
Yellow Tamarillo Seeds (Golden Tamarillo)
Yellow Tamarillo Seeds (Golden Tamarillo)
Price for Package of 5 seeds.
It is still hard to find Yellow tamarillo seeds. Yellow tamarillo fruit is egg-shaped with a glossy tangerine hued skin and succulent flesh containing small soft edible seeds. The skin is thin and tannin-rich
Yellow Tamarillo Seeds (Golden Tamarillo)
Price for Package of 5 seeds.
It is still hard to find Yellow tamarillo seeds. Yellow tamarillo fruit is egg-shaped with a glossy tangerine hued skin and succulent flesh containing small soft edible seeds. The skin is thin and tannin-rich for palatable human consumption. Its flesh when is ripe is bright and piquant in flavor with a pleasantly sweet aroma.
The Golden tamarillo, botanical name Cyphomandra betacea, is also known as the tree tomato, is a member of the Solanaceae family which includes tomatoes, potatoes, tobacco, and pepper plants.
WIKIPEDIA:
Plant origin and regions of cultivation
The tamarillo is native to theΒ AndesΒ ofΒ Ecuador,Β Colombia,Β Peru,Β Chile, andΒ Bolivia. Today it is still cultivated inΒ gardensΒ and smallΒ orchardsΒ for local production,[4]Β and it is one of the most popular fruits in these regions.[5] Other regions of cultivation are the subtropical areas throughout the world, such as Rwanda, South Africa, Darjeeling, and Sikkim in India, Nepal, Hong Kong, China, the United States, Australia, Bhutan, and New Zealand.
The first internationally marketed crop of tamarillos in Australia was produced around 1996, although permaculture and exotic fruit enthusiasts had increasingly grown the fruit around the country from the mid-1970s on.
In New Zealand, about 2,000 tons are produced on 200 hectares of land and exported to the United States, Japan, andΒ Europe. For the export, the existing marketing channels developed for theΒ kiwifruitΒ are used.
The tamarillo is also successfully grown at higher elevations of Malaysia and the Philippines, and in Puerto Rico. In the hot tropical lowlands, it develops only small fruits and fruit setting is seldom.
Prior to 1967, the tamarillo was known as the "treeΒ tomato" in New Zealand, but a new name was chosen by the New Zealand TreeΒ TomatoΒ Promotions Council in order to distinguish it from the ordinaryΒ garden tomatoand increase its exotic appeal.
Plant
The plant is a fast-growingΒ treeΒ that grows up to 5 meters. Peak production is reached after 4 years,[6]Β and the life expectancy is about 12 years.[4]Β The tree usually forms a single uprightΒ trunkΒ with lateral branches. The flowers and fruits hang from the lateral branches. The leaves are large,Β simpleΒ andΒ perennial, and have a strong pungent smell.[6] The flowers are pink-white and form clusters of 10 to 50 flowers. They produce 1 to 6 fruits per cluster. Plants can set fruit without cross-pollination, but the flowers are fragrant and attract insects. Cross-pollination seems to improve fruit set.[6]Β The roots are shallow and not very pronounced, therefore the plant is not tolerant of drought stress and can be damaged by strong winds. Tamarillos will hybridize with many otherΒ Solanaceae, though the hybrid fruits will be sterile, and unpalatable in some instances.
Fruit
The fruits are egg-shaped and about 4-10 centimeters long. Their color varies from yellow and orange to red and almost purple. Sometimes they have dark, longitudinal stripes. Red fruits are moreΒ acetous, yellow and orange fruits are sweeter. The flesh has a firm texture and contains more and larger seeds than a commonΒ tomato.[4]Β The fruits are very high inΒ vitaminsΒ andΒ ironΒ and low inΒ caloriesΒ (only about 40 calories per fruit).
Soil and climate requirements
The tamarillo prefers a subtropical climate, with rainfall between 600 and 4000 millimeters and annual temperatures between 15 and 20 Β°C.[4] It is intolerant to frost (below -2 Β°C) and drought stress. It is assumed that the fruit set is affected by night temperatures. Areas, where citrus is cultivated, provide good conditions for tamarillos as well, such as in the Mediterranean climate. Tamarillo plants grow best in light, deep, fertile soils, although they are not very demanding. However, soils must be permeable since the plants are not tolerant of water-logging.[4]Β They grow naturally on soils with aΒ pHΒ of 5 to 8.5.
