Tsuru No. 060 — Why Are Some Teapots Made from Seeds and Others from Cuttings?
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Why Are Some Tea Plants Grown from Seeds and Others from Cuttings?
Whether grown from seeds, cuttings, or clonal selection, the way a tea plant is propagated profoundly shapes the structure of a plantation. But does it also change the cup?
A tea plant can be propagated in two main ways: from a seed, produced through sexual reproduction, or from a fragment taken from a parent plant, usually a cutting.
At first glance, the difference seems technical. In reality, it goes to the very heart of tea diversity.
A tea plant grown from seed is genetically different from its parents. In contrast, a tea plant grown from a cutting is intended to reproduce the characteristics of a selected plant as faithfully as possible.
This is precisely why vegetative propagation has become very important in modern tea cultivation: it preserves desirable traits and produces more uniform plantations. Recent research on Camellia sinensis cultivation shows that cuttings are now a major method of propagation in commercial plantations.
Does a tea plant grown from seed necessarily produce a more authentic or complex tea than a cloned tea plant?
1. Seeds: Every Tea Plant Is an Individual
When a tea plant grows from a seed, it is the result of sexual reproduction.
This means that it combines the genetic heritage of its two parents. As with many cultivated plants, this reproduction generates variation.
Two seeds from the same garden will not necessarily produce two identical tea plants.
This diversity can manifest in many traits: vigor, plant architecture, leaf size, earliness, stress resistance, productivity, and even the chemical composition of young shoots.
Research on the genetic diversity of tea populations clearly shows that the method of propagation influences the observed variability: seed-grown lots can exhibit greater diversity, while clonal groups are more uniform.
A seed does not copy a tea plant: it creates a new individual.
2. Cuttings: Preserving a Selected Tea Plant
Cuttings follow a different logic.
A stem section is taken from a parent plant, and then new roots are encouraged to grow. If the cutting takes root successfully, it produces a new tea plant that is genetically very similar to the original plant.
This is known as vegetative or clonal propagation.
For a grower or plant breeder, the benefits are considerable: if a plant has characteristics considered particularly desirable, cuttings make it possible to preserve them more faithfully from one generation of the plantation to the next. Studies on vegetative propagation show precisely that this method is used to maintain the characteristics of a selected parent plant.
It also makes it easier to create more uniform plots in terms of growth, harvesting, and shoot quality.
3. Why Do Modern Plantations Favor Clones?
Because agriculture often seeks a certain level of consistency.
In a plantation grown from seeds, each tea plant may respond slightly differently. In a clonal plantation, the tea plants come from the same selected plant material and therefore tend to be more similar.
This uniformity can make it easier to:
- manage pruning;
- synchronize harvests;
- ensure consistent yields;
- enable mechanization where appropriate;
- maintain the stability of certain desirable traits.
This explains why cuttings now play a major role in commercial plantations.
4. The Connection to Cultivars
Cuttings are closely linked to the concept of a cultivar.
When a tea plant exhibits an appealing profile, it can be selected and then vegetatively propagated to preserve its characteristics.
This is how many cultivars are distributed in tea gardens.
We previously dedicated Tsuru No. 008 to cultivars , as they play a major role in the final flavor.
The key point here is to understand that a cultivar cannot be faithfully maintained through simple sowing. A seed from a cultivar will produce an offspring, not necessarily an exact copy of the parent.
5. Are Seed-Grown Tea Plants More Diverse?
Yes, generally.
This is one of their most important characteristics.
In a population grown from seeds, each plant may exhibit small genetic differences. This diversity can be useful for breeding, local adaptation, and the conservation of a broader range of plant genetic resources.
It can also provide a reservoir of desirable traits for resistance to drought, disease, cold, and other environmental stresses.
This is why older populations, non-clonal gardens, and some heirloom tea plants attract so much attention from botanists and plant breeders.
The connection to Tsuru No. 058, dedicated to heirloom tea plants , is interesting: the question of age sometimes also raises the question of the genetic diversity of older populations.
6. But Does More Diversity Mean Better Flavor?
No.
This is precisely where marketing claims can be misleading.
A more diverse population may contain remarkable plants, but also individuals that are less desirable for a given purpose.
Conversely, a carefully selected clone may exhibit a truly remarkable flavor profile, adaptation to a particular terroir, or shoot quality.
Diversity is a biological asset. It is not automatically a guarantee of sensory quality.
To continue this exploration through tasting, our small-format discovery sets allow you to explore several profiles and identify your preferences.
“Grown from seed” describes a genetic origin. “Excellent” describes a result. The two should not be confused.
