You dream of a lush vegetable garden on your balcony or terrace, but achieving success seems far too conventional? Why aiming for abundant harvests when you could join the prestigious circle of "frustration growers"?
In this article, we present to you 6 foolproof tips for failing at your container garden. These 100% absurd tips will transform your balcony into a joyful botanical disaster. Of course, if you do the exact opposite, you might just harvest vegetables worthy of a Michelin-starred chef... but where's the fun in that?
Take notes and get ready to turn your balcony or terrace into a true laboratory of improbable and memorable gardening experiments!
Lesson 1: Choose your plants poorly!
Basil, strawberries, leeks, cacti... Plant everything you can find, regardless of whether these plants prefer shade, full sun, or even an arid desert. After all, a cactus and a lettuce are pretty much the same thing, right?
Don't stop there: completely ignore care sheets or seed labels. Seasons? A lazy gardener's invention. So, plant your tomatoes in the middle of December for guaranteed dramatic effect, and why not some radishes in the height of summer? It will add a lovely touch of unpredictability to your balcony.
Bonus tip: if a plant doesn't grow, blame the wind or your neighbours. After all, why should it be your fault?
The real advice: choose plants suited to your space, exposure (sun or shade), and the season. Herbs like basil or parsley are perfect for beginners!


Lesson 2: Water blindly, or better yet, not at all!
Gardening is complicated enough, so why bother with thoughtful watering? Opt for the "Russian roulette of watering" method. One day, drown your plants in a spa-worthy bath (or a municipal pool), and then let them ponder their thirst for three weeks. Plants love these emotional rollercoasters... well, in theory.
Be creative: a blast of cold water at dawn, a day where you completely forget their existence, and a light mist of lukewarm water just before a heatwave. It's a great way to test their resilience... and your patience.
Bonus tip to perfect this method: don't bother learning the specific needs of each plant. A succulent and a basil plant? Same battle! Don't all plants have the same taste for water? (Spoiler: no, not at all.)
The real advice: consistency is key. Adjust watering to the needs of each plant. And a small watering can with a fine spout is better than your neighbour's hose.
Lesson 3: Completely ignore container size
Disregard container size! Do you have a lovely mint plant? Plant it in a tiny pot, ideally the size of a thimble. After all, why give it room to thrive when you can force it to become a minimalist artist? In contrast, your strawberry plant deserves to dream big: put it in a giant container designed for a palm tree. After all, it needs to compensate for its limited growth ambitions.
Consistency? Too boring. Logic? The sworn enemy of fun! Imagine carrots in a gratin dish or tomatoes in a bonsai planter. Nothing like surprising your plants (and their root systems). At least you'll be sure your garden looks like no other.
Bonus tip: don't bother with drainage holes or suitable materials. Who said plants needed well-aerated soil? Aim for originality, and let your plants live their best (and last?) life.
The real advice: plants need space to grow. Choose suitable containers and think about drainage (hello, small stones or clay balls at the bottom!).


Lesson 4: Use the most dubious soil possible
Do you really want to be original? Forget the classic potting soil, far too mainstream. Instead of investing in a rich, suitable substrate, go on an adventure and collect unexpected treasures: construction sand found on the sidewalk, dusty soil gathered during your last mountain trek, or rubble salvaged from an alley. It's a true ode to diversity... or at least, to improvisation.
The idea is simple: the more sterile, compact, and hostile the mix, the better! Why settle for nutrient-rich soil when your vegetables can experience extreme survival? You could even spice up the experience by adding a bit of gravel to remind them of the joys of a stony desert.
And above all, don't forget to proclaim your love for innovation loudly: "Here, we plant boldly, not scientifically!" Sure, your plants might wonder why they are condemned to grow in soil that could just as well be used to build a highway. But isn't that the essence of experimentation?
The real advice: good potting soil is essential for a container garden. Invest in a special potting soil or enrich it with compost.
Lesson 5: Let Mother Nature do all the work
Once your seeds are carefully sown (or randomly thrown, let's be honest), take a deep breath and solemnly declare: "From now on, it's you and me, universe!" Then, proudly walk away from your plants and let them face their fate. Why waste your time checking on their condition? After all, they are plants; they know how to grow on their own, right? (Spoiler: no, not at all.)
No need to water them regularly, monitor if weeds are choking them, or check if insects are nibbling their leaves. All of that is detail! Plants are big and strong; they will manage without your help, just like in the wild. What you might forget is that a balcony or terrace has little in common with a lush jungle where ecosystems self-regulate. Here, if you do nothing, your plants will do exactly the same: nothing at all... except die.
Bonus tip: to perfect this "zero maintenance" method, completely ignore signs of distress. A plant that is yellowing, wilting, or seems to be crying for help? Look away with a stoic expression. It's a life lesson for them and a great opportunity for you to practice emotional detachment.
The real advice: a garden, even on a balcony, requires a minimum of maintenance. Remove dead leaves, watch for pests, and give a little love to your plants.
Lesson 6: Ignore space requirements
Why limit yourself to reality? In your mind, your 2-square-metre balcony is probably as vast as the plains of the Midwest. So go wild: plan for ten tomato plants, three courgettes, a row of strawberries, and while you're at it, a cherry tree. It doesn't matter that your space is more suited to a camping chair than a budding farm.
Be bold: stack your pots, layer your planters, and why not hang containers from the ceiling (never mind if you can no longer open the door). Did you dream of an abundant garden? Just play Tetris with your plants. Sure, your plants will have to fight for every inch of sun or air, but isn't that how the greatest champions are born?
Bonus tip: completely forget that a courgette needs plenty of space to spread out. Plant it in a small pot wedged between a geranium and a basil plant. Watch the chaos: the leaves will wrap around the other plants, and it will be a true botanical battlefield on your terrace.
The real advice: think about the space needed for each plant and how they grow. Opt for a few well-spaced crops suited to your balcony or terrace rather than a true plant traffic jam!
You dream of a lush vegetable garden on your balcony or terrace, but achieving success seems far too conventional? Why aiming for abundant harvests when you could join the prestigious circle of “frustration growers”? In this article, we present to you 6 foolproof tips for failing at your container garden. These 100% absurd tips will […]
When we go shopping or peel an apple, we don't really think about the origins of the various fruits that grace our tables, as they are such a part of our daily lives. Yet, if they could speak, they would tell us the incredible journey that brought them to us, from the earliest times!
These juicy and fragrant fruits that we enjoy throughout the year mostly appeared long ago in distant lands, although some arrived on our old continent more recently.
As I shared the epic of vegetables in a previous episode, I invite you this summer to continue this tasty journey into the colourful world of our most familiar fruits.
Origin of fruits: the continents that they originate from
There are nearly 150 different fruits in the world... and thousands of varieties. While we associate some with a national culture, the vast majority come from countries, or even distant continents. Some, like cherries or pears, have two distinct origins. Here are the distribution areas and origins* of some of the most consumed fruits today, by continents and major regions of the world:
- America: pineapple (Brazil), avocado (Mexico), tomato - botanically a fruit! - (Mexico and Central America), papaya (Central America), guava (Central America and Brazil).
- Asia: pear, peach, apricot, kiwi, and orange (China), banana (Southeast Asia), lemon and mango (India), pomegranate (Central Asia, Afghanistan).
- Middle East: fig (Turkey), date (Mesopotamia), pomegranate (Iran), cherry (Anatolia).
- Europe: apple (Caucasus), pear (Europe and Asia Minor), grape (Middle East and Europe), strawberry (Europe and North America), grape (Caucasus and Southern Europe).
- Africa: watermelon, melon.
* This distribution lists fruits native to countries that were later introduced to other regions of the world, before becoming naturalised in some.
Fruits through time and cultures
Wild berries, ancestors of our blackberries and raspberries, were an important part of the diet of hunter-gatherers and were consumed by prehistoric humans long before agriculture developed.
But one of the oldest cultivated fruits in humanity is considered to be the fig. It is believed to be the first fruit to have been domesticated, even before cereals in some regions of the present-day Middle East. Excavations in the Jordan Valley, in the Jericho region of the West Bank, have uncovered carbonised figs dating back to around 9000 BC. Dates were also cultivated from antiquity.
In the Middle Ages and the Renaissance, fruit cultivation developed in Europe and Asia. In European monasteries, the creation of the kitchen garden with the medieval enclosed garden played a crucial role in the preservation and development of fruit cultivation, particularly of apple, quince, and cherry trees. The medieval orchard is associated with the lost paradise, and many illuminations depict it. Fruits like apple, pear, and grape made their way to the tables. The Crusades and later the great maritime expeditions would enrich the diversity of available fruits. This was a time when fruits were often consumed in dried form, allowing for longer preservation (figs, apples, apricots, plums, and cherries).
