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    Seeds (460)


    Dive into the world of self-growing – high quality seeds as far as the eye can see. You can find with us Chilli, vegetables and herbal seeds and whatever else you need for your cultivation needs.

    Schärfegrad 7

    Hot Lemon Chilli Seeds

    South American chilli with an interesting note of citrus and lot of fire.

    € 2,50 *

    Schärfegrad 7

    Abbraccio Chilli seeds

    Italian sort in a Calabrian Peperoncini style, but with a color display of a NuMex Twilight. Probably one of the most attractive chili types ever. Heat level (1-10): 7

    € 2,50 *

    Schärfegrad 7

    Pellegrino Chilli Seeds

    Italian type with small hot fruits, ideal as pot plants. 1 Packet contains seeds for ca. 10 plants. Heat (1-10): 8

    € 2,50 *

    Schärfegrad 7

    Chispas Chilli Seeds

    An Italian ornamental chilli variety with high yields and a spectacular play of colors, beautiful bushy plants. Heat level (1-10): 7

    € 2,50 *
    1 2 3 4 5 6 7 8 9 ... 20

    San Marzano tomato seeds (Sauce tomato)

    San Marzano, the very popular Rome tomato. Ideal for fresh consumption.

    € 2,50 *

    Schärfegrad 8

    Aji Habanero Chilli Seeds

    Aji Habanero comes from Costa Rica.

    € 2,50 *

    Ground cherry (Molly) Seeds

    Decorative and delicious.

    € 2,50 *

    Schärfegrad 1

    Costeno Amarillo Chilli Seeds

    Costeno Amarillo chilli seeds come from the Oaxaca region in Mexico and are used traditionally to color the Mole sauces yellow.

    € 2,50 *

    Schärfegrad 5

    Trapadeira do Werner Chilli Seeds

    Trapadeira do Werner is a very productive type from Brazil.

    € 2,50 *

    Petrowski Turnip seeds

    Petrowski May Turnips - ideal for stews!

    € 2,50 *

    Schärfegrad 7

    Red Tip Chilli Seeds

    Beautiful Baccatum with a decent heat under its red Florentine coat.

    € 2,50 *

    Schärfegrad 7

    Thai Orange Hot Chilli Seeds

    The classic from Thailand.

    € 2,50 *

    Dill seeds

    The delicious spice with fish, salad and vegetables!

    € 2,50 *

    Matina Tomato seeds (Salad tomatoes)

    The earliest outdoor tomato with firm fruits!

    € 2,50 *

    Schärfegrad 7

    Cedrino Chilli Seeds

    Pack is enough for 10 plants. Heat (1-10): 7

    € 2,50 *

    Antohi Romanian Chilli Seeds

    No heat, perfect for salads.

    € 2,50 *

    Schärfegrad 9

    Charapita Red Chilli Seeds

    Special Edition - Small red chilies from Peru with a punch. Nice for the eyes but also in the kitchen.

    € 2,50 *

    Kremser Pearl tomato seeds (salad tomato)

    Traditional, Austrian hobby type tomato

    € 2,50 *

    Schärfegrad 6

    Shata Baladi Chilli Seeds

    Rare attractive chilli type from Egypt.

    € 2,50 *

    Carmen tomato seeds (Sauce tomato)

    An all-rounder with a fruity-sweet profile! Recommended!

    € 2,50 *

    Schärfegrad 1

    Ñora Chilli Seeds

    +++NEW+++ One of the chilli types that comes into the famouse Pimenton de la Vera powder.

    € 2,50 *

    Golden queen seeds (salad tomato)

    Yellow salad tomato with very little acidity!

    € 2,50 *

    Light fruit tomato seeds (Salad Tomato)

    The light fruit is resistant to cracks and it defies almost any weather!

    € 2,50 *

    Berner Rose Tomato Seed (Beef Tomato)

    Large-fruited meaty tomato with a pretty eye-catching color!

    € 2,50 *

    Schärfegrad 10

    Naga Morich Chilli Seeds

    One of the hottest in the world!

    € 5,00 *

    Orange Hokkaido (pumpkin) seeds

    The nutty treat from Japan

    € 2,50 *

    Schärfegrad 7

    Kusburnu Chilli Seeds

    Fiery chilli of the Birdseye type with upright growing fruit clusters.

    € 2,50 *
    1 2 3 4 5 6 7 8 9 ... 20

    Seeds – from the grain to the plant

    "The seeds of the past are the fruits of the future" – Buddha

    A well-known philosophical question says: “What came first, the chicken or the egg?”. The philosophical approach is clear: A chicken can only grow from an egg, but in order for the egg to exist there must be a mother before, meaning a chicken that has laid the egg. If the question is purely evolutionistic, then the question has been answered: The Egg is the response. If this is to be transmitted to the plants, then the answer is not that easy. If the question would be – What came first – the seed or the plant, then in this case the answer would be: The plant.

    Why it this so? Simple: Not all the plants are multiplied trough seeds. Moss can multiply trough cell division. This cannot be only done by moss, but also by a series of “higher” plants that can reproduce vegetative, meaning that they produce offsets. Some plants can also do both – strawberries are such an example. The plants that have seeds in order to reproduce build up a big group. The majority of the vegetables and fruit are part of it – even if there are other natural ways of multiplying these plants.

