five bedroom houses:

It’s not as beautiful, though, as Hawkesley House:

 

Thomas was also a gas engineer and, applying the same basic principles for gas as for water, he advised about how to set up the supply for large cities. The number of gas-works he built was very large, and included Barnsley, Bishop Auckland, Burton-on-Trent, Cambridge, Chesterfield, Derby, Folkestone, Gosport, Lowestoft, Newark, Normanton, Nottingham, Pilkington, Radcliffe, Sunderland and Bombay.

Thomas also worked hard on sewage treatment and, as with water and gas, he helped a great many places including Aylesbury, Birmingham, Hertford, Whitehaven, Windsor and Worcester. He anticipated modern methods in refusing to discharge raw sewage into rivers and recommended treatment with chemicals. He believed that spreading the resultant mixture on farmland might well render it completely harmless.

Here is Thomas in later life:

Thomas became the first president of the Institution of Gas Engineers and Managers (1863), President of the Institution of Civil Engineers (1872), President of the Institution of Mechanical Engineers and of the Institution of Gas Engineers (1876) and Fellow of the Royal Society (1878). And he was not a one-trick-pony. In 1885 he received a gold medal for the invention of an instrument for the assistance of the deaf.

Thomas died on September 15th 1893 at 14 Phillimore Gardens in Kensington. London.

In 1907, Thomas’ son, Charles, established the Thomas Hawksley Fund on the centenary of his father’s birth on July 12th 1907. In 1913 Charles initiated the Thomas Hawksley lectures. The first was given by Edward B Ellington, an expert in hydraulic engineering, talking about “Water as a Mechanical Agent”. The lecture was presented at the headquarters of the Institution of Mechanical Engineers and then given again in Birmingham, Leeds, Liverpool and Nottingham. Subsequent speakers have included H L Callendar (published the first steam tables), F W Lanchester, (the car engine), Harry Ricardo (an engine designer) and Sir Noel Ashbridge (broadcasting). Hawksley lectures still take place today.

 

 

photo of lake courtesy of geogreph

 

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Filed under History, Nottingham, Science, The High School

Three war crimes, two Sunderlands and one Ashley Wilkes (5)

Last time we were looking at how the English film star, Leslie Howard, was killed when the aircraft he was in, a DC-3 Dakota, was shot down over the Bay of Biscay, by the Luftwaffe.

That Dakota, though, was actually completely unarmed and it was no match whatsoever for a single Junkers Ju88, let alone a group of eight of them. As well as being unarmed, it was also registered in a neutral country (the Netherlands) and flying from a neutral country (Portugal) to England.

Nobody took very much notice of this at the time, but, because of these seemingly innocuous details, the entire episode therefore crossed the line of human decency and became a war crime. Here’s the DC-3 in question. Note the Dutch flag, with the prominent orange:

In the immediate aftermath of the DC-3’s failure to arrive in Bristol, the British sent out a Short Sunderland GR3 flying boat to look for it on the following day (June 2nd 1943):

The aircraft carried the serial number EJ134 and it was piloted by the brave Australians of 461 Squadron. The crew was James (Jim) Collier Amiss (Second Pilot), Wilbur James Dowling (First Pilot), Alfred Eric Fuller (First Wireless Operator / Air Gunner), Ray Marston Goode (Tail Gunner), Albert Lane (Third Wireless Operator / Air Gunner), Edward Charles Ernest Miles (First Flight Engineer), Harold Arthur Miller (Second Wireless Operator / Air Gunner), Kenneth McDonald Simpson(Navigator), Philip Kelvin Turner (Second Flight Engineer), Colin Braidwood Walker (Captain) and Louis Stanley Watson (Rigger).

