Photograph taken on 29 January 2020, during a violent storm off the Four lighthouse.
Some of the photographs featured in this article are available for sale in limited editions and were produced by Loïc Delplanqueprofessional photographer in Morbihan.
Introduction
Photograph taken on 30 January 2021, during storm Justine at Le Conquet. A colossal wave crashes onto the sea wall.
Storm photos in Brittany (click to discover them)
Storms are part of our daily lives in Brittany. They fascinate, worry and stun us... And while we sometimes end up no longer paying attention to them, they remind us of our fragility and question our relationship with nature.
This article looks at the formation of storms and the storms that have hit Brittany over the years.
It looks at their impact on the coastline, the increased risks associated with climate change, and how the region is adapting to erosion.
Brittany is one of the French regions most exposed to storms. Located at the junction of the English Channel and the Atlantic Ocean, it is regularly affected by powerful low-pressure systems from the North Atlantic. Strong winds, heavy swells, flooding and power outages — every winter brings its share of extreme weather.
Ciaran, Lothar and other major events have left visible traces on the coastline, but also in the collective memory.
The great Breton storms
The storms The Breton storms originate in the North Atlantic, generated by depressions resulting from the temperature differences between the poles and the tropics. The jet stream directs them towards Europe, with violent winds. Brittany, the western tip of France, is in the front line of these phenomena.
Since 1980, 182 storms have hit Brittany, according to Météo-France. According to Weather Brittany, the average is three per year. The 1987 hurricane, with its winds at 216 km/h, is still etched in people's memories. Archives mention a major episode as far back as 1287.
7 memorable storms in Brittany
November 1984
On 22 and 23 November 1984, two storms hit the northern half of France, particularly the Brittany. At that time, the practice of naming storms had not yet become systematic in France or Europe.
The night of 23 to 24 November 1984 will go down in the annals of Brittany's meteorological history. An unusually intense storm hit the region, causing extensive damage and flooding along the coasts.
Gusts exceeded 150 km/h on the Breton coast, with peaks of up to 175 km/h in places.
The town centre of Landerneau, in the Finistère region of France, has been flooded. The raging waves threw tonnes of pebbles onto the coasts, changing the coastal landscape.
These extreme winds uprooted trees, damaged buildings and disrupted infrastructure.
Hurricane of October 1987
The storm of 1987, nicknamed the "Hurricane of 1987", the storm hit Brittany and Normandy with exceptional force, leaving an indelible mark on the region's meteorological history.
An unusual weather episode
On the night of 15th to 16th October In 1987, an explosive low-pressure system swept across north-western France, generating exceptionally strong winds. In Brittany, gusts of 200 km/h were measured at Ouessant and 187 km/h at Quimper.
But it was in Granville, on the neighbouring coast, that the absolute record of 216 km/h was recorded - a value that remains unbeaten to this day, even after the passage of Ciaran in 2023.
This storm left a lasting mark: a quarter of Brittany’s forests were destroyed, tens of thousands of homes lost power, and material damages were estimated at nearly 23 billion francs nationwide.
The Breton landscape was profoundly altered. "The landscape resembled a field of ruins, like Verdun," recalled some inhabitants, struck by the extent of the damage. (source The weather channel)
Despite its intensity, the number of victims remained relatively limited due to a passage and a low tidal range. For many local residents, this night remains one of the most significant weather events of the century.
Considerable damage
The impact was devastating:
- 15 people lost their lives in France.
- The damage was estimated at around 23 billion francs at the time, or 3.5 billion euros.
- Nearly a quarter of Brittany's forests have been destroyed.
An exceptional meteorological phenomenon!
Often wrongly referred to as a “hurricane”, it was in fact a mid-latitude depression of rare intensity. Its atmospheric pressure dropped to 948 hPa in Brest, a record since the station was established in 1945. The storm’s movement speed, around 110 km/h, contributed to amplifying its devastating effects.
A turning point in storm management
This extreme climatic event marked a turning point in the awareness of meteorological risks in Brittany and Normandy.
It has led to improved warning systems and better preparedness for storms.
Paradoxically, ten years after the disaster, the forestry balance sheet has been positive, with almost complete reforestation of the destroyed areas and the appearance of 30,000 hectares of new forests.
The October 1987 hurricane remains etched in the collective memory as a reminder of the power of nature and the need for constant vigilance in the face of extreme meteorological phenomena.
