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Weird weather in Bristol during the Grindelwald Fluctuation (1560-1630 CE) …

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Climate Change is a natural event on this planet as we hurtle through space at 220Km per second or 490,000mph, as we rotate around our local star, The Sun, at 30Km per second or 67,000mph, meanwhile we spin on our axis at approximately 1,037.5646 miles per hour.

The climate has changed sometimes in hours or for hours with some specific event or for decades, centuries or millennia – some iceages have lasted for 100s of 1,000s of years and at points pre history it rained for 1,000s of years continually.

Climate Change has existed on this planet for 4.6 Billion years, driven constantly by our local star an open nuclear fusion reactor with a surface temperature of around 6,000 degrees Celsius and around 15,000,000 Celsius at its core, major events like asteroid strikes, plate tectonics & volcanic action also alters our climate but it is clear that there is little or no consistent evidence that the activities of mankind, be that pollution, agriculture or industry has even the vaguest possibility of competing with the planet’s climate – we really are truely insignificant in global terms, as far as the climate is concerned.

Always be minded when considering reports purporting to be from ‘Scientists’ they are always funded by those with a perspective and all too often written based upon deductions all too often reflecting the requirements of those that fund the research – all too often science reports are founded on the interests of the commisioning body. We see this also in computer models which produce results as per the paramaters which will present the desired results. This can also be done when considering ethics as with Ms. Chackrabary’s report designed to exhonorated the anti-Semitism of the Labour Party, a report that did not reflect the apparent facts or that which we the public observed, unlike the author we the public were not rewarded with a Peerage for the report that clearly reflected the requirements of Labour’s leadership who commissioned the report.

Consider the irrefutable fact that climate has constently changed for 4.6Bn.yrs. yet mankind only evolved in our present form around 800,000 years ago & it was only 20,000 years ago that we started itinerant farming and a mere 12,000 years ago we commenced settled farming – there were less than 1 Billion hominids up until the 1800s.



Weird weather in Bristol during the Grindelwald Fluctuation (1560-1630 CE)

Evan T JonesRose Hewlett, Anson W Mackay

Research outputContribution to journal › Article (Academic Journal) › peer-review


The Grindelwald Fluctuation (1560-1630) was a cooling phase during the ‘Little Ice Age’ (c.1300-1850). Poor weather during the Fluctuation contributed to harvest failures, mass starvation and political crises across the globe. This paper examines information taken from Bristol chronicles that discuss some of the extreme weather events of the period. The entries support the notion that the Grindelwald Fluctuation featured some extraordinarily poor weather, such as great frosts, floods, severe storms, unseasonal snowfalls and droughts.
Original language English
Number of pages 7
Journal Weather
Early online date 1 Feb 2021
Publication status E-pub ahead of print – 1 Feb 2021

Structured keywords

  • Centre for Environmental Humanities

To View the Original Article CLICK HERE

To view the original .pdf CLICK HERE


Weird weather in Bristol during
the Grindelwald Fluctuation

Evan T. Jones (1) , Rose Hewlett (1) and Anson W. Mackay (2)
(1). History Department, University of Bristol, Bristol, UK
(2). Palaeoclimate Research Group, Department of Geography, UCL, London, UK

The thirteenth to the nineteenth centuries witnessed a series of wide-scale climatic deteriorations, commonly known as the ‘Little Ice Age’, which resulted in the lowest temperatures experienced globally for the whole of the Holocene (past 11 700 years) (Matthews and Briffa, 2005; Marcott et al., 2013). The Grindelwald Fluctuation (1560–1630 CE) is the name given to a pronounced cooling phase within this era, taking its name from the long-observed advance of the Swiss Grindelwald Glacier during the late sixteenth and early seventeenth centuries. This glacial advance has been ascribed, along with many other indicators of falling temperatures, to a phase of global cooling exacerbated by huge volcanic eruptions at Colima, Mexico (1585); Nevado del Ruiz, Columbia (1595); and Huaynaputina, Peru (1600) (Toohey and Sigl, 2017; Degroot, 2018).