The flying boat found nothing whatsoever on the surface of the sea, no wreckage at all. What they did find though, were surely the very same eight Ju88C-6s that Leslie Howard had already met, at more or less the very same place where they had met them. Sunderland EJ134 and its crew then won their place in aviation legend. In a prolonged battle, the flying boat lost one engine and its tail turret. Messrs Dowling, Goode, Miller, Simpson and Walker were all injured and poor Ted Miles, one of the two side gunners and just 27 years old, was killed. The battling Aussies did manage, though, to shoot down three of the eight German fighters:

Of the other five, only two made it all the way back to Bordeaux. The other three were presumed to have crashed into the waves as they were never heard of again. Six out of eight shot down. That should teach them not to attack unarmed airliners flying from neutral countries. The now shot to pieces and extremely battered Sunderland EJ134 made it the 350 miles back to western Cornwall, not to Penzance, but only as far as a beach on the south Cornish coast, at Praa Sands:

The fierce Atlantic waves, however, ultimately smashed it to smithereens:

Young Ted Miles, just 27 years old, was buried at Pembroke Dock Military Cemetery joining 72 more casualties, 40 from World War I and 32 from World War II, including five Australians. On his grave his parents had written:

“There is no death: our stars go down to rise upon some fairer shore”.

The family came from Brixton in London. Ted’s parents were Edward Charles Miles and Florence Mabel Miles. His young wife was Frances Margaret Miles.

Around eight weeks later, virtually the same 461 Squadron crew was lost without trace out on patrol over the Bay of Biscay on Friday, August 13th 1943 in a Short Sunderland Mk III, serial number DV968. The last message that they transmitted was that they were being attacked by six Ju88s. The victory was claimed by Leutnant Artur Schröder so this particular incident may not have been exclusively carried out by members of the original eight, especially as Schröder was in 13 / KG40, not V/KG 40:

The men from EJ134 who were killed in DV968 were Wilbur James Dowling (34), Alfred Eric Fuller (20), Ray Marston Goode (34), Albert Lane (27), Harold Arthur Miller (23), Kenneth McDonald Simpson (28), Philip Kelvin Turner (26) and Louis Stanley Watson (25). The new members of the crew who died were David Taylor Galt (28), James Charles Grainger (24) and Charles Douglas Leslie (Les) Longson (20). Not flying that day were James (Jim) Collier Amiss and Colin Braidwood Walker from the original “Flying Porcupine”, Sunderland EJ134. Both men would survive the war and go home to Australia. Hopefully, they lived out very long and happy lives. Perhaps they followed a sports team:

Or perhaps they preferred the beach:

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Filed under Aviation, Cornwall, Criminology, History, Personal, Politics

The Great Storm of 1703. Get your kite!

The Great Storm of November 1703 was reckoned to be the most severe storm ever recorded. The hurricane that struck the English Channel and the south of England was beyond anything in living memory:

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Unlike today’s storms, when we have advanced warning and can prepare for the worst, the poor souls of 1703 had very little idea about what was about to hit them, other than the fact that the country had been buffeted by a persistent south westerly wind for quite a few weeks. Sailing ships could not sail against it and had therefore been confined in great numbers to whichever port they happened to find themselves near. Inland though, people were largely innocent of the catastrophe they were about to experience. Furthermore, the Great Storm persisted not just for a few shocking hours, but for nine terrible days. How could anything, buildings, ships, farm animals or men stand up against well over a week of wind speeds like those recorded in the eastern part of the English Channel or East Anglia? They would have approached 100 mph for long periods.

It has been variously estimated that between 8,000 and 15,000 people were to perish. John Evelyn, the seventeenth century diarist, described it in his diary as:

“not to be paralleled with anything happening in our age or in any history … every moment Job’s messengers brings the sad tidings of this universal judgement.”