Growth
PropagationΒ is possible by both usingΒ seedsΒ orΒ cuttings.[4][7] Seedlings first develop a straight, about 1.5 to 1.8 meters tall trunk, before they branch out. Propagation by seeds is easy and ideal in protected environments. However, in orchards with different cultivars, cross-pollination will occur and the characteristics of the cultivars get mixed up. Seedlings should be kept in the nursery until they reach a height of 1 to 1.5 meters, as they are very frost-sensitive.
Plants grown from cuttings branch out earlier and result in more shrub-like plants that are more suitable for exposed sites. Cuttings should be made from basal and aerial shoots and should be free of pathogenic viruses. Plants grown from cuttings should be kept in the nursery until they reach a height of 0.5 to 1 meter.
The tree grows very quickly and is able to bear fruit after 1.5 to 2 years. The plant is daylength-insensitive. The fruits do not mature simultaneously unless the tree has been pruned. A single tree can produce more than 20 kg of fruit per year; an orchard yields in 15 to 17 tons per hectare.[6]Β One single mature tree in goodΒ soilΒ will bear more fruit than a typical family can eat in about 3 months.
Tamarillos are suitable for growing as indoor container plants, though their swift growth, their light, water, and humidity requirements, and their large leaves can pose a challenge to those with limited space.
Plant management
The tamarillo trees are adaptable and very easy to grow. However, some plant management strategies can help to stabilize and improve plant performance.
Planting
Planting distances depend on the growing system. In New Zealand, with mechanized production, single row planting distances of 1 to 1.5 meters between plants and 4.5 to 5 meters between rows are recommended. In traditional growing regions such as the Andean region, plantations are much denser, with 1.2 to 1.5 meters between plants. Dense planting can be a strategy to protect plants against the wind. On poorly drained soils, plants should be planted on ridges.
Pruning
PruningΒ can help to control fruit size, plant size,Β harvestΒ date and to simplify theΒ harvestingΒ of fruits.[4] Cutting the tip of young plants leads to the desired branch height. Once the tree shape has been formed, pruning is reduced to the removal of old or dead wood and previously fruited branches, since branches that have already carried fruits will produce smaller fruits with lower quality the next time. Light pruning leads to medium-sized, heavy pruning to large-sized fruits. Basal shoots should be removed. When plants are grown in greenhouses, pruning prevents excessive vegetative growth.
When the tree is about 1 to 1.5 meters in height, it is advisable to cut the roots on one side and lean the tree to the other (in the direction of the midday sun at about 30 to 45 degrees). This allows fruiting branches to grow all along the trunk rather than just at the top.
Mulching
Since the plants are sensitive to drought stress,Β mulchingΒ can help to preserve moisture in the soil.[6]Β It can also be a strategy to suppress weeds, as other soil management techniques, such asΒ plowing, are not possible due to the shallow and sensitive root system.
Shelter
The plants have to be protected from the wind. Their shallow root system does not provide enough stability, and the lateral branches are fragile and break easily when carrying fruits.[4]
Irrigation and fertilization
To maximize and stabilize production, water, and nutrient inputs should be provided when needed. The plants need a continuous supply of water due to their shallow root system. Drought stress results in a decrease in plant growth, fruit size, and productivity.[4] Recommended fertilizer rates per hectare are 170 kg of Nitrogen, 45 kg of Phosphorus, and 130 to 190 kg of Potassium for intensive New Zealand production systems. Phosphorus and Potassium are applied at the beginning of the season, Nitrogen applications are distributed throughout the year.
Pest management
The tamarillo tree is, compared to similar crops such asΒ tomatoes, quite resistant to pests in general. Still, to reduce risk in intensive production systems, some pests have to be controlled to avoid major crop damage. To control pests, the same control methods as other SolanaceaeΒ can be used.