The decades of the Grindelwald Fluctuation encompassed some of the ‘worst’ weather of the last millennium. A series of cold and wet summers in the 1590s was associated with the last major famine in England, while in many other parts of the world, poor weather, aggravated by political crises, resulted in mass starvation (Clark, 1985; White, 2011; Parker, 2018). Matters did not improve markedly over the following decades: Parker (2013) argued for a ‘General Crisis of the seventeenth century’ as crop yields fell and rulers struggled to raise revenues from their people.

As concerns about global warming continue to rise in the twenty-first century, climate scientists have put considerable effort
into reconstructing past climatic change (Masson-Delmotte et al., 2013). To understand how the world’s climate might further
change in the future, it is useful to know how and why it changed in the past. The problem for scientists is that accurate and systematic weather recording only goes back a few hundred years, even in Britain, and for much of the world, such weather records have only been kept since the twentieth century. For earlier periods, scientists thus rely on paleoenvironmental evidence retrieved from stratified deposits, such as ice cores, and marine and lake sediments. Paleotemperatures from these deposits can be derived from microfossils, such as pollen and foraminifera, or from the ratios of specific elements and isotopes. Alternatively, very high-resolution climate records can be derived from ‘natural archives’ that consist of annually resolved records, such as tree rings, to assess weather conditions within a given year. With data from such sources, it is possible to learn much about changing environmental conditions on an annual, or even seasonal, basis – albeit the reconstructions often disagree in absolute terms (Masson-Delmotte et al., 2013).

While most paleo-environmental reconstruction has been generated by scientists, environmental historians have shown that they too can throw light on climatic change and the impact of the weather on human societies, particularly for the sixteenth to nineteenth centuries. For example, Degroot (2018, pp. 27–31) used weather records from ships’ logbooks to assess the nature and impact of climate change in the Dutch Republic during the seventeenth century. His work suggests that the Grindelwald Fluctuation not only led to a general cooling, it was also associated with increased storminess and more unsettled weather. Meanwhile, a recent article on the ‘Great Snow’ of 1614/1615 (Veale et al., 2018) has shown that a multi-source approach can be used to build up a sophisticated picture of the nature, location and impact of exceptional weather events during the early seventeenth century.

The current article presents evidence from a documentary source that casts light on exceptional weather events during the Grindelwald Fluctuation. All the material comes from three Bristol chronicles/annals. These chronicles recorded matters of note
in the city and are identified here as ‘Ricart’, ‘Adams’ and ‘Anon. Bristol’. At this time, Bristol was the second port of the realm and one of the three largest cities in England, with an extensive overseas trade connecting it to Ireland, France, Spain and Portugal (Lobel and Carus-Wilson, 1975; Stone, 2011). The city’s strong and independent identity was reflected, among other things, by a chronicle-writing tradition that continued until the early nineteenth century (Sweet, 1997).
The first two chronicles used here are well known. Ricart’s was the official municipal ‘calendar’, kept by the town clerk from 1479
(Ricart and Toulmin Smith, 1872). While it contains some references to weather events, the chief focus was civic and political matters. Adams’s chronicle is based on a manuscript compiled by William Adams of Bristol during the 1630s (Adams and Fox, 1910) and references some major weather events. The third chronicle (Anon. Bristol, n.d.) has not been published. While it has been in the care of Bristol Archives since 1931, its fragile state meant that access was only granted recently to allow it to be photographed and transcribed (Jones, 2019; Figure 1). The chronicle is written in at least three different hands and seems to have been compiled over the course of the late seventeenth to early eighteenth centuries. In common with other chronicles, its Tudor and Stuart entries would have drawn on information taken from earlier annals, now lost. For present purposes, the chief interest of the chronicle is that it contains many entries that discuss severe weather events in the city – particularly for the period 1560–1630.

The Bristol chronicles record unusual weather events that caught the attention of the chroniclers: severe floods, extreme frosts, destructive storms, droughts, unseasonal blizzards and poor summer weather that led to food shortages. The entries suggest that Bristol’s weather during the Grindelwald Fluctuation was not just cold – it was highly erratic, resulting in a series of extremely destructive weather events. These included the famine years of the 1580s and 1590s, the Great Flood of 1607 and the Frosts of 1564/1565 and 1607/1608. The following section reproduces some of the accounts from the chronicles that relate directly to weather events or those that can be assumed to have resulted from poor weather – such as harvest failures and Weird weather in Bristol during the Grindelwald Fluctuation (1560–1630) spikes in the price of grain. As with all such chronicles or annals, the entries are listed by year. There was usually no attempt to provide an overarching narrative or to relate the events of a given year either to other entries recorded that year or to the events of different years.