Daria (25 and 26 January 1990)
January 25–26, 1990. Storm Daria, also known as the Burns’ Day Storm, marked the beginning of a winter many Bretons won’t forget. This cyclone bomb hit hard, with gusts measured at 176 km/h at the Pointe du Raz and violent swells that shook the entire coastline from the English Channel to the Atlantic (source: Wikipedia).
And that was just the beginning. Daria paved the way for an impressive series of at least ten storms, including Vivian, Herta and Wiebke, which swept through the forests, destabilised the power grids and left a lasting mark on the memories of those who lived through them (source: Wikipedia).
93 dead in six countries. Storm Daria didn't just shake roofs, it changed lives. There were 45 deaths in the UK, 19 in the Netherlands, 10 in Belgium, 8 in France, 7 in Germany and 4 in Denmark. A brutal episode, the human consequences of which have left their mark on Europe (source : Wikipedia).
Herta (3 February 1990)
Herta hit France in the middle of the day, an unusual passage for this type of phenomenon.
Devastating winds
It was the second strongest storm in 50 years in the northern part of the country.
From 9 a.m., extremely powerful winds swept across Brittany, reaching 167 km/h at the Pointe du Raz and 162 km/h at Belle-Île-en-Mer. At the same time, the storm hit Normandy with gusts up to 170 km/h in Granville.
As the storm moved inland, gusts reached 133 km/h at Nantes (Pays de la Loire) and 151 km/h at Cap de la Hève, near Le Havre in Seine-Maritime (Normandy). Herta then hit the Île-de-France region, where winds peaked at 158 km/h at Brétigny-sur-Orge.
A heavy human and material toll
In France, 23 people lost their lives that day. Among the regions hardest hit, Brittany was not spared.
In Herbignac, a resident recounts:
"The wind was blowing at over 120 kph continuously, gusting to 140 kph; a huge branch almost as wide as the road fell behind my car... My wife was shaking with fear, and scanned the windows hoping they would hold." (source: infoclimat)
In Pipriac, a lorry driver was killed when a tree fell. Three other people were seriously injured when bay windows were blown out during the storm.
Material damage was extensive: the church in Brielles lost its steeple, buildings were damaged in Rennes, and businesses suffered damage in Cancale and Vitré. Throughout the region, many trees were uprooted (source: Ouest France)
Lothar and Martin (December 1999)
Lothar and Martin, which hit Brittany on 26 and 27 September. December 1999, left their mark on the region's history with their exceptional violence. These meteorological events have been described as the "storms of the century" because of their intensity and considerable impact.
They have caused 140 deaths in Europe, including 92 in France alone.
Entire forests were destroyed, farms were severely damaged, and roofs were torn off. The power grid suffered heavy consequences, leaving some cities, including Rennes, without electricity for a time.
A dramatic accident claiming 4 victims on the RN12 was a reminder of the brutality of the events. More than 150,000 homes without electricity, emergency services overwhelmed... Lothar only lasted a few hours, but its passage left a stunned region. As this video shows.
Lothar struck the Breton coasts on December 26, bringing extraordinarily strong winds.
Record gusts were recorded:
- 184 km/h on the island of Ouessant
- 173 km/h in Saint-Brieuc, the regional record for this event
- 158 km/h at Pleyber-Christ
There are many accounts of storm Lothar, and they all say the same thing: nobody was prepared for such violence.
On the night of 26 December 1999, Brittany was hit hard. In the Trégor region, residents woke to the sound of gusts of wind, discovering in the early hours of the morning roofs blown off, roads blocked and trees on the ground.
The Martin storm followed the next day, 27 December, particularly affecting the south of Brittany.
It strikes a more southern area of Brittany than the first storm, but with similar strength.
It is having less of an impact on the region, but the Loire-Atlantic. is suffering considerable damage, particularly to its forests.
The power grid is affected once again, while the estuaries and coasts experience flooding.
In Ille-et-Vilaine, the damage was extensive, and five people lost their lives: four in a vehicle hit by trees in Montauban, and another in Boussac, after the roof of her house collapsed.
(sources : The weather channel) - See photographs of storms in Brittany
Justine (30 January 2021)
30 January 2021, storm Justine at Le Conquet. A powerful wave rises up, evoking the silhouette of a dragon.
Loïc Delplanque: “During storm Justine, the waves were hitting harder than usual. Soaked, I was heading back to the car when it emerged from the sea. What’s beautiful about waves, beyond the power they give off, is the imagination they spark. Some will see a simple wave, I see a dragon from the seas. And you, what do you see in this photo?”
Justine hit Brittany on 31 January 2021.