During the Renaissance, trade introduced new varieties of grapes, enriching European viticulture. The Crusades also facilitated the introduction of citrus trees to Europe, significantly transforming eating habits. Horticulturists and later fruit growers made decisive advances in fruit-growing techniques (grafting, cultivation on trellises, and the creation of fruit shapes, hardening under glass), leading to the fruit heritage as we know it today.
Discovering three iconic fruits: pear, melon, and strawberry
Among the wide array of fruits available to us today, I have chosen to talk about three fruits that have now become part of our consumption habits.
Pear: millennia of know-how and innovations
A common fruit today, the pear is counted among around sixty species, and nearly 2000 varieties worldwide!: Comice, Conference, Williams, Passe Crassane, or Guyot... to name just a few of the most common in our markets.
It is actually one of the oldest fruits cultivated in the Northern Hemisphere, and its history dates back millennia.
Originating in Asia, the pear later made its way to Europe. In China, where writings dating back to the 5th century BC mention it, it has been cultivated for over 5000 years. Remains and seeds of pears (Pyrus communis) have been found in the lake dwellings of present-day Switzerland and in prehistoric Neolithic sites. While it appears in Egyptian and Greek civilizations, it was the Romans who first developed and improved this fruit by practising early grafting. By 50 AD, there were already 35 different species.
The pear established its presence in Europe from the Middle Ages, but at that time it was little appreciated, often cooked, and had various unflattering names (anguish pear or rosy stone). Quintinie (1626-1688) truly gave it its letters of nobility: King Louis XIV was fond of it (well... mainly to decorate his gala tables), and it was from the 17th century that cross-breeding began, with quince trees. Improvements in fruit cultivation techniques then allowed for the production of higher quality pears, much more melting, contributing to their growing popularity among both nobles and commoners. Five hundred species were already recorded during Quintinie's time, including the stars of the era, Bon Chrétien or Cuisse-Madame.
The Williams pear was born in 1796, the Conference pear was named in 1885, and the Angelys pear, one of the latest, was born in 1998. It is now marketed under the name Angys®, a product of Angevin research from INRAE (hurray!), resulting from a cross between Doyenné du Comice and Doyenné d'Hiver.
Asian pears (Pyrus pyrifolia) and their descendants are crunchy-fleshed fruits, like the Nashi, while our common European pear trees (Pyrus communis), descended from wild pear trees in the mountainous regions of the Caspian Sea, produce tender and juicy fruits. Even today, we distinguish between "knife pears" for raw tasting, melting pears, and "cooking pears," much like with apples. The main edible species come from Pyrus pyrifolia. In Asia, there are nearly 3000 varieties from Pyrus pyrifolia, Pyrus ussuriensis, and Pyrus bretshneideri, some of which are hardy to below -30°C.
The sixth favourite fruit of the French, available all year round in our markets, and in world-renowned recipes like pear Belle Hélène, this fruit continues to charm us. Notably, the largest producer of pears in the world is once again... China, with a production of 16.5 million tonnes of pears. Strangely, 50% of the pears consumed in France are imported, knowing that our main producing regions are the Loire and Val-de-Loire regions.
Apricot: from Tibet to Provence
Its botanical name, Prunus armeniaca, mistakenly attributed by Carl von Linné, would suggest an Armenian origin for the apricot tree. This is not the case, as this highly appreciated summer fruit, associated with the Mediterranean basin, actually originated on the foothills of the Himalayas, between Turkestan, Tibet, and Manchuria, just like our good old peach. This wild ancestor of the modern apricot tree was introduced much further east, indeed passing through Armenia, via the Silk Road. The apricot arrived in the West in already improved forms, as the Chinese had been cultivating it for millennia. It conquered Greece and the Roman Empire at the very beginning of the Christian era. The Romans named it praecoquum, meaning the early fruit, and later Punum armeniacum, in reference to its introduction in Armenia. The name apricot would not appear in the French language until the 16th century, borrowed from the Spanish albaricoque, which itself derives from the Arabic al-barqūq.
It was the Moors who, in the 8th century, brought the apricot to Spain. It was not until the 16th century that this fruit gradually began to be appreciated. The good King René, who inherited the kingdoms of Naples and Sicily, is said to have introduced the apricot tree to Anjou a century earlier, around 1435. During the Middle Ages, it had a poor reputation, thought to cause fever. It took time before the apricot was consumed raw, as we do today by biting into the sun-warmed fruit right from the tree. Quintinie himself reserved it exclusively for cooked preparations like jams or compotes. It wasn't until the 18th century that its cultivation expanded in the southern regions of France, and more and more varieties began to emerge.
The modern apricot has thus been cultivated in our regions for less than 500 years. Today, the main apricot-growing areas are still the Mediterranean basin, with France being the 17th largest producer by volume. Turkey, the world's leading producer, primarily produces dried apricots from varieties particularly suited for drying.


(oil on wood panel, circa 1630; Rennes Museum) - Photo Wikimedia Commons
Melon: an unloved fruit turned summer star
The orange-fleshed melon, bursting with sugar and sunshine that we enjoy in France in the heart of summer (Cucumis melo), originating from Africa and Asia, also has a fascinating history. Cultivated since antiquity in Egypt and Mesopotamia, it was then appreciated for its seeds as much as for its flesh. It appears, along with watermelon, in tomb frescoes. The Romans, likely the ones who introduced it to Europe, knew it but often preferred watermelon (Cucumis citrullus), finding it rather bland. At that time, the melon was actually considered more of a vegetable and was often consumed cooked and salted or in salads.
In the year 800, Charlemagne mentions it among the recommended plants in the Capitulaire de Villis, using the name given to it by the Greeks, "pepon" ('cooked by the sun).
This delicate fruit began to acclimatise in Europe thanks to the development of greenhouses, starting in the 17th century, which allowed it to be hastened and consumed year-round, as demanded by the nobility. It became larger and tastier. In France, the melon, like other fruits or vegetables, still had a poor reputation, often perceived by doctors as a dangerous food, causing indigestion due to its harmful juices, the "succum pessimum". Several popes even died from excessive consumption, as was said of Clement VIII. This reputation gradually faded in the 18th century, where an author like Marc-Antoine Girard de Saint-Amand made a flattering description in a poem full of finesse: The Melon. Voltaire even crowned it "the masterpiece of summer." Since 1780, the cantaloupe melon, round and with orange flesh, from the summer residence of the popes of Cantaluppi, became known in French gardens. The Marquise de Sévigné and later Alexandre Dumas became ambassadors of the Cavaillon melon, the former for her adoration of this Provençal fruit, the latter for having it delivered to him until his death as a life annuity in exchange for books!
Greenhouse and cloche cultivation methods improved, and the large melon cloche appeared in the 18th century, still used today by those fortunate enough to possess one. It became a fruit that signified a high social status.
Although few writings confirm it factually, it is often said that melons, due to their increasing market value and popularity, became targets of theft when grown in enclosed and monitored gardens, particularly in Europe during the 17th and 18th centuries.
Today, the melon is enjoyed worldwide and is cultivated in open fields or greenhouses in many regions. France is one of the leading producers in Europe, with Provence and Charente renowned for the quality of their melons. Charentais melons, recognisable by their orange flesh and wrinkled skin, are prized for their sweet and fragrant flavour. The Cavaillon melon remains a summer staple. In France, we are the thirteenth largest producer of melons globally, but we must import them (mainly from Spain and Morocco) for our summer consumption.
As for yellow melons or sweet melons, they are associated with Spain, where they are widely consumed. These melons, also known as Santa Claus melons or 'Piel de Sapo' melons (toad skin), have a green speckled skin and a very refreshing white or green flesh. They are primarily cultivated in the Spanish regions of Murcia, Andalusia, and Valencia.
The new hybrids and exotic fruits
Most of our fruits date back to very ancient times, but some fruits only appeared late in our kitchens and on our tables. These are mainly exotic fruits that our palates began to discover and appreciate at the dawn of the 20th century, such as the kiwi, originally from China but cultivated in New Zealand since the early 20th century, and only becoming popular in Europe from the 1960s, or the lychee, which appeared in Europe as early as the 18th century thanks to colonial imports. The prickly pear, now available in some markets, had remained relatively unknown in the West since Christopher Columbus.
Since the 1970s and 80s, other fruits have appeared on the market, born from the hybridization of two species, horticultural selections, genetic manipulations, or natural mutations. Some are still little known, such as the boysenberry or blackberry-raspberry, a cross between a raspberry and a wild bramble, and the caseille or cassisberry, another cross of red fruits between a blackcurrant and a gooseberry. The aprium, born from the (American) love affair between a plum and an apricot tree, the pluot, another hybrid between plum and apricot, are other laboratory discoveries. Citrus fruits are not left out, with notably the tangelo (or Minneola), a hybrid of a mandarin and a grapefruit, less acidic and sweeter than a pomelo. The Americans, who have also developed pink blueberries (like 'Pink Lemonade'), are often behind these more or less fanciful genetic discoveries...