CHRONICLE 1557-1571 - 01
Figure 1. Part of the ‘Anonymous’ chronicle, 1557–1571 (Bristol Archives, 09594/1).

Extracts from the three chronicles (1)

Winter 1564/1565 (Anon. Bristol)

October the 7th [1564] was seen in the firmament (2) in Bristol beams as red as fire coming out as it were of a furnace of length like the pole and there followed a very hard Winter of ice and snow, Hungroad (3) was frozen so hard that mariners & others went
over dry shod. 29 September 1568–28 September 1569 (Anon. Bristol)
A great deal of corn was sent out of Bristol into Wales by reason of the great dearth that was there but notwithstanding many people perished for want of food.
29 September 1584–28 September 1585 (Anon. Bristol)
Wheat sold in Bristol at 7s. per bushel and all other grain very dear. But for relief the Commons begun to make an insurrection. The mayor wisely pacified them and caused the Pensford (4) bakers to come into the city with bread every day in the week and the
Mayor caused and procured corn to come from Danzig (5) to Bristol whereby great store of rice (6) came hither as was sold at 4s. per bushel until Michaelmas. The Spring tide did rise so high at Saint David’s Flood (7)
[…….] broke in the Sea and did much […….……] City and in Wales.

29 September 1596–28 September 1597 (Anon. Bristol)
A great famine in divers places and in the city of Bristol all kinds grain was very dear so that the poor was in very great want…
wheat at 20s. per bushel malt at 8s., rye at 10s. but Danzig rye at 5s. 8d.
4–8 October 1603 (Ricart and Toulmin, pp. 63–64)
This year upon the fourth of October was the greatest snow that ever was known by the memory of man, which continued four days. And by reason that the leaves were then upon the trees, very many trees of all sorts, especially of fruit trees, were thrown down by the roots, and the limbs and boughs of many others were broken in pieces.

20 January 1607 (8) (Anon. Bristol)
January 20th: in the morning being Tuesday at high water there arose such a high flood that the sea drove over the banks and drowned all the marsh country in Wales and on the English coasts. It drowned the cattle and carried away the corn and hay, and the people to save themselves climbed upon the tops of houses and trees, and it did carry away many houses and trees and many people were drowned the flood came on so fast. It came so fast & high at Henbury (9) that the waters continued a long time a fathom deep that the people were obliged to abide on the trees two or three days. And this mayor Mr Barber hearing of their distress commanded cock-boats (10) to1
Spelling, capitalisation and punctuation
modernised. All dates are ‘old style’. New style dating (following Britain’s adoption of the Gregorian calendar in 1752) would be 10days later.

The sky or heavens. The phenomenon described is presumably the aurora borealis.
An area of the River Avon, 4 miles downriver from Bristol and about a mile from its confluence with the Severn Estuary. The Hungroad was a regular anchorage within the outer port of Bristol (Figure 2).
A large village 7 miles south of Bristol.
The Hanseatic port of Gdańsk, Poland.
This may be a transcription error on the part of the chronicler, ‘rye’ being more probable.
It seems possible the chronicler meant to write Saint David’s Head – a well-known navigation point in Pembrokeshire, Wales. Unfortunately, part of the entry has been damaged.
Ricart contains an independent but compatible account of the flood, which suggests that the inundation was caused by ‘the wind blowing hard at south-west’, p. 183.
The large parish of Henbury covered a considerable area of low-lying coastal land.
A small rowing boat. Adams gives the mayor’s name as Barker.
Figure 2. Map of Bristol and the Severn Estuary.

be hauled thither to fetch the people that were on trees that they might not perish with cold and hunger. And in the city of Bristol all the lower part were drowned about 4 or 5 foot so that a boat of about five tons came up to Saint Nicholas crowd

The boatman put his boathook against the lower step and thrust off his boat again. The Waters were up in Saint
Stephen’s, Saint Thomas and Temple churches halfway up the seats. And the Bridge arches were stopped so that the water buoyed up higher towards Temple and Redcliff sides than in any other parts which at the return it brought down the river great trees but did not hurt the Bridge.
The merchants received great losses in their storehouses and cellars by it.
20 November 1607–8 February 1608 (Anon. Bristol)
November the 20th 1607 began a frost which lasted till the 8th February following at which time the River of Severn and Wye were so hard frozen that people did pass on foot from side unto the other and played gambols

and made fires to roast meat upon the ice.