With winds reaching almost 150 km/h, it caused flooding, power cuts and property damage.
The coasts were violently battered by impressive waves. Residents had to cope with extreme weather conditions, a reminder of man's vulnerability in the face of nature.
Ciaran (1ᵉʳ to 2 November 2023)
Ciaran, on the night of 1 to 2 November 2023, was exceptionally violent. Some media were quick to describe it as the "storm of the century".
Four people lost their lives in France during the passage of Ciarán. In Brittany, an Enedis technician died in Pont-Aven while working to restore electricity.
Extraordinarily strong winds
Ciaran generated gusts of wind of an intensity rarely seen in Brittany :
- 207 km/h recorded at Pointe du Raz in Finistère, setting a new record
- 193 km/h measured at Plougonvelin, also in Finistère
- 180 km/h recorded on the island de Bréhat in the Côtes d'Armor regionEven inland, the winds remained very violent:
- 125 km/h at Rostrenen in Côtes d'Armor
- 108 km/h recorded at Rennes in Ille-et-Vilaine
Extensive damage
The consequences of Ciaran have been devastating for the region:
- Many trees uprooted and roofs damaged
- Roads cut off and marinas devastated
- Around 1.2 million homes without electricity in France, many of them in Brittany
I went to the Perharidy peninsula a few days after the storm. The storm had left its mark everywhere. Trees down by the dozen, paths blocked, embankments gutted. It was a desolate sight.
We often hear about winds of over 200 km/h, power cuts and material damage. But when you're there, when you see these familiar landscapes disfigured, it takes you by storm. Every tree on the ground is a reminder of just how much can change overnight.
That day, I also learned that the Ponthus beech in the Brocéliande forest had also been felled. An emblematic tree, full of stories, walks and memories for many.
Chronological table of the biggest storms
| Date | Name of the storm | Intensity / Description | Areas most at risk | Maximum wind speeds |
|---|---|---|---|---|
| November 22–24, 1984 | - | Flooding, thrown pebbles, very strong winds | Landerneau, Breton coast | Up to 175 km/h |
| October 15–16, 1987 | 1987 hurricane | Major devastation, forests destroyed | Ouessant, Quimper, Finistère | 200 km/h (Ushant), 187 km/h (Quimper) |
| January 25–26, 1990 | Daria | Violent | Belle-Île, Pointe du Raz | 176 km/h |
| 1990 (single day) | Herta | Second highest in 50 years | Belle-Île, Pointe du Raz, Granville | Up to 170 km/h |
| December 26, 1999 | Lothar | Storm of the century (1st wave) | Ushant, Saint-Brieuc, Finistère | 184 km/h, 173 km/h |
| December 27, 1999 | Martin | Storm of the century (2nd wave) | Southern Brittany, Loire-Atlantique | - |
| January 31, 2021 | Justine | Flooding, outages, extreme conditions | Breton coast | Nearly 150 km/h |
| November 1–2, 2023 | Ciaran | Exceptional, historic record | Pointe du Raz, Plougonvelin, Bréhat | 207 km/h |
Key statistics
When we think of storms in Brittany, we often think of the wind. But it's not just the gusts. Some data are just as impressive
Unusual waves
Here are some of the record wave heights seen on Brittany's coasts in recent decades. All these heights come from precise measurements or reliable estimates:
- 24.60 metres. This is the height of a wave recorded at the Mare lighthouse during the winter of 2017-2018.
Sensors installed on site, combined with an image analysis system, have made it possible to measure it precisely. When you think of the isolation of this lighthouse on the open sea, you can imagine what it must feel like to be faced with such a mass of water, in the noise, wind and spray.
(Source: measurement campaign at La Jument lighthouse, winter 2017-2018 - see also Wikipedia entry on the lighthouse)
- 21.1 metres. This is the height of a wave measured off the coast of Finistère during the passage of storm Ciaran, on the night of 1 to 2 November 2023.
This value was recorded near the Pierres Noires buoy, south of Ushant, the most westerly point in mainland France.
The significant height of the waves had already reached 11.7 metres, but this isolated breaker exceeded 21 metres, the equivalent of a six-storey building.
This is an impressive figure, and a reminder of the violence of the phenomena on this part of the coast exposed to the great swells of the North Atlantic.
Inland too, the impact was brutal. In Guingamp, Aurélie, aged 48, says she was woken up at 4am by "a huge noise". A tree in her garden split in two: "It didn't go far. Within a few degrees, it was a disaster...".