All these new fruits are proof that fruit innovation has not yet said its last word in adapting, among other things, to the new global climate challenges.


Heirloom and forgotten fruits
We are also currently witnessing the rediscovery of forgotten fruits like quince, medlar, jujube, or persimmon, often brought back to the forefront by chefs or organic orchards. Would you like to learn more about these ancient fruits? Browse our articles and recipes:
- Growing the male dogwood for its fruits
- The jujube tree: planting, pruning, and caring for
- How to make quince jelly? and How to harvest and store quinces?
- How to harvest and store medlar?
- How to harvest and store persimmons?
- Physalis: sowing, cultivation, harvest
- The beech nut: an edible fruit to discover.
Further reading: some useful books and websites
For botanists or history enthusiasts and those passionate about local and ancient fruit varieties, I recommend the following works (in French):
- The ABCs of Fruits, Antoine Jacobsohn. Flammarion Editions. 1997. A condensed source of information by the head of the King's Kitchen Garden.
- Astonishing Stories of Fruits. Bertrand Dumont. MultiMondes Editions. 2022.
- Fruits from Here and Elsewhere: Insights into the History of Some Fruits Consumed in Europe. Marie-Pierre Ruas. Omniscience Editions. 2016. A bible that will delight history enthusiasts.
- Rediscovered Fruits, Heritage of Tomorrow. History and diversity of ancient species from the Southwest. Evelyne Leterme and Jean-Marie Lespinasse. Rouergue Editions. Redouté Prize 2008. Another extensive book.
- And a historical detective novel by Michèle Barrière, Murder in the King's Kitchen Garden, about the famous thefts of melons at Versailles: a delightful summer read.
Several associations and organisations allow for further learning about the origin and conservation of fruits:
- The Apple Crunchers, who have been advocating for the preservation of regional fruit varieties for years.
- Forgotten Fruits: a network that contributes to the promotion and preservation of fruit heritage.
- The National Centre for Pomology, an association dedicated to the conservation, study, and promotion of fruit varieties, particularly ancient and local varieties.
To extend this reading, discover the ancestral history of the fig in this excellent article by Alain Bonjean in the Chronicles of Vegetal. You will learn all about the genomes of the apricot in this publication from INRAE. And Eric Birlouez tells you much more about the apricot's journey in his podcast on France Inter...
Finally, listen to a delightful segment, In the Intimacy of History: The Pear, an Erotic Fruit, narrated by historian Clémentine Portier-Kaltenbach.
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When we go shopping or peel an apple, we don’t really think about the origins of the various fruits that grace our tables, as they are such a part of our daily lives. Yet, if they could speak, they would tell us the incredible journey that brought them to us, from the earliest times!These juicy […]
For centuries, vegetables have travelled across continents, carried by explorers, merchants, and botanists. Aubergines, potatoes, celery, cabbages, carrots, and other parsnips… The vegetables so familiar in our everyday cooking often come from the antipodal cells, or at least from distant territories. We learn in our history classes that tomatoes and corn were brought to us from America. But what do we really know about the epic journey of our vegetables?
From Antiquity to modern hybridizations, vegetables from Asia and the Near East or native to America, I invite you on a spatio-temporal journey to the four corners of our planet. You may discover what the oldest vegetable in the world is, which vegetables are the most consumed today worldwide, and some tasty tales about their history and how they reached us!
Origin of vegetables: the continents that gave birth to them
Three major regions of the world are the source of most of the vegetables that make up our diet today: the Near East, Asia, and the Americas. It is important to note that when we refer to this origin, we are talking about the geographical areas where these vegetables were cultivated, not where the vegetable was recorded as a wild plant. This sometimes explains the discrepancies we notice regarding the origin of certain vegetables (a good example being the unresolved debate about the aubergine, which is said to be either Chinese or Indian).
Here are the origins of some of the most commonly used vegetables today, by continent and major regions of the world:
- America: tomato (Mexico and Central America), bean, squash and courgette (Mexico), potato (Peru and Bolivia), pepper (Central America), sweet potato (Peru), corn (Mexico)
- Asia: aubergine and cucumber (India), spinach (Persia), garlic, shallot and onion, carrot, cucumber, turnip, crosne (Japan)
- Near East: pea* (Fertile Crescent), radish, lentil, chickpea, rocket, and cabbage, which was likely domesticated there.
- Middle East: carrot (Afghanistan), onion (Iran and Afghanistan)
*(often accepted as one of the oldest vegetables in the world, its cultivation dating back 7,000 to 10,000 years)
Europe and Africa are also the cradle of several vegetables in our daily lives. Cabbage, fennel, Swiss chard, parsnip, broad bean, and many salads like lamb's lettuce (from Sicily and Sardinia), escarole or chicory for Europe, beetroot and artichoke coming from North Africa.
While all these vegetables were brought back by the great expeditions of the 15th and 16th centuries or by the Arab conquest (the Silk Road and the Incense Route concerned not food, but spices, fabrics, and precious woods), they underwent a slow evolution, being domesticated and then hardened in regions with climates very different from their areas of origin.
Vegetables through time: a brief timeline of an announced success
The consumption of vegetables is documented in numerous ancient writings and manuscripts across different cultures and eras, but also through paintings and still lifes from the Renaissance onwards. Archaeologists have thus identified the pantry of our distant ancestors, historians have investigated their introduction, and naturalists and botanists have studied their acclimatization in our countries.
As we learn it in school, nomadic man did not cultivate; he was a hunter-gatherer. When he settled down, around 10,000 BC, he began to domesticate certain animals… and to plant! The first centres of settlement in the Near East, what is called the Fertile Crescent (corresponding to Iran, Iraq, and Turkey) report the cultivation of cereals such as barley (Hordeum vulgare), then wheat, oats, and rye. Considered the first cultivated food, barley was indeed on the menu of our Mediterranean ancestors.
Ancient Egypt, which has left us numerous testimonies of its dietary practices in its temples, tombs, and papyri, cultivated cabbage and cucumber, as well as chickpeas and, more surprisingly, radishes, as well as the nut sedge (papyrus) which was consumed. It was a predominantly vegetarian people.
Closer to us, in ancient Rome, we were able to identify the vegetables that the inhabitants of Pompeii ate: peas, broad beans, and lentils encountered in Egypt, thus many legumes, but vegetables such as cabbage, leek, onions, and asparagus also already appeared. All these vegetables are mentioned by Columella, a Roman agronomist, and by Pliny the Elder in his Natural History.
Later still, in the Middle Ages, many manuscripts recount the vegetables that graced the tables: mostly leafy vegetables, such as spinach, orache, and borage, root vegetables (chervis, parsnip, carrots, turnips…) and so-called perpetual or perennial vegetables. There is still much evidence of legumes such as chickpeas and lentils. The beetroot makes its appearance, and Charlemagne attempts to impose it in the vegetable garden. He includes it in his Capitulare de Villis and recommends it as a vegetable crop for the Empire. Medieval cuisine often consisted of all these vegetables, consumed in the form of soups, broths, pies, and stews, with meats, game, and fish reserved for the noble classes.
The Age of Discoveries in the 15th and 16th centuries further enriched this mapping of vegetables. The discovery of the Americas by Christopher Columbus in 1492 led to the introduction of many new vegetables to Europe, such as tomatoes, potatoes, corn, peppers, and squash, to name just a few. These vegetables from the New World literally fascinated our old continent. They graced the tables of monarchs and European courts, ensuring the splendour of banquets during the Renaissance, and later integrated into European cuisines in the modern era.
Subsequently, we witnessed the acclimatization of these vegetables growing in warm climates, adapting them to our regions, our humidity, and our four seasons. The greenhouses that developed from the 18th century onwards allowed for an unprecedented boom in market gardening. Farmers gradually began to produce many types of vegetables throughout the year, increasing both diversity and productivity.
Aubergine, carrot, and artichoke: three domesticated vegetables under the microscope
Alexandra has already explored the fascinating history of certain vegetables in My Vegetable Garden Comes from Afar, such as potatoes, tomatoes, or squashes. I will complete this list by discussing here the aubergine, carrot, and artichoke, three vegetables rich in flavour and colour... well... not all at the beginning!
