In a recent blogpost, I mused about the cold past of our city, and how the River Trent had frozen over on a number of occasions in the nineteenth century, the last being in 1892. Previous years when similar brass monkey weather conditions had occurred were 1682, 1814, 1838 and 1855. In all of these winters, the River Trent at Nottingham had literally frozen over from one bank to the other. I found these extremes of weather really quite interesting, so I continued to do further research of my own. I duly found some extra details, such as, for example, the sad fact that:
“on 10 January 1814, seven boys drowned in the River Trent in England by the breaking of the ice.”
One or two more examples of extreme cold have since come to light, in years of which I had previously been completely ignorant. During the winter of 1092-1093, for example, when William Rufus was king:
“the River Thames and all the English rivers (were) heavily locked in with ice”. There was severe frost in this winter. English rivers (were) frozen so hard that horsemen and wagons could travel on them.”
When warmer weather finally came, however:
“drifting ice on the rivers destroyed bridges, and mills were carried away”.
Here is William Rufus, who was to be killed by an arrow in the New Forest:
Four hundred years later, the River Trent was frozen near Nottingham in the winter of 1485-1486. When the thaw finally came, “the bridge at Newark-on-Trent was swept away.” In 1766, on February 15th, a great snowstorm hit Nottinghamshire, which lasted fifty hours. That is a lot of snow!
Our old friend “Wikipedia” provided a great deal of historical detail about this kind of event, not all of it totally fascinating, although the word “palaeochannel” was new to me and it does contain three unusual vowels in a row. Here’s one I photographed earlier:
I knew that Giant Floods generally follow any Big Freeze but it was interesting to see that, in the modern era, the worst flooding experienced in Nottingham came very soon after the vast snows of the winter of 1946-1947 had melted. This melt was extremely sudden because of continuous heavy rain throughout March. The result was extensive and severe flooding all along the valley of the Trent. During this flood the peak flow of the Trent was 39,100 cubic feet per second, thirteen times the norm. As many as 9,000 houses were flooded and almost one hundred industrial premises were awash, with floodwater up to the height of the first floor. Here are one or two photographs of the flooding. These are of West Bridgford:
Here is Arkwright Street next to the railway station:
This is the aptly named Canal Street:
Here is a picture of the River Trent near the present day Harry Ramsden’s and Toys-r-us. On the left is Wilford Power Station, demolished in the 1980s, and on the right, Clifton Colliery which disappeared even before this (possibly through flooding?):
Here is Beeston, looking remarkably like Venice:
This photograph is just about recognisable as Melton Road in West Bridgford:
This natural disaster in 1947 was the beginning of our modern attempts to tame the river, by building concrete embankments and sluices in an effort to avoid the surging floods which had devastated Long Eaton, Beeston, the Meadows area, Colwick and West Bridgford on more than one occasion during this period. Here is the Trent, with early concrete steps visible only on the far side of the river, and just a grassy slope on this, southern, side:
This photograph was probably taken in the 1950s, with concrete embankments on both sides. Trent Bridge is in the background, so we must be looking north:
Nowadays, the concrete steps near Wilford Suspension Bridge would stop a Soviet tank. Well, perhaps make them feel a little motion sick:
Here’s the other side, looking north towards Trent Bridge and the green roof of County Hall:
These are the sluices on the river between Holme Pierrepont and Colwick, designed to hold back excessive flood water so that it can be released gradually at sensible intervals. By the way, firm promises have now been given that the next time they release fifty billion gallons of floodwater, not only will they look first to see if any anglers are fishing at the riverside, but they will also sound a warning klaxon:
This huge construction work of the modern era seems to have been completely successful. During the Millenium Flood of November 2000, the peak flow of the Trent was 36,000 cubic feet per second, around twelve times the norm, and certainly comparable to the conditions experienced in 1946-1947. But this time, the 15,000 homes at risk were completely unaffected and there was none of the widespread flooding seen in 1947 within the city:
In this photo the flooded Trent is, for the most part, still contained within its banks, although Nottingham Forest’s pitch does look as if it may be somewhat waterlogged. All of the floodwater in the background, by the way, is, for the most part, lying harmlessly on playing fields.
John Knifton 