Harvest
RipeningΒ of fruits is not simultaneous. Several harvests are necessary.[8] In climates with little annual variation, tamarillo trees can flower and set fruit throughout the year. In climates with pronounced seasons (such as New Zealand), fruits ripen in autumn. Premature harvest and ethylene-induced ripening in controlled-atmosphere chambers are possible with minimal loss of fruit quality.[9]Β The fragile lateral branches can break easily when loaded with fruits, so premature harvest helps to reduce this risk and allows storage of fruits up to 20 days at room temperature. A cold-water dipping process, developed by theΒ New Zealand Department of Scientific and Industrial ResearchΒ also allows further storage of 6β10 weeks.
Usage
Culinary use
The fruit is eaten by scooping the flesh from a halved fruit. When lightlyΒ sugaredΒ and cooled, the flesh is used for a breakfast dish. Some people inΒ New ZealandΒ cut the fruit in half, scoop out the pulpy flesh and spread it on toast at breakfast. Yellow-fruited cultivars have a sweeter flavor, occasionally compared to mango or apricot. The red-fruited variety, which is much more widely cultivated, is more tart, and the savory aftertaste is far more pronounced. In the Northern Hemisphere, tamarillos are most frequently available from July until November, and fruits early in the season tend to be sweeter and less astringent.
They can be made into compotes, or added to stews (e.g. Boeuf Bourguignon), hollandaise, chutneys, and curries. Desserts using this fruit include bavarois and, combined with apples, a strudel.
Tamarillos can be added as a secondary fermentation flavoring to Kombucha Tea for a tart and tangy taste. The fruit should be mashed and added at a ratio of 3 Tamarillos to 1 Litre of Kombucha, however, great care should be taken to not allow too much carbon dioxide gas to build up in sealed bottles during secondary fermentation. The sugar content of fresh Tamarillos added to Kombucha can generate rapid carbon dioxide production in secondary fermentation within just 48β72 hours.
In Colombia, Ecuador, Panama, and parts of Indonesia (including Sumatra and Sulawesi), fresh tamarillos are frequently blended together with water and sugar to make a juice. It is also available as a commercially pasteurized purΓ©e.
In Nepal, a version of the South American fruit is decently popular. It is typically consumed as a chutney or a pickle during the autumn and winter months. It is known asΒ TammatarΒ andΒ Ram Bheda. Similar to Nepal, the Indian regions of Ooty, Darjeeling, and Sikkim also consume Tamarillo.
In Ecuador, the tamarillo, known asΒ tomate de Γ‘rbol, is blended with chiliΒ peppersΒ to make a hot sauce commonly consumed with local dishes of the Andean region. The sauce is simply referred to asΒ ajiΒ and is present at every meal in Ecuador.
The flesh of the tamarillo is tangy and variably sweet, with a bold and complex flavor, and maybe compared to kiwifruit,Β tomato,Β guava, orΒ passion fruit. The skin and the flesh near it have a bitter taste and are not usually eaten raw
The tamarillo has been described as having a taste similar to that of aΒ passion fruitΒ and a piquantΒ tomato combined.
The red and purple types of fruits are preferred in import countries of Europe: Even though they taste more acidic, their color is favored by consumers.
Industrial use
The fruits are high in pectin and therefore have good properties for preserves. However, they oxidize and lose color when not treated. Yellow fruit types are better suited for industrial use.
Prospects
Research and breeding should improve plantation management, fruit quality, and postharvest treatment.[6] A better understanding of plant physiology, nutritional requirements of plants, and fruit set mechanisms will help to improve growing systems. Breeding goals are to break seed dormancy, to improve the sweetness of fruits, and to increase yield. For industrial uses, little "stones" of sodium and calcium that occasionally appear in the fruit skin form a problem. Those stones have to be eliminated by breeding.
| Organic Seeds ? | Organic Seeds |
|---|---|
| Organic/natural ? | Organic/Natural: Yes |
| Edible ? | Edible |
| Life Cycle: | Perennial plant : Yes |
| Handpicked seeds ? | Handpicked seeds |
| Suitable for growing in flower pot ? | Suitable for pot: Yes |
| Medicinal Plant ? | Medicinal Plant: Yes |
| Evergreen ? | Evergreen: Yes |


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