    Spreading through the air

    The propagation of the plant through the use of seeds is quite comfortable – especially if there are animals and people in that area. In the process the ripe fruit of the plant are ingested and the seeds are then expelled with a great portion of fertilizer and all this in another spot. A very good example are the chilies and the wild birds. The small red fruit of the wild chilies like Chiltepin, Ulupicas or Cumari are the food of birds. The vast majority of birds do not have receptors that react to the heat of the capsaicin. For these the chilies only taste fruity and in the best case also sweet. Because the vast majority of wild chilies are small and they grow upwards these can be picked up very easily by the birds and are an easy snack. Dive in, open the beak, swallow the chili and away they go. Because the birds have a fast digestion the seed does not need to stay for a long time in the stomach. The time that the seed spends in the stomach is ideal, because the shell of the seed can become soft trough the acids in the stomach. The plant fertilizers that are contained in the bird droppings make for a perfect stat for the seed. Because the birds travel far and fast there is nothing standing in the way of the plants rapid expansion. If the conditions in the soil are fitting where the bird has left the seeds then a new plant can grow there.

    The same scenario is applicable for the majority of plants that have seeds: depending in the region from where they come from there are different ways of transportation for the seeds, but the animal transportation is very common.

    Plants have group Sex

    Even if this sounds like a catchy title this is in praxis exactly like that. In a lot of cases the blossoms are made out of two parts – a masculine and a feminine part. Think about the bee and the blossom. In this case the bee does not have such an important role. A large part of the vegetables is able to reproduce alone. Just alone will not do, but a little bit of wind that shakes the blossom will do. Rhythmic motions like for humans will also do. It is not important if the pollen from one flower mixes with that from another, but in order for one flower to pollinize the other it has to go a longer way. In order to aid that they use the wind and other insects like the bees. This is why we can say that the plants have group sex.


    From the fruit to the seed

    When a flower is polemized, if the conditions permit it a fruit will grow from it. And in this or attached to this fruit the seeds will grow. These are practically an embryo that is contained inside a sleeve, which can be compared with an egg. In the seed, besides the reproductive tissue there is also moisture and fertilizer. Practically, there is everything that a plant needs in the first hours in order to survive. The seed is covered by a seed coat. This seed coat is essential, because the seed would have been digested when the birds would eat it. The seed coat offers also protection in case of exterior threats. The seed coat is made specially to assure that the seed can germinate: depending on the necessities, the seed coat is different and also has a different form. The gemination is determined by two parameters: moisture that can enter the seed and minimal temperature that the plant needs in order to develop.

    Therefore, it is also interesting to know how the interior of a seed looks like. The following picture shows a longitudinal cut of a Capsicum Pubescens chilli seed. It can be clearly observed that beneath the black seed coat there is a natural layer that functions similar to the egg white. In there is the material that will germinate.

    Different colors, sizes and forms

    Still it has not been clarified what influence the color of a seed has on the further development and also on the spreading of the variety. There are some theories but there is still a lot of room for further studies. One of the theories is that the color helps protect the seeds against predators. This way a seed that has the same color as the substrate can be found more difficult. This makes sense especially for bigger seeds with a thicker skin: A thicker skin means that the seeds are protected against the exterior elements and that the germination period is also longer. For some varieties that have a really thick outer shell it can be that the germination takes place only in the next year or maybe after more years – when the seed is pushed through the exterior elements into the soil. Another mechanism that is used for germination can be seen more in the small seeds and the fast germinators: they need, in order to germinate light, which points out to a fast multiplying cycle.

    Also, the form is decisive: the more loose and lighter the substrate is in which the plant grows, the harder it is for a seed that has a smooth shell to dispose of it. A wrinkled form can also have another reason behind it: when the roots of the plant have to dig deep in the earth before it climbs to the surface the texture acts like a barb and helps the roots dig further in the earth.

    How different the actual surface of the seeds is can be seen in the CT image that the company Strube GmbH & Co. KG has kindly made for us.

    The images show two 3D pictures of a Rocoto CAP357 (capsicum pubescens) and a Jalapeno (capsicum annuum) that show how smooth the Jalapeno is when compared to the Rocoto – and which indicates how the roots grow and what the preferred growing place of the seeds is.

    Important for the plants is (almost) only the moisture and the temperature

    Besides the conditions like light or darkness (for a lot of seeds this is not important since they germinate as well in the light as in the dark), there are no conditions that a seed needs in order to germinate, besides the correct temperature (This is the way that the seed “knows” that the vegetation period begins) and enough moisture.


    A ”soaking” in water, in chamomile tea or 1% saltpeter solution has been researched in small trials and is now part of an ongoing study. The results show that there are only minimal changes visible. If the substrate is moist enough (and has the right nutrients), then the soaking parameters are already met: for the seed it is not important if it has soaked for a day or if it is put directly in the moist ground and gets the moisture from the earth. Saltpeter solution is present in a small amount also in the earth. It does not occur directly, but in the form of the both plant nutrients potassium and nitrogen that are tied to other elements that are available for the plant. If you don’t leave the seed to germinate in a germination box, in which it could play a role if there are nutrients present or not, it seems that also the saltpeter solution is obsolete. Conclusion: a soaking does bring small advantages, but most of the time it is not necessary.

    More decisive is the germination temperature: while tomatoes are undemanding, the chilies are a little bit pickier. Tomatoes can germinate – even if it takes a little bit longer and it is harder from a temperature above 15 degrees. 24 to 27 degrees are optimal for the tomatoes. The chilies like it a little bit warmer: 20 degrees should be at a minimum, optimal are 27 up to 30 degrees.

    Text by Nico Jäkel