The inhabitants of London felt the first strong breezes during the morning of Wednesday, November 24th 1703, (December 5th 1703 in our current calendar). By four o’clock in the afternoon the winds had noticeably increased. In London, recently out of prison, Daniel Defoe, the journalist, pamphleteer, spy, trader, writer and author, of course, of “Robinson Crusoe”, had a narrow escape in the street when part of a nearby house fell down and luckily missed him. On Friday the 26th, the wind began to blow with even greater ferocity and when the Great Man checked his barometer, he found the mercury had sunk lower than he had ever seen it. After midnight the gale increased to such strength that it was almost impossible to sleep. The noise of the chimneys of surrounding houses crashing into the street made the whole family afraid that their own solid brick townhouse might collapse on their heads. When they opened their back door to escape into the garden, they saw roof tiles scything through the air, some landing thirty or forty yards away, embedding themselves eight inches or more into the ground. The Defoe family decided to stay in their house and trust in the Lord.

That night of November 26th-27th was catastrophic for the Royal Navy which lost 13 major warships, which were, for the most part, moored along the south coast.  HMS Resolution was driven onto the shore at Pevensey but the ship’s company was lucky and all 221 sailors were saved:

HMS%20ResolutionNot so fortunate were the men on board HMS Restoration, HMS Mary, HMS Northumberland, HMS Stirling Castle and the quaintly named HMS Mortar-bomb, who were all shipwrecked on the Goodwin Sands off the Kent coast:

Sandbanks_Credit_Ben_Salter

In the aftermath, when the tide fell, the sailors of the wrecked vessels who were able to find a foothold on the huge sandbar, were all wandering around knowing that when the tide rose they were certain to be drowned. It was said that a man called Thomas Powell, a shopkeeper in Deal, organised the rescue of some two hundred of them. Supposedly Powell was so appalled by his neighbours’ reluctance to help that he gave them five shillings each for their support. Certainly, the greedy citizens of Deal were widely accused of being more interested in plunder from the unfortunate ships than in helping to rescue the crew members. Indeed, some sources say that only three fortunate individuals survived the Goodwin Sands catastrophe. Supposedly, about 1,500 sailors in total were left to die.
Lots of other naval ships were driven through the Straits of Dover and out into the storm tossed expanses of the North Sea where some survived to return days later but many others were lost without trace:

stormb_1703

Ships were so driven by the wind that not only did sails have to be lowered but the masts had be cut off level with the deck. Well in excess of a hundred merchant ships were sunk in the North Sea, many of which were colliers from the fleet which at the time was used to transport cargoes of coal down the east coast from Newcastle to London. Some of these ships would have been empty, moored or at anchor when the incredible tempest struck, casting them out into the open sea. Most were ill-prepared and foundered, and their crews perished to a man:

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The storm caught a convoy of 130 merchant ships and the six Men O’ War escorting them as they sheltered at Milford Haven. The warships included HMS Dolphin, HMS Cumberland, HMS Coventry, HMS Looe, HMS Hastings and HMS Hector. By the middle of the following afternoon the losses amounted to thirty vessels. Overall it was estimated that more than 8,000 sailors perished as the storm annihilated the Royal Navy. Around 20% of its sailors were drowned. The first Eddystone Lighthouse was completely destroyed:

Destruction of the Eddystone Lighthouse, 1703

Its erection had been started a mere seven years before, and  its light had been lit for the first time only on November 14th 1698.  Now all six of its occupants were killed, including the brave builder Henry Winstanley.

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This lighthouse was of inestimable importance and stood 120 feet tall,  some twelve miles to the south of Plymouth, one of England’s most important naval harbours. Even the French valued it, when during the period of construction, a French ship took Winstanley and his men prisoner. King Louis XIV, “le Roi-Soleil” ordered their release, explaining that “France is at war with England, not with humanity”, « La France est en guerre contre l’Angleterre, non contre l’humanité! »:

Louis_XIV_of_France

The Great Storm reached its appalling apogee, its catastrophic climax, during the following night, that of November 28th-29th (December 9th-10th 1703). Between the south coast and the Midlands, entire villages from Northamptonshire in the north to Suffolk in East Anglia were devastated  as the winds of the Great Storm rampaged across the country, striking hardest in the south and east of England, sending house roofs flying, flattening barns, razing everything in its path. Both men and animals were lifted off their feet and carried for long distances through the air. Roofs were ripped from more than a hundred churches, the lead was rolled up like a sheet of paper and dumped hundreds of yards away.
Millions of trees were blown over or uprooted; knocked flat in their tens of thousands, they lay prostrate in rows like soldiers mown down in battle. It was said that more than 4,000 oak trees crashed down in the New Forest.  An attempt was made to count the flattened trees in Kent but the count was abandoned at 17,000. The diarist John Evelyn lost in excess of 2,000 trees on his own Surrey estate.
Every kind of building was totally demolished and salt spray was driven almost as far inland as Tunbridge Wells. Animals refused to eat the resultant salty grass.
The maximum wind speeds were similar to those of the Great Storm of 1987 but the bad  weather lasted for much, much longer, well over a week, and thereby increased the enormous loss of life. Here is one of the enduring images of 1987:

1987

People could not decide whether it was safer to stay in their house and risk its collapse or to go into the street where flying tiles killed large numbers.
In East Anglia the wind reached over 80m.p.h. and killed well over a hundred people.  More than four hundred windmills were blown down. Many of them  burst into flames because the friction of their sails spinning round at high speed caused their wooden machinery to catch fire. In Cambridge, part of St Mary’s Church fell down and the falling stones completely flattened the organ. It had only recently been installed at a cost of £1,500. Kings College Chapel was equally badly damaged with stone pinnacles toppled and many of the wonderful stained glass windows destroyed.
In the capital, around 2,000 massive chimneys were blown over. The roof was blown off Westminster Abbey and the Queen, Queen Anne, had to take shelter in a cellar at St James’s Palace to avoid falling chimneys and tiles whizzing off the roof. Daniel Defoe told how the Reverend James King of London wrote him a letter about a chimney which crashed down and buried a maid. She was thought to be literally dead and buried, but she came out the following day from a small cavity in the rubble.

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Floods devastated the whole country, especially in the east of England and along the Severn Estuary. In the West Country in general, flooding was extensive and prolonged, particularly around Bristol where just under a thousand houses were totally destroyed. Hundreds of people were drowned on the Somerset Levels, where uncounted tens of thousands of farm animals, mainly sheep and cattle, perished. One lost ship was found fifteen miles inland. At Wells, Bishop Richard Kidder was crushed when two chimneys in the palace collapsed onto him and his wife, both peacefully asleep in their bed. Part of the Great West Window in Wells Cathedral was blown in and smashed to smithereens. At Fairford the church’s west window, facing the raging anger of the oncoming wind, bulged inward and crashed into the nave. In Wales, major damage occurred to the southwest tower of Llandaff Cathedral at Cardiff.
The storm began to die down around December 2nd, and on December 3rd,  Daniel Defoe visited the Pool of London, where, in the section downstream from London Bridge, he saw more than 700 sailing ships all piled up into heaps one on top of another:

vvvvvv Daniel_Defoe_Kneller_Style

Daniel Defoe told the tale of the captain of a leaking ship who tried to escape what seemed to him at the time to be an inevitable death by drowning, and instead committed suicide—only for his ship to survive. One possibly taller tale related how a sailing ship at Whitstable in Kent was blown out of the foaming sea and then deposited more than a quarter of a mile inland.
Unsurprisingly, in the aftermath of the Great Storm many special newspapers and publications appeared with information and eyewitness accounts:

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Conceivably this disaster became “national news” in a way that had seldom, if ever, happened before. It was just like a modern “big story”.
Daniel Defoe himself sought out testimony from as many witnesses as he could find.  When the weather ameliorated, he the whole country assessing the damage. He then produced what was subsequently described as “the first substantial work of modern journalism”, a book of more than 75,000 words, which was called “The Storm”.  It was the first proper book of Defoe’s career.

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http://historicaltrinkets.blogspot.co.uk/2013/10/the-great-storm-of-1703-eyewitness.html

http://en.wikipedia.org/wiki/Great_Storm_of_1703

http://www.historytoday.com/richard-cavendish/great-storm

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Filed under France, History, Science, Wildlife and Nature