- Aubergine
The Aubergine (Solanum melongena L), long referred to as the madman's apple or the apple of Sodom in the 14th century, had a rather poor reputation before becoming this much-loved summer vegetable in Mediterranean, Lebanese, and Asian cuisine. It was said to be dangerous, as it was associated, as was the tomato, with belladonna, which belongs to the same botanical family, the nightshades. It was attributed with fevers, epileptic fits, and those who ate it were even said to lose their sanity.
Aubergines were thus, like some other vegetables, initially considered ornamental plants in Europe, but soon gained popularity as food in southern Europe. They are documented in cultivation around 500 BC in India and Burma. The white aubergines are believed to be the oldest cultivated forms. In India, Burma, and China, mentions of light or white varieties can be found in ancient texts, as early as the 5th century.
They are still called "eggplants" in English because they resembled… chicken eggs!
It was the Arabs who discovered it in the Middle Ages and brought it from Asia, likely from India in the 15th century. They named it "al-bâdinjân", introduced it into the Mediterranean basin, and quickly adopted it through their trade with the Arab world. The aubergine passed through North Africa, then Spain, and into other Maghreb countries. However, it was the Italians who truly popularised it in the 19th century. It would then be more consumed in Spain and Italy, as well as in Greece. The aubergine would not appear in markets in northern France until the mid-19th century.
The aubergine remains widely consumed in the Middle East, where it is the star of iconic dishes like baba ghanoush in Lebanon, or Imam bayildi in Turkey, for example. In Turkey, where aubergine jam is a specialty, it is also consumed sweet, and in Andalusia, cooked with honey as a dish, the aubergine regains its status as a fruit, as botanically it is indeed one.
The aubergine is now among the top 7 most cultivated vegetables in the world, with over 60 million tonnes produced annually. The global production of aubergine is primarily Chinese and Indian, with China accounting for about 63% of global production and India about 24%. It remains predominantly consumed in Asia. Today, there are no fewer than 341 varieties of aubergines listed in the official catalogue!
- Carrot
Iran is credited with a developed culture of the carrot (Daucus carota), but it is in Afghanistan that it is said to have appeared in the 10th century, quite recently in fact. It was initially produced in Europe, mainly in Spain, and after crossing the Pyrenees, it arrived in France, then Italy in the 14th century.
Yellow, white, and red carrots, ancestors of the orange carrot, delighted the royal tables of Europe in this colour until the Renaissance. Like other vegetables or fruits that gradually changed colour, the carrot originally had whitish hues. It was the Dutch who, in the 17th century, through numerous hybridizations, transformed this pale carrot into an increasingly orange one.
We now find yellow and purple carrots on the stalls, a curious turnaround! Fashion and trends...
- Artichoke
The artichoke (Cynara scolymus), a symbol of Brittany for us, originates... from the Mediterranean basin, specifically North Africa. It is nothing other than a domesticated wild thistle! It was probably already consumed in Antiquity by the Egyptians and the Berbers, in its wild form, the cardoon (Cynara cardunculus).
It is from this species that the cultivated artichoke is obtained through selection. It reached Italy in the 1st century under the Roman Empire, where it was mainly used, like in Greece, for its medicinal properties. It was during the Renaissance, around 1644, that it was truly popularised and cultivated in aristocratic gardens, particularly in Naples and Sicily. It was then credited with digestive and even aphrodisiac properties. It appeared in France thanks to Catherine de Medici, who introduced it to royal gardens in the 16th century. Louis XIV adored this vegetable… La Quintinie cultivated five different varieties.
It was not until the early 19th century that the artichoke became popular, thanks to the creation of the famous large Camus de Bretagne. It thus became a significant market gardening crop in Brittany, Provence, and the Loire Valley. There are several varieties, such as the Gros vert de Laon, the purple artichoke of Provence, or the poivrade—which appeared later—a small tender variety often consumed raw or in oil. The artichoke remains an emblematic vegetable of Mediterranean cuisine, found stuffed, in barigoule, or Roman-style.
Italy, Spain, and Egypt are now among the three main producers of artichokes in the world, far ahead of France.
The 'new vegetables'
While we often think that all our vegetables are ancient, some have only recently appeared in our gardens and on our stalls, particularly with the globalization of food, the rise of organic produce, and new consumption habits (gluten-free, vegetarianism).
Among the vegetables that have recently arrived in our gardens and markets are exotic vegetables, but not only...
- Chayote (or christophine), a cucurbit from Central America, widely used in Caribbean and Reunion cuisines, now well acclimatisated and cultivated in France, in the mild Atlantic zone or in the south.
- Kale – making a comeback since the 2010s, a star of health diets. It is now widely cultivated in urban, organic, and alternative gardens.
- Romanesco cabbage arrived in our markets in the 1990s.
- Sweet potato: it was rare just 30 years ago and is now ubiquitous in markets, even cultivated in the southwest of France. Some varieties are adapted to the French climate.
- The yacon (earth pear): Originating from South America, it is still marginal but is entering organic circuits and AMAPs (Associations for the Maintenance of Peasant Agriculture). Its taste is sweet, similar to that of the Jerusalem artichoke.
Also added to this list is black radish, an ancient vegetable rehabilitated by modern cuisine and wellness trends. Long relegated to herbalism, it is now reappearing in winter salads and detox plates. These vegetables reflect the plant renaissance of the 21st century, between exoticism and culinary innovations.
We are also witnessing the rediscovery of forgotten vegetables such as chervis, orache, helianthi, crosne, or even cardoon, and herbs like wild garlic, often brought back to the forefront by chefs or organic gardens.
21st-century agriculture has also seen the emergence of hybrid or crossbred vegetables, such as broccolini (a cross between broccoli and kai-lan), or kalette (kale + Brussels sprout), reflecting our growing taste for plant innovation, but also the need to adapt to new climatic conditions.
These vegetables that might never have existed!
Finally, there are also vegetables that never came to be... and those that could have remained unknown in Europe.
We will thus try to consume the tuber of the Dahlia, brought to France in 1802 from Mexico via Spain. This plant was cultivated, used decoratively in flowering tiaras, but also consumed by the Aztecs for centuries. Botanist André Thouin thought he could use it here, somewhat like the potato, as the tuber had a floury consistency. But its peppery taste did not appeal to the testers of the time, and thus it was relegated in 1804 (to our great delight) as the only ornamental plant!
Some of the vegetables we cherish today almost didn't make it into our kitchens. The potato and the tomato are good examples; the former long deemed unfit for consumption, indigestible, only good for feeding animals, and supposedly transmitting the plague, while the latter retained its image as a toxic plant for a long time. It was only adopted by the French from 1731, and by the Germans even later, around 1870. These plants, labelled as poisonous, were also the fate of some fruits, but we will return to this in a future article.
Further reading
I highly recommend one of the books that recently received the French Saint-Fiacre Prize 2024: "Tour de France of Fruits and Vegetables" by Noémie Vialard and Stéphane Houlbert, as well as History of Vegetables: From Origins to the Dawn of the 21st Century, by Michel Pitrat and Claude Foury.
If you are wandering in Anjou, visit the gardens of Puygirault, a unique place that traces the evolution of the vegetable garden from the earliest times.
Want to discover heirloom vegetables? Check out our articles and recipes on the subject:
- 9 Heritage Vegetables to Grow in the Vegetable Garden
- Jerusalem Artichoke: A Forgotten Vegetable to Rediscover
- Chervis, an Easy-to-Grow Forgotten Perennial Vegetable
- Borage Leaf Soup: A Simple and Tasty Recipe
- Orache in the Kitchen: Plant-Based Recipes of an Ancient Vegetable to Rediscover
- Helianthi: How to Harvest, Store, and Cook It?
Find an interesting article from National Geographic on a thermopolium discovered intact in Pompeii.
The Cluny Museum inspires us with its medieval recipes!
For centuries, vegetables have travelled across continents, carried by explorers, merchants, and botanists. Aubergines, potatoes, celery, cabbages, carrots, and other parsnips… The vegetables so familiar in our everyday cooking often come from the antipodal cells, or at least from distant territories. We learn in our history classes that tomatoes and corn were brought to us […]
Cinnamon, this fragrant and sweet spice found in many sweet and savoury dishes, has a fascinating history that spans continents and centuries. Its use is not limited to cooking: it has played a crucial role in global trade and has contributed to major voyages and explorations. In this article, we will explore the origins of cinnamon, its role in the history of trade, and the explorations it has inspired.
Origins of Cinnamon: A Treasure from Southeast Asia
Cinnamon primarily comes from the inner bark of trees in the Cinnamomum genus, native to tropical regions. There are several types of cinnamon, but the two most well-known are Ceylon cinnamon (or "true" cinnamon) and Chinese cinnamon (or cassia).