(Sources: The Weather Channel and Le Parisien via Aurélie's testimonial)
- 23.60 metres. This is what the Pierres Noires buoy measured during the Petra storm off Molène in early February 2014.
For more than ten hours, the waves stayed above 14 metres. A violence that did not stop at sea.
In Lomener, Ambroise Le Floc'h recalls: "the wind in the shutters, with the shutters slamming a lot; you can hear the swell hitting the sea wall...".
(Sources: Infoclimat, Le Point)
- 16 metres. That's the size of the waves recorded on Ouessant and Belle-Île-en-Mer during the storm of 16 October 1987, driven by a long and powerful swell along the entire Breton coastline.
The sea level rose by 1.7 m in Brest and Le Conquet, despite a low tidal range.
A number of residents still remember it:
"My grandmother lived in Cancale: her house shook in the gusts, right down to her bed. Even the windows vibrated", recalls a member of Infoclimat, recalling that night when the wind "cannonades" were raging and all the boats in the port of Concarneau were clinging to the ramparts.
A night when the sea and the wind spoke loudly - and all of Brittany had to listen.
(Sources: Wikipedia, Infoclimat)
- 17.7 metres above sea level - Jument lighthouse
On 3 January 2018, at the Jument lighthouse on Ushant, several exceptionally high waves - known as "scélérates" - were observed. One of them reached 17.7 metres above sea level, the height of its crest. The most impressive wave that day was measured at 24.6 metres from trough to crest.
(Sources: Wikipedia)
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Where can you watch the storms in Brittany?
The most exposed areas
Brittany is one of the regions most exposed to storms, especially on its coasts.
Places like the Pointe du Raz, Ushant, the Crozon peninsula and the Bay of Mont-Saint-Michel regularly experience extreme conditions. Violent winds, high waves, exceptional tides and submersions follow one another every season.
During episodes such as storm Ciarán, these areas were particularly hard hit. Some port cities, such as Brest, Lorient and Saint-Malo, regularly suffer major material damage.
Estuaries and low-lying areas remain vulnerable to flooding. In the face of these multiple risks, the authorities are reiterating the importance of constant vigilance.
The Four lighthouse,
Photograph taken on 29 January 2020, during a violent storm off the Four lighthouse. The framed version is on display next door.
The Four lighthouse,, it is well known for the huge waves that crash against its walls during storms. First lit in March 1874, it lies between the English Channel and the English ChannelAtlantic. visible from the GR34 at Landunvez and Porspoder. Built in four years on the rock of Le Four, it resembles the Pierres Noires lighthouse. These twin lighthouses guide sailors through the dangerous Le Four channel.
At the Four lighthouse, the spectacle is as impressive as it is unsettling. These phenomena can also be deadly. On April 27, 1873, while the lighthouse was still under construction, a “silent wave” capsized a boat carrying supplies and materials, causing the death of three sailors.
Despite the repeated assaults of the elements, the Four lighthouse has withstood the most extreme conditions. Its robust construction and strategic position have allowed it to hold firm against the whims of the Iroise sea. Some traces, however, remain visible: on February 1st, 1904, it was struck by lightning, causing significant damage.
Even today, the Le Four lighthouse remains a symbol of resilience in the face of Atlantic storms.
The wild Morbihan coast
Photograph taken on 21 October 2022 on the wild Morbihan coast. A huge wave submerges a rock off the coast.
The wild coast of Morbihan, with its steep cliffs and secluded beaches, it is often exposed to the raging elements, particularly during the winter months.
These extreme weather phenomena are characterised by powerful winds and impressive waves that shape the coastal landscape.
The storms on this coast can generate gusts frequently exceeding 100 km/h, with records sometimes reaching 150 km/h during the most intense episodes. These violent winds, combined with the particular topography of the coast, create spectacular and dangerous sea conditions.
The waves generated by these storms can reach considerable heights, sometimes in excess of 10 metres.
These extreme conditions often attract curious onlookers and photographers, but represent a real danger to the safety of people and coastal infrastructures.
The local authorities regularly take precautionary measures during these events, such as closing certain access points to the coast or issuing warnings to the population.
The Côte Sauvage du Morbihan also lives to the rhythm of these phenomena, sometimes violent.
Storms and climate: understanding the issues
The role of climate change
Climate change is already making itself felt in Brittany, with warming of +1.4°C since the 1960s. By 2100, the rise could reach +4°C.
Years such as 2022, which are considered very warm today, would then become rather cool years.