7. What About Roots?
It is sometimes said that a tea plant grown from seed always has a much deeper root system than a tea plant grown from a cutting, and therefore produces superior tea.
This idea deserves some qualification.
Plants grown from seeds can indeed develop a different root architecture from cuttings. Some agronomic reviews indicate that tea plants grown through clonal propagation may have shallower root systems than some seed-grown tea plants.
But to go directly from this difference in root systems to a conclusion about the quality of the cup would be an exaggeration.
Soil, rainfall, slope, plantation management, plant age, cultivar, and nutrition also play major roles.
Once again, this brings us back to the logic of Tsuru No. 007 on terroir : no single factor acts alone.
8. Why Are Seeds Still Used?
Because a fully clonal agricultural system can lose some of its genetic diversity.
For plant breeding, seeds remain essential. They create new genetic combinations in which researchers and growers can discover future cultivars.
The process often works as follows:
- seed-grown tea plants are crossed or observed;
- a particularly interesting individual is identified;
- it is evaluated over several years;
- it is then propagated by cuttings to preserve its characteristics.
Some plant breeding research uses descendants obtained through crossing, followed by clonal propagation of the selected individuals, to allow for reliable performance comparisons.
9. A Clone Is Not an “Artificial” Tea Plant
The word “clone” can sound unsettling when taken out of context.
In horticulture, it simply refers to a plant propagated vegetatively from a parent plant.
It does not mean genetic engineering or the artificial modification of the genome.
Cuttings are an ancient and common technique for reproducing many plants.
In tea, they are used primarily to preserve selected plant material.
10. What Really Changes in the Cup
The method of propagation primarily influences the genetic structure of the plantation.
A clonal plot may produce more uniform leaves. A plot grown from seeds may exhibit greater variation from one tea plant to another.
But when the tea reaches the cup, other factors take over:
- the cultivar or genetic heritage of each plant;
- the terroir;
- the season;
- the part of the plant harvested;
- processing;
- storage;
- and finally, the preparation of the infusion.
A tea made from tea plants grown from cuttings can therefore be remarkable, as can a tea from a population grown from seeds.
The interesting question is not “seed or cutting: which is better?”, but rather: why did this grower choose this plant material, and what did they do with it?

Observe the Uniformity of the Leaves
Take a small handful of dry leaves and spread them out before you.
Observe their size, shape, color, and curl.
Are you looking for great uniformity or, on the contrary, small differences?
This observation alone cannot tell you whether the garden is clonal or grown from seeds, but it does remind us of one essential thing: even before the infusion, every tea already bears the mark of plant selection and a cultivation choice.
“A tea plant grown from seed necessarily produces a more complex tea.”
Tea plants grown from seeds generally exhibit greater genetic diversity than clonal plantations.
This diversity can be valuable for adaptation and breeding.
But it does not guarantee the quality or aromatic complexity of a tea. A well-chosen clone, grown in a suitable terroir and properly processed, can produce an exceptional tea.
Key Takeaways
- A tea plant grown from seed is genetically unique.
- A cutting reproduces a selected parent plant much more faithfully.
- Clonal propagation promotes plantation uniformity.
- Seed-grown plants maintain greater genetic diversity.
- This diversity is useful for adaptation and plant breeding.
- “Clone” does not mean GMO.
- Neither seeds nor cuttings alone guarantee the quality of the tea.
From Reading to the Cup
Observe the Leaves, Explore the Flavors
Continue the ritual of this article: observe the dry leaves, then prepare each tea according to its own instructions to discover what it reveals in the cup.
Darjeeling First Flush Himalaya
100 g · Pure Black Tea
For a tasting without added flavorings: a spring first flush with a delicate, fresh, floral, and slightly fruity profile.
€16.90
Discover This Tea
Green Évasion
3 x 30 g · 90 g total
Discover your favorites in convenient small sizes: Cap Soleil with lemon, Japan Genmaicha with roasted rice, and fruity and floral Blue Lagoon.
€14.90
Discover the setThese selections are intended for tasting. They do not constitute a comparison between tea plants grown from seeds and those grown from cuttings: the method of propagation for these tea plants has not been documented for these varieties.
You will find the measurements, temperatures, and steeping times on each product page. For an initial exploration in convenient small sizes, discover our tasting sets.
Sources and Reading
Recent review articles on the cultivation of Camellia sinensis and the vegetative propagation of tea.
Cui Q. et al., research on adventitious root formation during tea plant cuttings, BMC Plant Biology.
Genetic diversity studies on tea plants grown from seeds, selections, and clonal propagation.
Research on the genetic stability of vegetatively propagated tea plants and clonal selection.