No long trows

etc could come to Bristol and when the ice broke away there came swimming down with th e current of the tide great massy flakes of ice which endangered many ships that came up the [Bristol] Channel into Kingroad.

The continuance of the frost starved a great number of birds, and made corn sell very dear.

1608–1609 (Anon. Bristol)
This year there was a great dearth throughout the Realm and many people perished for want of food. But the Lord in his mercy supplied our scarcity with store of corn brought from foreign parts.
Winter 1610/1611 (Anon. Bristol)
The winter proved very stormy in so much that it occasioned the greatest shipwrecks that ever was known in England. And in
Kingroad near Bristol a great Flemish ship that came from the Indies richly laden with spices and other rich commodities was cast
away in sight of the point, she divided in two, one half part remained in the place and the other half drove up the stream towards Aust passage.

And the men were all drowned by reason of the storm which happened on the 24th October [1610] on Wednesday about 4 of the clock in the afternoon, she coming up the River.

May–August 1611 (Adams and Fox, p. 187)
This year from May to August, being 4 months, was the driest time that any man then living ever knew, for all the grass was starved and dried up like ground new tilled, which starved many cattle, and had starved more but it pleased God to send a mild and
warm winter to make amends.
Winter 1612/1613 (Anon. Bristol)
The winter proved very hard and stormy that it shook most of the houses in the City of Bristol and caused great shipwrecks in
diverse places.
1613–1614 (Anon. Bristol)
And this year there was a great scarcity of corn, there came to Bristol from France, Denmark and other places from September
1613 to June 1614 of ships and barges to the number of 104 with wheat, rye and barley 25 105 quarters.

1623–1624 (Adams and Fox, p. 213)
This winter fell out extreme cold and frosty, with such store of snow that many fowl and cattle died for want of sustenance:
which cold lasted until May [1624]; and the summer after that proved very dry; grass and hay was very scant, and water failed in
many places, whereby cattle were liken to starve again in many places.
Summer 1626 (Adams and Fox, pp. 216–17)
Concerning famine or dearth of corn we stood in much fear this year for all this summer proved very wet and stormy, that corn could not ripen but was beat down in many places; insomuch that famine must have followed by the judgement of all men,


the church crypt. The road gradient and level beside St Nicholas were greatly altered during the rebuilding of Bristol Bridge (opened 1768). The bottom of the crowd door is now c. 2m below street level, and the lower step must have been below that: Rose Hewlett, ‘The 1607 Severn Estuary flood: A true report’ (forthcoming doctoral thesis, University of Bristol). A boat of five tons would be one capable of carrying five tons of cargo.

To leap or caper.

A flat-bottomed cargo boat widely used on the rivers Severn and Wye.

A bay and anchorage in the Bristol Channel between Avonmouth and Portishead (Figure 2).

The ferry crossing between Aust and Beachley, 8 miles upriver from Avonmouth.

This is about 5000 tons. 

Figure 3. The Great Flood memorial in Kingston Seymour church, Somerset, recorded here as 1606
because the year was typically believed to begin on ‘Lady Day’ (25 March).

Figure 4. Facsimile of the title page of A true report, Ernest. E. Baker (Weston-super-Mare Gazette, 1884).