Droughts will be longer and more intense: soils will remain dry for an extra month, and their intensity could rise by 47 %. Conversely, winter rainfall will increase by 14 %, with more frequent extreme events (+9 to 44 %), which will increase the risk of flooding.
River flows will fall by 37 % at the end of the summer, extending the low-water period (when water levels are at their lowest) by a month.
Sea levels could rise by between 36 and 69 cm, making flooding more frequent.
The Atlantic Ocean, which is warmer and more acidic, will experience marine heat waves more often.
And forest fires could gain 25 days a year of favourable conditions.
An increasingly contrasted climate, between water shortages and sudden excesses.
Impact of global warming on storms
Climate models predict a northward shift in trajectories, with more intense winds in winter.
In Brittany, this type of change comes on top of other effects of global warming - rising sea levels, more vulnerable coasts, more extreme rainfall. The following points outline the main impacts.
Global warming : Since the end of the 19th century, the sea level in Brest has risen by around 30 cm, according to available tide gauge measurements. This rise has accelerated over the last few decades, reflecting a global trend linked to climate change global warming.
Coastal vulnerability : The low-lying areas of Brittany's coastline, as well as certain islands, are particularly exposed to the risk of marine submersion. Communities such as Treffiagat in Finistère have had to demolish houses threatened by coastal erosion and rising sea levels.
Intensification of extreme events : Global warming is leading to an increase in the frequency and intensity of extreme rainfall events, as well as accelerating coastal erosion. These phenomena are being observed in Brittany, where episodes of heavy rain are becoming more frequent and more intense.
Shifting storm tracks : Climate models predict a shift towards the north storm tracks in the North Atlantic, which could alter Brittany's exposure to these phenomena. This development is linked to changes in atmospheric currents brought about by global warming.
Combined impact on the communes of Brittany : The rise in sea level, combined with the intensification of storms, is increasing the risks for many of Brittany's communes. Although the figure of 93 communes is mentioned in some reports, it is important to note that exposure varies depending on the locality and the protection measures put in place.
In Brittany, rising sea levels combined with increasingly violent weather episodes are already exposing more than 130,000 residents to the risk of marine submersion.
This phenomenon threatens low-lying areas and islands in particular, with potentially serious consequences for infrastructure and local populations.
Coastal erosion: a phenomenon amplified by climate change
Brittany, with its 2,470 km of natural coastline, is particularly exposed to coastal erosion.
This phenomenon, already long-standing, is now exacerbated by rising sea levels and the intensification of storms, direct consequences of warming.
According to Cerema, around 9% of the Finistère coastline, or 120 km, is affected by erosion, mainly impacting sandy and loose coasts.
Brittany's coastal communities face major challenges in adapting their urban planning and protecting their infrastructure.
In response, the Brittany region adopted in February 2024 a guidance document to help local authorities integrate erosion risks into their local planning policies — a first in France on this scale.
Economic and environmental consequences
Coastal erosion in Brittany has a significant economic impact. Damage to infrastructure, housing and economic activities such as tourism and oyster farming represents significant costs for local authorities.
For example, the storms of winter 2013-2014 caused considerable damage to the Breton coastline, requiring substantial investment in repairs and the introduction of protective measures.
From an environmental perspective, erosion disrupts coastal ecosystems, leading to biodiversity loss and the degradation of natural habitats. The disappearance of dunes and wetlands reduces the coastline’s natural ability to absorb the impact of tides and violent climatic events, thereby increasing the vulnerability of the territories.
Measures to protect and adapt the area
Local authorities in Brittany are implementing integrated coastline management strategies (i.e. they are taking into account the entire coastline, its uses and natural changes), relying on the natural resilience of ecosystems (their ability to regenerate or adapt in the face of storms, erosion or rising sea levels).
The Litto'Risques partnership helps local authorities in Finistère to manage coastal risks. Based on local observation and awareness-raising, it offers technical solutions to municipalities vulnerable to erosion.
The Breton storms, from the 1987 hurricane to Ciaran, reveal a history marked by violent winds and material damage. Faced with rising sea levels and the intensification of climatic phenomena, Brittany is adapting its protection strategies, such as the Litto’Risques partnership. Understanding these issues helps better anticipate risks, preserve the coasts, and ensure the resilience of a territory where nature, unpredictable, demands respect and vigilance.
Practical tools to monitor and anticipate
Simply enter the wind speed and the calculator will show you the strength of the wind on the Beaufort scale. Ideal for visualising what a 70 km/h wind really means.