- Ceylon cinnamon (Cinnamomum verum) originates from Sri Lanka and southern India. It is sweeter and more subtle than its cousin cassia and is considered the most prized form of the spice.
- Chinese cinnamon (Cinnamomum cassia) comes, as its name suggests, from China, but it also grows in Vietnam, Indonesia, and other regions of Southeast Asia. This variety has a stronger taste, is more robust, and is often used in Asian cuisine and as an alternative to Ceylon cinnamon in many commercial products.
In the Cinnamomum genus, you can also find the Cinnamomum camphora, more commonly known as the camphor tree.
Good to know: the paperbark maple (Acer griseum) gets its name from the way its bark peels with age, resembling cinnamon. It’s very beautiful, but it’s not edible!
Did you know?: the harvesting of cinnamon is a delicate and manual process, usually done twice a year during the rainy season. Growers cut the young branches of the tree and remove the rough outer bark. They then scrape the thin layer of inner bark, which is then dried. As it dries, this bark naturally curls to form the characteristic cinnamon sticks. Once dried, it is cut into sections and sorted by quality. The amount of cinnamon obtained depends on the age of the tree and the growing conditions, but generally, a tree can provide about 50 to 100 kg of bark each year.
Cinnamon in Antiquity: A Precious and Mystical Spice
The use of cinnamon dates back thousands of years. Traces of its use have been found in ancient Egypt, where it was used in embalming processes and as a perfume. The Egyptians believed that this spice had mystical powers and incorporated it into sacred rituals.
In the Greco-Roman world, cinnamon was considered a luxury product. It was so rare and precious that it was sometimes worth more than its weight in gold. Herodotus, the Greek historian, mentioned that cinnamon came from mysterious and distant lands, further heightening the mystery and value of this spice.
Arab merchants, who controlled the cinnamon trade, deliberately maintained this mystery to protect their sources. They invented fantastic stories, claiming that cinnamon came from nests of great birds perched on inaccessible cliffs.
The Age of Discoveries: In Search of Cinnamon and Spices
During the Middle Ages, the demand for cinnamon, like other spices such as pepper and cloves, increased significantly in Europe. Spices were used not only to enhance the flavour of food but also to preserve meats. They also played a symbolic role of wealth and power.
It was during this period that European explorers began undertaking great voyages to find new trade routes to the sources of spices. European powers, particularly Portugal, Spain, and the Netherlands, initiated the age of great explorations.
- The Portuguese were the first to establish direct relations with cinnamon producers in Ceylon, present-day Sri Lanka. In 1505, they colonised the island and began exploiting this lucrative trade.
- The Dutch followed closely behind. In the 17th century, the Dutch East India Company (VOC) took control of Sri Lanka after expelling the Portuguese. They imposed a strict monopoly on the cinnamon trade, carefully controlling production and exports to maximise their profits.
- The British eventually supplanted the Dutch in Sri Lanka by the late 18th century, but by that time, cinnamon had already lost some of its status as a rare product, as other spices had gained popularity and accessibility.
Trade Routes and the Stakes of Cinnamon
The cinnamon trade was one of the first drivers of the creation of maritime trade routes between Asia and Europe. These routes were of paramount importance for the economic rise of the great maritime powers.
- Land routes, which were part of the ancient Silk Road, had long remained the main way to transport cinnamon to Europe. But with the rise of maritime routes, which were faster and more efficient, the trade of cinnamon, along with other spices, experienced unprecedented expansion.
- Portuguese maritime routes, for example, followed the west coast of Africa, rounded the Cape of Good Hope, and ascended the Indian Ocean to Ceylon. These routes were also taken by other European nations as competition for control of spices intensified.
The spice trade, particularly that of cinnamon, greatly enriched colonial empires, but it also had profound consequences for local populations, who were often exploited or displaced in the process.
The Evolution of Cinnamon Trade to Today
Today, cinnamon is widely available around the world, but the two main varieties continue to be primarily cultivated in Southeast Asia. Sri Lanka, formerly Ceylon, remains the leading producer of Ceylon cinnamon, while cassia is mass-produced in Indonesia and China.
With the evolution of agricultural practices and transportation methods, cinnamon is no longer the rare and precious spice it once was, but it retains a special status in many cultures. It is still highly valued in cuisines worldwide and is used not only for its flavour qualities but also for its medicinal properties. Indeed, cinnamon is renowned for its antioxidant, anti-inflammatory, and antibacterial properties.
Cinnamon, this fragrant and sweet spice found in many sweet and savoury dishes, has a fascinating history that spans continents and centuries. Its use is not limited to cooking: it has played a crucial role in global trade and has contributed to major voyages and explorations. In this article, we will explore the origins of […]
When discussing reforestation or the planting of new trees, the images that come to mind are often those of young shoots, symbols of hope and renewal for our environment. However, while planting new trees is essential for many ecological reasons, it cannot replace the value and ecological functions of old trees. These green giants, often forgotten or neglected in favour of their younger successors, possess irreplaceable attributes that deserve special attention.
Old trees are true ecological pillars in their ecosystems. Their imposing size, the result of decades or even centuries of growth, allows them to play a crucial role in absorbing carbon dioxide, far exceeding that of young trees. Their complex structure provides a rich and diverse habitat for many animal and plant species, thus contributing to robust and resilient biodiversity.


The ecological benefits of old trees
Carbon storage capacity
Old trees are champions in the fight against climate change due to their remarkable ability to store carbon. Over their long lives, they accumulate a significant amount of carbon in their wood, which reduces the amount of carbon dioxide, a greenhouse gas, in the atmosphere. An old tree can contain hundreds of kilograms of carbon, stored not only in its trunk but also in its branches and roots. This carbon sequestration capacity is much higher in old trees than in young ones, as they have greater standing crop and more stabilised growth.
For example: a large pedunculate oak 20 m tall and around a hundred years old can store over 1 tonne of carbon in its structure, which is equivalent to absorbing about 3.67 tonnes of carbon dioxide from the atmosphere. A young tree (let's say, 10 years old) of the same species can store about 9.5 kg of carbon per year. If we consider a small wood composed of 100 individuals of these young trees, the total would be 950 kg of carbon stored annually, nearly the same as a single old oak.
Biodiversity associated with old trees
In addition to their role in carbon storage, old trees are ecosystems in their own right. Their size and structural complexity provide varied habitats for many species. Cavities in aging trunks and branches can serve as nests for birds and refuges for small mammals and insects. Their broad canopies provide shade and an essential micro-habitat for different varieties of plants, mosses, and ferns. This diversity of habitats contributes to greater species diversity, making old trees true pillars of local biodiversity.
Role in microclimatic regulation
Old trees also influence the microclimate of their environment. Their broad canopy helps to moderate local temperatures, providing shade and reducing the urban heat island effect. This shade lowers the temperature of the ground and surrounding air, which can be particularly beneficial in urban areas where concrete and asphalt absorb and re-emit the sun's heat. Additionally, the transpiration of old trees adds moisture to the air, which can improve air quality and contribute to a more pleasant and healthier environment.
Aesthetic and cultural importance of ancient trees
Landscape and heritage value
Ancient trees play a crucial role in the landscape, bringing majestic beauty that is often the result of decades or centuries of growth. Their size, the shape of their canopy, and textured bark attract the eye and serve as focal points in various landscaping designs, offering character and continuity. These trees are at the heart of natural heritage conservation efforts, as they represent a living link to the past and are valued for their contribution to the identity and beauty of a region.
Trees as witnesses to local and global history
Ancient trees are also witnesses to history. Each of these trees can tell stories of the past, having survived major historical events or having witnessed significant changes in their immediate environment. For example, specific trees can be identified as sites where historical events took place, serving as landmarks for local communities and historians. They can also represent historical or cultural symbols, linked to legends, poems, or cultural practices.
Beyond their role as silent witnesses to human history, these trees often hold spiritual or religious significance, embedded in local practices and beliefs. They are sometimes regarded as sacred or as protectors by communities, reinforcing their role in the cultural fabric of society.


The challenges associated with the growth of young trees
Unlike annual plants or bushes, trees typically require several decades to fully develop their root structure, trunk, and canopy. During this growth period, they do not yet have the capacity to provide the same ecological services as mature trees, such as significant carbon sequestration, support for high biodiversity, and effective microclimate regulation. This long delay before they become fully "functional" in the ecosystem can be seen as a long-term investment, but one that does not immediately compensate for the loss of old trees.
Young trees also face relatively low survival rates, particularly in urban or disturbed environments. Challenges include competition for resources such as light, water, and nutrients, especially if space is limited or if the soil is of poor quality. Young trees are more vulnerable to environmental stresses such as droughts, floods, extreme temperatures, and diseases. Furthermore, they can be damaged by human activities, such as construction and pollution. In other words, it is not always a given, and it is therefore better to keep older trees.