Weird weather in Bristol during the Grindelwald Fluctuation if God had rained down His anger a little longer upon the fruits of the earth.
These entries suggest that the period included some awful weather. But what can be read from them?
Are they reliable?
How useful are they for understanding the weather of the period?
First, the entries do not record the weather in a systematic manner:
they do not record all the weather, only events that the chronicler thought noteworthy. They also do not record the weather using an objective measurement system for temperature, precipitation or wind speed. On the other hand, the records are not merely impressionistic. The annalists sought to record the extent and significance of events in relative terms. Stating how the high the flood waters rose in 1607, or the extent of riverine freezing in 1564/1565 and 1607/1608, provided a yardstick for comparing weather events. Moreover, the descriptions, in at least some instances, can be corroborated from independent sources.
The Gloucestershire Court of Sewers held jurisdiction over sea defence and land drainage mechanisms, and its records for 1607
reveal the extent of tidal flooding between Shirehampton (on the Bristol Avon) and Slimbridge (Gloucestershire) and also the condition of the sea walls before and after the event (Hewlett, 2020). This evidence supports the annalist’s description of the severity of the flood from a local perspective, and surviving flood markers in churches bordering the Severn Estuary (Figures 2 and 3) confirm that the height of the inundation has not been exceeded.

The 1607 flood and the storms of 1612/1613 were also reported in London news pamphlets (Figure 4), albeit in more sensational terms (Anon., 1607; Jones, 1607; Anon., 1613a,b. Similarly, the great frosts of 1564/1565 and 1607/1608 are discussed in a 1608 pamphlet, the second freeze including the holding of the first known ‘Frost Fair’ on the River Thames at London (Anon., 1608;

Figure 5).

In Bristol itself, the ‘grete freese’ of February 1565 resulted in the loss of water supply to the city, while from Christmas 1607 to early January 1608, the Mayor of Bristol was forced to spend much money on ice clearance.

Again, in this context, the annalist’s account of the freeze in Bristol seems balanced and fact-based. However, crosschecking has also revealed a few instances in which the year of an event has been recorded incorrectly in an annal, the true date being either

At Peterstone, St Brides Wentlooge, Nash, Goldcliff and Redwick (Gwent) and Kingston Seymour (North Somerset).

In February 1565, the ‘Key Pipe’ froze (supplying water to the quay head), and building work
ceased due to the ‘grete freese’: Bristol Archives,
F/Au/1/9, pp. 36, 39. From Christmas 1607 to early January 1608, there are numerous payments relating to ice clearance in the city:
Bristol Archives, F/Au/1/16, pp. 209–210.
Figure 5. Depiction of London’s ‘Frost Fair’ held on the River Thames, 1608.
Taken from the cover of  Thomas Dekker’s news pamphlet, The Great Frost (1608).
a year earlier or later. For instance, the great freeze of 1564/1565 is recorded under ‘1564’, which would imply that the freeze occurred in 1563/1564 (Anon. Bristol). This is most likely because of the use of alternative calendaring systems at this time, which can cause confusion, even for modern historians.

The approach taken by Bristol’s annalists is mirrored in their discussions of other catastrophic events in the city. The death toll from plague outbreaks, for instance, was based on an analysis of Bristol’s parish burial registers and Bills of Mortality (Adams and Fox, 1910, p. 64).

Similarly, the figures relating to grain imports to relieve famine were said to have been extracted from the city’s port books (Adams and Fox, 1910, p. 201).

The source of the grain price data is not mentioned but was presumably derived from the commercial records of the merchants who dominated the city. Indeed, the approach in the Bristol annals shows more attention to detail, evidence and sources than many ‘histories’ of this period. Such an emphasis on factual reporting probably reflects the culture of an intensely commercial port city, whose overseas merchants depended on accurate and impartial intelligence to make a living.
If the accounts provided in the annals were generally accurate, they were not complete. They reveal that people in the period followed weather patterns closely.
Yet the job of an annalist was not to record all weather events, or even all exceptional weather events. Each chronicler recorded what he or she felt to be the most noteworthy events of a given year. That meant the degree of weather reporting depended on what else was happening at the time.
A good example of this is the failure of the ‘Anonymous’ chronicle to record the great snowfall of 4–8 October 1603, which destroyed so many fruit trees in the city. This omission can be ascribed to the annalist’s decision to focus instead on a terrible plague outbreak, which killed 2600 people in Bristol between 18 July 1603 and February 1605.
Given that this epidemic wiped out about a fifth of the city’s population in just 18 months (Slack, 1977, p. 51), the chronicler’s
focus does not seem unreasonable. More generally, too much should not be read into the fact that the extant Bristol chronicles
have fewer weather entries for both the decades before 1560 and for those after 1640. It is possible that there were fewer extreme weather events before and after the Grindelwald Fluctuation. Yet it would be unsafe to assume this from these surviving Bristol chronicles.
The entries for the late sixteenth and early seventeenth centuries suggest that the period was marked by many destructive weather events. Some of these, such as great frosts and harvest failures, can be linked directly with the global cooling detected by climate scientists. The storms of the early seventeenth century fit with evidence derived from the logbooks of Dutch mariners, which suggest that the period witnessed a general increase in storminess (Clarke and Rendell, 2007). Other entries seem to imply that the weather in the period was also simply extremely erratic, including prolonged droughts and unseasonal blizzards. That something odd had happened to the weather was certainly noticed by contemporaries, and not just in Bristol. In 1613, an anonymous London pamphleteer (Anon., 1613a; Figure 6) reflected that:
In this old, and last age of the World, we yearly behold the strange alterations of times & seasons…
We have within these few years, as well within this our native country of England as in foreign nations, been most grievously stricken with the bitter blasts of powerful greatness, one while with the darts of death, as by plagues & pestilence, continuing long
amongst us; another time by dry summers, and parching heats, droughts, & sweating sulphurs drying up the moistures of the earth, to cause barrenness with scarcity, then freezing and cold winters in more than usual extremity to annoy us; another time by floods
and overflowings of waters breaking from the bounds of the Seas, in which merciless element many hundreds have perished and
have lost both life and goods…