Wind Force Calculator
Brittany in the face of storms: a Thalassa report
Living with the storm in Brittany - report by Thalassa (France 3), published in early 2023
Brittany has always lived with storms. They are part of its identity, its landscape and its collective memory. But with global warming, their frequency, intensity and consequences are changing. Floods, submersions, extreme winds, impressive swells... everything is getting worse.
Observing, understanding and anticipating these phenomena is becoming essential. Not to give in to alarmism, but to adapt - intelligently. Because every piece of data, every reading, every weather map becomes a little compass to help us live better in a land where nature sometimes imposes its own rules.
Frequently Asked Questions about Storms in Brittany
What is the strongest storm ever recorded in Brittany?
The storm of October 15, 1987, is often considered the most violent to have hit Brittany. Wind gusts reaching 200 km/h were recorded in Ouessant, causing significant material and forest damage.
What was the biggest storm in France?
Since 1980, storm Lothar, at the end of December 1999, is considered to have been the most severe storm to hit France. It swept across the north of the country, with gusts often exceeding 140 km/h, from Brittany to Alsace.
Other notable storms include Martin (December 1999), Klaus (January 2009), Xynthia (February 2010) and more recently Ciaran (November 2023), each of which left its mark in terms of intensity and damage caused.
How many storms hit Brittany each year?
The number of storms affecting Brittany varies considerably from year to year.
Some years, the region can be hit by several storms, while other years are calmer.
Since 1980, more than 180 events have been recorded across the entire region.
Which areas in Brittany are most exposed to storms?
The coasts of Finistère, such as Ouessant, Pointe du Raz, or Plougonvelin, are among the most exposed areas. The wild coast of Morbihan, Belle-Île, and the Breton islands are also regularly affected.
Where will you be living in Brittany in 2050?
It is difficult to identify absolutely "safe" areas in Brittany in 2050, but low-lying coastal areas are the most threatened by rising sea levels. water. Sites such as the islands of Molène, Sein and Glénan and parts of the coastline around Morlaix could disappear.
Areas inland and at a higher altitude are preferable. It is crucial to take into account the risk of uninsurability of certain properties, particularly in Northern Brittany and on the Mediterranean coast.
When do storms most often occur in Brittany?
The storms mainly hit Brittany between November and March, when the Atlantic lows are most active.
How do storms affect fishing in Brittany?
Storms in Brittany have a significant impact on fishing. They can sweep away entire ships, resulting in the loss of human lives, as the history of the Terre-Neuvas testifies.
The storm of 1930 is considered to be the deadliest of the 20th century for the French navy. More than 200 fishermen, mainly from Brittany, lost their lives when their dinghies were caught in a violent storm south of Ireland.
English: Is climate change making storms more frequent or more intense?
There is as yet no scientific consensus on a significant increase in the frequency or severity of the disease. intensity storms in Brittany.
On the other hand, some studies suggest that weather systems are becoming more unstable, with phenomena that are sometimes more localised or intense.
What should you do in case of a weather alert in Brittany?
It is recommended to stay sheltered in a solid building, to close shutters and windows, and to limit movement. Outdoor objects, vehicles, and important documents must be secured. It is also advisable to prepare a flashlight, a battery-powered radio, drinking water, and any necessary medical treatments. In case of alert, follow the instructions of the authorities, avoid using the phone to avoid overloading the lines, and do not take the car, even to pick up a loved one.
Where can you get information during a storm in Brittany?
The websites of Météo-France, the prefectures, and the official social media accounts of local authorities provide real-time alerts and instructions. Local radio stations also remain a reliable source of information in case of internet outages.
About the author
Bonjour, je m’appelle Loïc Delplanque. Je suis photographe et graphiste, installé dans le Morbihan.
Je mène ces deux activités de front : la photographie comme matière première, le graphisme pour en prolonger l’impact. L’un ne va pas sans l’autre. Mon travail ne s’arrête pas à la prise de vue, bien au contraire, c’est là qu’il débute, pour façonner les images et exprimer mon intention.
Côté photo, je réalise des reportages, des œuvres en édition limitée, des créations destinées à la décoration.
Et pour le graphisme, je conçois des affiches dessinées sur tablette graphique, ainsi que des visuels pour vos supports de communication.
Are you interested in this approach?
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What you thought about it
Lisa Dargel
Very interesting. I came across your article by chance, we don't realise the power of the elements, good luck and thank you 🙂
Rémi
I still remember the storm of '99 when I was a kid... Great job!
Jean
Thanks for this article!
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