Conservation strategies for old trees
Effective conservation of old trees requires appropriate care and sustainable management policies that value their ecological and cultural importance in urban and rural environments. These strategies include regular inspections, careful pruning, structural support, and adjustments in irrigation and soil quality, as well as integration into urban planning, legal protection, public awareness, and adequate funding for conservation programmes. These joint efforts are essential to preserve these trees, which are crucial elements of our natural heritage and vital contributors to biodiversity and environmental well-being.
When discussing reforestation or the planting of new trees, the images that come to mind are often those of young shoots, symbols of hope and renewal for our environment. However, while planting new trees is essential for many ecological reasons, it cannot replace the value and ecological functions of old trees. These green giants, often […]
You have spent months nurturing your vegetable plants or fruit bushes, watering, feeding, and protecting them from pests. Now, it’s time to reap the rewards of your hard work… However, preserving your vegetables and fruits is no small feat, where every mistake can turn your harvest into a disaster in your cellar. Unless that’s your goal?
In this article, we will explore, with a generous dose of humour and a hint of irony, the myriad ways to fail at preserving your precious harvest. From tomatoes that fancy themselves as modern sculptures to potatoes competing in their own “who has the longest sprout?” contest, we will cover all possible catastrophic scenarios.
But don’t worry, dear gardeners, behind every anecdote lies a useful tip, and behind every joke, a lesson to be learned. Discover how to fail (or not) at preserving your harvest!
Lesson 1: Choosing the Wrong Time to Harvest
To spectacularly fail at harvesting from your garden, the key lies in timing, or rather, its complete absence. Harvest whenever you please without checking the harvest periods for each plant variety! Don’t rely on the colour, texture, or size of your vegetables and fruits! Thus, pick your carrots when they are thinner than your fingers, and your tomatoes, green as apples, will end up wondering if they are colour-blind. Let them ripen on the windowsill to better savour the absence of flavour… or watch them rot.
And what about those squashes you leave on the plant until they are big enough to house a family of elves? Watching them grow is a spectacle, but eating them… that’s a whole different story! You might even test the patience of your potatoes, leaving them underground until they decide to retire and sprout from old age.
But if, in a moment of clarity, you decide to harvest wisely, remember that each fruit and vegetable has its moment of glory. Carefully observe the signs of ripeness: colour, size, and tenderness. A little attention and knowledge about the optimal time for each plant can turn your harvest into a celebration of flavours rather than an exhibition of botanical curiosities.
Lesson 2: Neglecting to Clean and Sort Your Harvest
To ensure your vegetables are doomed to fail in preservation, nothing beats adopting the “I’ll deal with it later” technique. After harvesting, abandon the vegetables in a corner, completely forgetting to prepare them for their long winter stay. Don’t worry about removing the dirt or the little critters that may have taken a liking to your vegetables.
Carrots? Leave the tops attached, like extravagant hairstyles, so they can exhaust all their energy before wilting sadly. Potatoes? Store them immediately after harvesting so that the still damp soil sticks and forms a layer of mould. And apples? Feel free to polish them until they shine like miniature suns, ignoring the fact that this removes their precious natural wax protective layer.
But back to reality. If you want your harvest to survive in the best conditions, a little preparation is essential. Washing vegetables is not always recommended, especially if they are to be stored for a long time. However, a good dusting, a little brush to remove excess soil, and a quality check are in order. Cut away damaged parts, remove tops if necessary, let potatoes dry for two or three days in the sun and ensure that only healthy vegetables go into storage. Be diligent in sorting and remember that some fruits and vegetables do not get along well. For example, storing apples away from others prevents them from triggering premature ripening in their neighbours.
Lesson 3: Ignoring Storage Conditions
For a true culinary disaster, don’t forget to ignore the storage conditions! It’s a bit like inviting your harvest to a party themed: “Survival in Hostile Environments”.
Store your apples in a warm and humid place, watching them turn into applesauce before they even reach the pot! For potatoes, choose a spot in the light so they can turn green! Even better, place them next to onions, creating the most romantic rendezvous between two vegetables that cordially despise each other. Carrots, on the other hand, might find themselves in a plastic bag, where they throw a little sauna party, relishing the moisture until they lose their crunch. And tomatoes and herbs? Leave them in the fridge, where they can quietly meditate on the loss of their flavour and texture!
But if the idea of preserving your harvest appeals to you, a little common sense is in order. Apples prefer cool, airy places, away from their vegetable companions. Onions and potatoes need their personal space, in a dry, dark place. As for carrots, they like moisture, but controlled, like in a cool room with good air circulation. And tomatoes at room temperature!
Lesson 4: Forgetting to Regularly Check Stored Harvests
Forgetting to regularly check your stored harvests is a bit like leaving children home alone without supervision. You return to discover a sort of wild party where mould acts as the DJ, leading vegetables and fruits into a frantic decomposition dance.
Imagine opening your pantry to find that your potatoes have started their own gardening, with sprouts so long they could audition for roles in science fiction films. Or discover your onions in such an emotional state that they have made the other vegetables around them cry, creating a melodramatic atmosphere in your pantry.
And the apples? If you forget them for too long, they might turn into spontaneous applesauce, deciding it’s more fun to decompose on their own than wait to be eaten.
To avoid this edible chaos, a little ritual of regular checking is essential. Dedicate a moment each week to play detective in your storage. Examine fruits and vegetables for signs of distress like mould, sprouts, or spots. Remove the culprits to prevent them from contaminating the rest of the bunch.
Lesson 5: Using Inappropriate Preservation Methods
Using inappropriate preservation methods is a surefire way to fail at preservation! Put your carrots and green beans in a freezer without blanching them first, turning them into frozen vegetables. Or, try drying your tomatoes by simply leaving them on the counter, then watch them turn into a sad, shrivelled version of themselves, far from the glory of sun-dried tomatoes.
And what about the ambitious project of making jam with every fruit and vegetable on hand? Potato jams, cucumber jams, and why not lettuce jams, turning your kitchen into an experimental lab where every jar is a taste surprise… often dubious.
To avoid these comedic culinary scenarios, choosing the right preservation method for each type of harvested vegetable or fruit is crucial. Blanching vegetables before freezing preserves their texture and flavour. Tomatoes, on the other hand, lend themselves wonderfully to canning or drying, but make sure to follow the right techniques. And for fruits, jam, drying, or freezing are excellent ways to preserve them, as long as the method suits their characteristics.
Lesson 6: Neglecting the Temperature and Humidity of the Storage Area
Finally, turning a blind eye to the temperature and humidity of the storage area is a guaranteed way to fail at preserving your vegetables and fruits. A temperature that is too high and excessive humidity can create a tropical climate, prompting potatoes to dream of beaches and palm trees, ultimately sprouting with overwhelming enthusiasm or apples turning into applesauce all on their own. Conversely, in a warm and overly dry environment, your apples might start to shrivel, as if they decided to try out a new extreme beauty regimen.
In this scenario, your cellar or pantry transforms into a sort of sauna for certain vegetables, orchestrating a chaotic dance of temperatures and humidity that leaves your harvest completely disoriented.
To avoid this climatic disaster, careful monitoring of humidity and temperature is essential. Cellars and pantries should be cool, but not cold, with enough humidity to prevent drying out, but not so much as to encourage mould. A thermometer and hygrometer can be your best friends in keeping an eye on these conditions.
You have spent months nurturing your vegetable plants or fruit bushes, watering, feeding, and protecting them from pests. Now, it’s time to reap the rewards of your hard work… However, preserving your vegetables and fruits is no small feat, where every mistake can turn your harvest into a disaster in your cellar. Unless that’s your […]
An overlooked vegetable, the Jerusalem artichoke, also known as Earth pear, Jerusalem artichoke, or Canadian truffle, is a root vegetable and perennial, cultivated for its edible tuber. Long dethroned in favour of the potato, it is now making a grand return to the vegetable garden and our plates! We explain why it is generating so much interest, what its qualities are, and how to grow it.
To learn everything about the Jerusalem artichoke and its cultivation, check out our complete guide: "Jerusalem Artichoke: planting, harvest, cultivation".
What is the Jerusalem artichoke?
The Jerusalem artichoke or Helianthus tuberosus is a perennial plant from the Asteraceae family originating from the central United States, where it was cultivated by Native American tribes. It was imported to France in 1607 and was widely consumed during World War II, as it was not requisitioned by the Germans, unlike the potato. It was later dethroned in favour of the latter, probably because it was associated with that dark period and synonymous with famine.