The Bristol annals normally took Michaelmas (29 September) as the start of the year, this being when the mayor and sheriffs commenced office. The year referred to in the annals is usually the year in which the mayor etc. ended their year-long term.

The death toll from the 1603–1605 plague outbreak was said by Adams to be ‘according to the church books and printed tickets’.

Many of the port books for Bristol still survive, and they do, indeed, record trade at a level of detail that would have allowed such calculations to be made: The National Archives, E 190 series.

Spelling modernised.
Figure 6. Depiction of the storms of 1612/1613. Taken from the London news pamphlet, The last terrible Tempestious windes and weather (1613). © British Library Board.
Taken in isolation, it would be easy to dismiss such statements as hyperbolic. The colourful language and providentialism of Jacobean news writers might make the modern reader suspect exaggeration. Yet the authors’ observations should not be dismissed just because they interpreted these events as evidence of God’s wrath with a sinful world. Both climate science and environmental history point to the Grindelwald Fluctuation being an age of extreme weather.
Links between anthropogenic climate change in the modern world and different types of extreme weather events are now well established (Coumou and Rahmstorf, 2012). This could increase the costs of weather-related hazards for about 350 million people across Europe in the coming decades, accompanied by a 50-fold increase in weather-related fatalities (Forzieri et al., 2017). Such models fit with anecdotal evidence that the world is already experiencing more extreme weather. Recent examples in the United Kingdom include the record temperature highs of December 2019 and the Severn Valley floods of February 2020.
The drivers behind the exceptional weather events recorded in the early modern Bristol chronicles and the London news pamphlets are different to today.

During the Grindelwald Fluctuation, short-term forcing factors, such as volcanic eruptions, led to a more disturbed climate within the context of general global cooling. The economic, political and cultural context of the seventeenth century was also very different to that of the twenty-first century. This had a major impact on both the way severe weather was understood and the impact it had on contemporaries. Yet, despite these differences, the climate and weather of the early modern period provides a reminder of how destructive climate change and severe weather can be in both the short and long term. For this reason alone, the period merits further research through multi-source and interdisciplinary approaches that can cast light on both individual weather events and their relationship to the causes and effects of climate change.

This research was carried out with the support of The Cabot Project (University of Bristol), funded by Gretchen Bauta, a private Canadian benefactor. For their comments and advice on earlier drafts of this paper, we thank Peter Coates, Margaret Condon, William Gilbert, Marianna Dudley and Bruce Campbell. The article is dedicated to Caroline Williams (1962–2019), founding Board Member of the Centre for Environmental Humanities, University of Bristol.

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Correspondence to: Evan T. Jones
© 2021 The Authors.

Weather published by John Wiley & Sons Ltd on behalf of the Royal Meteorological Society:
This is an open access article under the terms of the Creative Commons Attribution License, which permits use, distribution and reproduction in any medium, provided the original work is properly cited.
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