The Jerusalem artichoke forms large clumps reaching heights of 2.5 m to 3 m (but there are also dwarf varieties that do not exceed 50 cm in height). Its long, upright, rough stems bear dark green, oval to lanceolate leaves, 10 to 20 cm long, and at their top, from August to October, lovely yellow flowers resembling those of the sunflower, which belongs to the same family. It produces fleshy, nodose tubers that resemble ginger roots. This very vigorous plant spreads quickly thanks to its tubers, making it somewhat invasive. The Jerusalem artichoke is also closely related to Helianthus, another forgotten vegetable.
There are many varieties of Jerusalem artichoke, offering different shapes and colours of tubers, as well as different flavours. The variety 'Culinary Spindle', for example, is distinguished by its elongated, beige tubers with a slightly sweet flesh. There are also pink Jerusalem artichokes or purple ones.

Why is the Jerusalem artichoke back in the spotlight?
The Jerusalem artichoke is back in the limelight for several reasons:
- Its taste qualities: The tubers of the Jerusalem artichoke have a delicate flavour reminiscent of artichoke, water chestnut, or salsify, with a slight sweetness. The Jerusalem artichoke is now being rehabilitated by top chefs. The famous Michelin-starred chef Alain Ducasse makes a delicious velouté from it.
- Its nutritional qualities: The Jerusalem artichoke is reputed to be rich in fibre, phosphorus, potassium, iron, and B vitamins. It contains no starch. Although it has a slightly sweet taste, this is due to the presence of inulin, a natural fibre that does not affect blood sugar levels: the Jerusalem artichoke is therefore particularly suitable for diabetes. Additionally, inulin has the advantage of helping to regulate transit. Low in calories, the Jerusalem artichoke contains only 60 to 80 kcal per 100 g.
- Its ease of cultivation: In addition to being a perennial vegetable, the Jerusalem artichoke is very easy to grow. It even tends to be a bit invasive! However, there are now dwarf varieties that adapt to pot cultivation, which can be placed, for example, on a terrace. The Jerusalem artichoke is also perfectly hardy.
- Its productivity: The Jerusalem artichoke is very productive, even in poor soils. It can yield up to 3 kg of tubers per square metre under ideal conditions.
Adding to this is its lovely yellow flowering, which makes it a very ornamental plant! The Jerusalem artichoke will fit wonderfully into a productive ornamental garden, both beautiful and productive.

How to grow it?
The tubers are planted from February to June, for a harvest from November to March. The Jerusalem artichoke thrives in full sun or partial shade and prefers light, well-drained soils that are fairly rich in humus. However, it grows in any type of soil as long as it is sufficiently draining. For more information, feel free to consult our advice sheet "Planting Jerusalem artichokes".
Being somewhat invasive, it is important to allocate an appropriate space for the Jerusalem artichoke. Place it away from the vegetable garden (where it might smother other vegetables), for example, in a neglected corner of the garden. The dwarf varieties, which generally do not exceed 50 cm in height, can be planted in pots and are particularly suited for small gardens.
The tubers are harvested about 7 months after planting. Dig them up with a fork as needed. Once harvested, they do not keep well (only 2 to 3 days in the refrigerator), so it is better to only take what you need. It is also because the tubers do not store well that they are very rarely sold commercially… All the more reason to grow the Jerusalem artichoke in your garden!
How to cook it?
The tubers of the Jerusalem artichoke are usually peeled before consumption, but they can also be rinsed or brushed to remove dirt. The largest and least knobby tubers are obviously easier to peel. To prevent their flesh from oxidising and turning brown, you can soak them in water mixed with lemon juice. It is best to consume the Jerusalem artichoke in small quantities, as it has carminative properties and can be somewhat difficult to digest.
The Jerusalem artichoke lends itself to many recipes! Here are some suggestions for cooking it:
- In salad: sliced or grated, like carrots, dressed with vinaigrette, for example.
- In gratin: you can make a variation of gratin dauphinois by replacing the potatoes with Jerusalem artichokes.
- In soup or velouté: with fresh cream and roasted hazelnuts.
- Sautéed: with potatoes, mushrooms, and onions. You can enhance your dish with garlic, herbs de Provence...
- In purée: combine them with potatoes to make a delicious purée. Season with cumin and nutmeg.
- Baked: you can roast Jerusalem artichokes, seasoned with thyme, for example.

An overlooked vegetable, the Jerusalem artichoke, also known as Earth pear, Jerusalem artichoke, or Canadian truffle, is a root vegetable and perennial, cultivated for its edible tuber. Long dethroned in favour of the potato, it is now making a grand return to the vegetable garden and our plates! We explain why it is generating so […]
Whether shrubby or herbaceous, peonies beautify the garden every spring. With their vibrant white, cream, yellow, pink, or red dresses, they captivate and play the divas… and sometimes, they can be quite elusive when it comes to taking the stage. Imagine for a moment that you decide to deliberately sabotage the show, not out of malice, but simply for the pleasure of seeing how these grand ladies would react?
In this article, we will explore with a dash of irony and a pinch of sarcasm the most effective methods to fail with your peonies, while inadvertently slipping in the secrets to achieving success. Because yes, even in failure, there are lessons to be learned, right?
Lesson 1: Ignore the sunlight needs of the peony
To fail with your peonies right from the planting stage, placing them in the shade is a masterstroke. It is there, under the cover of trees and shielded from the sun's rays, that you unknowingly create the perfect setting for a despairing performance. Peonies, deprived of their main light source, will become leggy... or worse, may not flower at all!
But what if, in a fit of rebellion against this scenario of shade and sadness, you decided to change the script? Yes, these garden divas demand sunlight as their spotlight, and that for at least six hours a day! This is their secret to spectacular flowering.
Lesson 2: Neglect the type of soil
In this second act of our gardening opera, the soil plays the role of the conductor, dictating the tempo and quality of our plant stars' performance. By deliberately choosing compact, clayey soil that is, of course, waterlogged, you compose a dissonant symphony for your peonies. Their roots, like frustrated musicians, struggle to find their rhythm, suffocated in an environment that does not allow them to breathe… or to thrive.
Yet, in a surge of rebellion against this underground cacophony, what if you decided to tune the violins? For the secret lies in the composition of the soil! Indeed, peonies appreciate well-drained soil enriched with organic matter (compost will be your friend) and preferably with a neutral pH. The roots of the peonies will then find a vibrant echo, nourishing and allowing for a flowering worthy of the loudest ovations.
Lesson 3: Water too much or not enough
Let’s continue our improvisational theatre, with the main character being: watering. Alternate between abundant watering, worthy of a torrent, and the dryness of a desert. You will plunge your peonies into a state of constant stress. The roots of your plants, like dancers trying to follow chaotic music, are sometimes drowned by a wave of water, sometimes desperately searching for a drop to drink in cracked, thirsty soil. There, it’s certain: the dance will soon come to an end!
However, if you feel inclined not to let them drown or dry out, the key lies in seeking the middle ground. Practice the dance of measured watering, watering when the soil becomes dry to a depth of 2 cm. This balance will provide your peonies with the ideal stage to shine brightly.
Lesson 4: Ignore diseases and pests
Let’s return to our garden scene, where you decide that diseases and pests also have a role to play in this play, without being countered, thus taking centre stage. Your peonies, the main actresses, find themselves vulnerable, exposed to a scenario where they struggle alone against sometimes invisible… but dreadfully effective adversaries. Without your intervention, the garden becomes a tragic scene where fungal diseases and pests become the leading roles. That’s what you wanted, right?
However, by taking on the role of the attentive gardener-director, scrutinising the set for signs of impending harmful intrigue, you can take the necessary measures to protect your peonies. Intervening with targeted treatments and preventive care is like rewriting the script in favour of your peonies, allowing them to play their role with brilliance.
Lesson 5: Improvised pruning
And for the final act of this article, what if you transformed into "Edgar with the silver hands," a doppelgänger of the famous Edward, but with less talent? Prune the peonies with scissors that you haven’t cleaned beforehand, without a plan or discernment. You might think you’re shaping an avant-garde masterpiece, while in reality… you’re just improvising, cutting here and there, in the middle of the flowering period! This reckless approach is the perfect scenario for a botanical drama, where the peonies, the actresses of their own tragedy, find themselves stripped and weakened… The perfect melodrama!
However, for gardeners who, in a burst of controlled creativity, aspire to sculpt their garden, wait until after flowering to intervene, when the curtain falls and the peonies are ready to regenerate backstage. This thoughtful pruning, far from being an improvisation, is a meticulous rehearsal for next year’s show. It not only helps keep the plant healthy but also encourages even more spectacular flowering, ensuring that the next act is welcomed with even more brilliance.
Whether shrubby or herbaceous, peonies beautify the garden every spring. With their vibrant white, cream, yellow, pink, or red dresses, they captivate and play the divas… and sometimes, they can be quite elusive when it comes to taking the stage. Imagine for a moment that you decide to deliberately sabotage the show, not out of […]
Roses have always been the undisputed stars of gardens, symbolising both love and beauty. However, for these queens of the garden to bloom their petals splendidly, planting requires special care. One of the most common and effective methods is planting bare root roses, a technique that promises vigorous growth and abundant flowering. In this article, we will detail the crucial steps to successfully plant your bare root rose supplied in a pot of substrate, from soaking methods to the secrets of perfect watering. Follow our guide to transform your garden into a haven of resplendent roses!
Bare root rose or potted? It’s all Greek to me
" Don't you order your roses bare root? - Well, yes. Look! - Oh no, these are potted. - Yes, but they are still bare root... just potted. - Oh. Well, if I were you, I would have bought bare root plants in pots. - Oh, very funny! That's clever...."
Bare root roses delivered with a pot of substrate surrounding them represent an excellent option for all gardeners. This proposal combines the advantages of the two most commonly used plant delivery types: bare root and containerised.
When a rose (or another plant) is delivered bare root, it means it is shipped without soil around the roots. This process has several advantages, including reduced transport costs and better recovery of the plant once planted. However, it requires that the plant be planted quickly after receipt to minimise stress and the risk of root desiccation.
The addition of a pot of potting soil around the roots during transport offers a clever compromise. This pot hydrates the roots during transit, thereby reducing transport-related stress and increasing the chances of successful recovery. It also allows gardeners to gain a little time (but don’t take too long!) before needing to plant their new rose.
When to order? When to plant?
Bare root roses are generally available for purchase between November and March, which coincides with their dormancy period. This helps to minimise stress on the plant and increases the chances of successful recovery once planted. The best time to plant these roses is also during their dormancy, when the plant is less likely to suffer from thermal shock or water stress.
How to plant a bare root rose bush?
First, unpack the pot by removing the plastic that holds it in place. When you do this, you may take some substrate on your feet or even in your boots: this is perfectly normal (it happens to me every time too!) and in any case, you don’t really need it anymore. However, you can keep it to bring to the planting if your soil is very heavy.
- Choosing the location: Select a well-sunny spot with well-drained soil. Roses prefer at least six hours of direct sunlight each day.
- Inspecting the roots: First, carefully inspect the roots of your rose. Remove any damaged or rotten parts with sharp, disinfected pruning shears. Healthy roots are essential for good recovery of the plant.
- Hydration and soaking: Soak the roots of the rose in a bucket of water for a few hours to hydrate them. You can also proceed with soaking the roots. This operation involves soaking the roots in a mixture of soil, preferably clay, compost or manure, and water, all forming a thick mud. This step promotes recovery and root growth by improving contact between the roots and the soil.
- Preparing the planting hole: Dig a hole large enough to accommodate the spreading roots of the plant, generally 50 cm deep and 60 cm wide is sufficient.
- Soil amendment: Mix the removed soil with well-decomposed compost to improve the soil, providing essential nutrients to the plant.
- Placing the rose: Position your rose in the middle of the hole, ensuring the roots are well spread out. The grafting point, identifiable as a swelling at the base of the stem, should be level with the soil or slightly above (see picture below).
- Backfilling and tamping: Fill the hole with the enriched soil and compost mixture, lightly tamping down by hand to eliminate air pockets.
- Watering: Water thoroughly immediately after planting to establish good contact between the roots and the soil.
- Mulching: Apply a layer of mulch such as straw or wood chips to retain moisture and limit weed growth.
- Post-planting care: Keep the soil moist but not waterlogged during the first few weeks, and consider applying a rose-specific fertiliser when the first signs of growth appear.
Roses have always been the undisputed stars of gardens, symbolising both love and beauty. However, for these queens of the garden to bloom their petals splendidly, planting requires special care. One of the most common and effective methods is planting bare root roses, a technique that promises vigorous growth and abundant flowering. In this article, […]
Far from being inert, soil is home to a vast number of organisms, most of which are invisible to the naked eye. It is estimated that a single handful of soil contains between 10 and 100 million living beings. However, the pesticides sprayed on plants to combat pests and harmful insects have a significant impact on these organisms. Although it is known that they have consequences for biodiversity and human health, between 55,000 and 70,000 tonnes of synthetic pesticides are still used each year in France.
Pesticides encompass all plant protection products used to protect plants and combat harmful organisms to crops: insecticides (against insects), fungicides (against fungi), acaricides (against mites), herbicides (against "weeds"). They are most often sprayed on plants, and some of them reach the soil directly. Those that settle on the foliage can be leached away with watering or rain, or end up in the soil when the leaves fall and decompose. Pesticides can also coat seeds. Finally, some pesticides are integrated directly into the soil in granule form. However, they contaminate the soil and have a long-term impact.

Soil fauna plays a key role in soil fertility and plant health
The soil contains many organisms: the most visible among them are earthworms and insects. Earthworms play a crucial role in the structure and fertility of the soil. They aerate it by burrowing tunnels, which facilitates plant rooting, allows their roots to breathe better, combats erosion, and improves water infiltration. Additionally, they decompose organic matter, transforming it into essential nutrients for plants. Generally, there are between 50 and 400 earthworms per m². Soil insects also help aerate the soil and increase its porosity. A decrease in their population can lead to soil compaction, making plant cultivation more difficult.
Many living organisms are invisible to the naked eye: these include microorganisms such as bacteria, fungi, and nematodes… They represent 75 to 90% of the standing crop of the soil. They enable the mineralisation of organic matter: this makes mineral elements (nitrogen, phosphorus, sulphur, potassium, magnesium…) assimilable for plants. They produce organic molecules that enhance soil cohesion. Some bacteria allow for the storage of atmospheric nitrogen. These organisms play a key role in ensuring soil fertility. They facilitate the degradation of organic matter… They also aerate the soil, allowing for better water infiltration. All these organisms help keep plants healthy.
By consuming plant debris (dead leaves, roots, etc.), insects and soil microorganisms decompose organic matter, which literally helps create soil, particularly humus. The more alive the soil is, the more fertile and nourishing it will be for plants. Without them, organic matter would accumulate. These organisms that feed on organic matter are called detritivores. This includes particularly worms, mites, and springtails…

The impact of pesticides on soil life
Soil microorganisms, such as bacteria and fungi, are the first to be affected by pesticides. These small creatures play an essential role in the decomposition of organic matter, nitrogen fixation, and soil formation. When pesticides are applied, they can disrupt the delicate balance of these organisms, thereby reducing their number and diversity.
As for earthworms, it is insecticides and fungicides that have the most impact on them. They are responsible for the decline in earthworm populations.
Many pesticides, even those intended to target specific pests, can negatively impact non-target insects. Many insects spend the early part of their lives underground, in the form of eggs or larvae (notably dipterans, such as flies, hoverflies, and gnats…) and are therefore directly affected when soils are contaminated.
Moreover, the presence of different pesticides in the soil creates a cocktail effect: the combined effect of the active substances in these products can either cancel each other out or, conversely, be exacerbated, with a multiplied impact. Thus, the presence of several molecules together creates unpredictable effects.
Pesticides contaminate the food chain, as many animals feed on insects and earthworms, including birds, but also small mammals like hedgehogs, etc.
In France, almost all soils are contaminated by pesticide residues (mainly fungicides and herbicides). A study by INRAE covering 47 French sites studied between 2019 and 2021 showed that 98% of them contain at least one substance. In total, 67 different molecules were found, with glyphosate being among the most frequently detected. These molecules harm soil organisms in more than 70% of the 2,800 experiments conducted. Glyphosate-based herbicides, for example, are harmful to bacteria and mycorrhizae, reduce earthworm reproduction, and force springtails to surface, making them vulnerable to predators.

How to maintain a living soil?
To maintain a living soil, you will have understood, it is important to avoid using pesticides. Instead, turn to more ecological alternatives: beneficial insects, pheromone traps to capture certain harmful insects and prevent them from reproducing, mulching or manual weeding against adventive plants… Encourage significant biodiversity in your garden by installing insect hotels, nesting boxes, hedgehog shelters, etc. We also advise adding organic matter to nourish these insects and microorganisms, and avoiding turning the soil (simply aerate it with a broadfork). Similarly, it is important to mulch to avoid leaving the soil bare: this protects it from direct sunlight and rain (erosion).
Far from being inert, soil is home to a vast number of organisms, most of which are invisible to the naked eye. It is estimated that a single handful of soil contains between 10 and 100 million living beings. However, the pesticides sprayed on plants to combat pests and harmful insects have a significant impact […]





















