Raisin Tree

RAISIN TREE

Hovenia dulcis Thunb.

Rhamnaceae

Common Names: Raisin Tree, Japanese Raisin Tree, Kenpo Nashi

Distant Affinity: Jujube (Ziziphus jujuba), Indian Jujube (Z. mauritiana).

Origin: The raisin tree is native to moist areas and mountains of China, although cultivation spread long ago to Japan, Korea and India. The plant was introduced to the West in about 1820.

Adaptation: The northern limits for winter survival and fruit ripening of the tree has not been fully determined. It is cold-hardy to about -10° F, and fruits ripen in eastern North America at least as far north as southern New York. There is a 28-year old specimen in the Asian section of the Los Angeles County Arboretum and another specimen at nearby Huntington Gardens. Raisin tree plants are not particularly suitable for container culture.

DESCRIPTION

Growth Habit: The raisin tree is deciduous and can grow to a height of 70 feet or more, but cultivated specimens typically reach a height of about 30 feet with a singular trunk and a rounded head. The lower branches frequently drop off leaving a fairly high crotch. Growth rate is moderate, perhaps a foot or two per year, more when young and less when old. Raisin trees are particularly handsome when planted in groups. The deeply fissured bark is counterpointed by gently undulating branches and overlapping leaves

Foliage: The cordate, glossy green leaves are borne alternately. They are a large (up to six inches in length), rather limp leaf which must be spread out to see its shape.

Flowers: Racemes of small self-fruitful flowers bloom in late spring. They are cream colored and compensate for their small size by being clustered together in great masses. Where summers are cool, bloom may be delayed even until the end of summer with the result that fruit does not form or ripen.

Fruit: The edible “raisins” are not a fruit at all but a short, swollen mature flower stalk or peduncle which supports the inedible seed pod. As the pod matures, the peduncle of stem attaching it to the cluster swells, becomes knobby and turns a translucent reddish brown. A pear-like flavor develops as the sugars increase, and the peduncle is ready to eat when it falls to the ground. Although the edible portions are small, close to the size of a raisin, the crop is copious. The brown pod which is actually the fruit is not used.

CULTURE

Location: Although native to partially shaded sites, full sun helps hasten flowering and ripening. When placed in a southwest corner, the tree provides summer shade and allows winter sun to pass through the bare limbs.

Soil: The raisin tree tolerates a wide range of soil conditions and thrives in sandy loam.

Irrigation: Although somewhat tolerant of drought, raisin trees do best with a regular supply of moisture.

Fertilization: Little is known about the fertilization needs of the tree, but a light to moderate fertilizing in mid-spring is probably useful.

Pruning: The tree tends to prune itself, dropping the lower branches as the tree grows.

Propagation: The seeds have an impermeable seed coat that severely inhibits germination. Several methods have been employed to get around the problem. The seed coat can be scarified by nicking it with a file, or soaking the seed in concentrated sulfuric acid for two hours. Wash the seed thoroughly with water following the acid soak. The seed can also be soaked in hot tap water (approximately 140° F) for three consecutive days. Others have had some luck with freezing the seed. After treatment, the seed are planted in potting soil, covered with clear plastic wrap and placed in bright light. Seeds should germinate within a week to a month or more. Plants grown from seed usually bear fruit within 7 – 10 years, though bearing within 3 years is possible under good conditions

The plant can also be propagated by softwood cuttings taken in late summer, and by root cuttings. Little work has been done in the area of grafting.

Pests and diseases: Raisin trees are apparently free of any significant pests and diseases. Deer will probably browse the foliage, but the roots do not seem to be attractive to gophers.

Harvest: Raisin tree peduncles do not become tasty until very late in the season. They are excellent to eat out of hand or may be used in anything where raisins are normally used. The bonus with raisin tree “raisins” is that they don’t have to be dried. They are chopped and added to fruitcake in Australia, and in China they are made into a beverage called “tree honey” that is said to neutralize hangovers.

CULTIVARS

There are no known raisin tree cultivars.

FURTHER READING

  • Reich, Lee. Uncommon Fruits Worthy of Attention. Reading, Mass., Addison-Wesley, 1991. pp 95-99.

 


.


© Copyright 1996, California Rare Fruit Growers, Inc.
Questions or comments? Contact us.

Jujube

JUJUBE

Ziziphus jujuba Mill.

Rhamnaceae

Common Names: Jujube, Chinese Date, Tsao.

Related Specie: Indian Jujube (Ziziphus mauritiana).

Distant Affinity: Purple Haw (Colubrina texensis), Raisin Tree (Hovenia dulcis).

Origin: The jujube originated in China where they have been cultivated for more than 4,000 years and where there are over 400 cultivars. The plants traveled beyond Asia centuries ago and today are grown to some extent in Russia, northern Africa, southern Europe, the Middle East and the southwestern United States. Jujube seedlings, inferior to the Chinese cultivars, were introduced into Europe at the beginning of the Christian era and carried to the U. S. in 1837. It wasn’t until 1908 that improved Chinese selections were introduced by the USDA.

Adaptation: The jujube can withstand a wide range of temperatures; virtually no temperature seems to be too high in summertime. Winter dormancy allows it to withstand temperatures to about -28° F, yet it requires only a small amount of winter chill in order for it to set fruit. The plant revels in summer sun and heat, with the lack of either limiting fruit production more than winter cold. Yet jujubes have fruited in the Puget Sound and low Cascade regions of Washington State as well as in Pennsylvania. Fruiting of some cultivars has also been reported in northern Florida.The Indian jujube, which is more sensitive to frost, is grown in Florida, but the fruit is considered inferior. Jujube trees are not particularly suitable for container culture, but can be grown in this manner in a large container.

DESCRIPTION

Growth Habit: The jujube is a small, deciduous tree, growing to 40 feet tall in Florida, but smaller in size in California. The naturally drooping tree is graceful, ornamental and often thorny with branches growing in a zig-zag pattern. The wood is very hard and strong. Jujube cultivars vary in size and conformation, with some being very narrow in habit and others being more widespread. One cultivar, the So, seems to be fairly dwarfing in habit. After 30 years of growth in an average site, trees can be 30 feet tall with a crown diameter of up to 15 feet. Plants send up suckers (often with intimidating spines) from their roots, and these suckers can appear many feet from the mother plant. Currently, these root suckers must be controlled by mowing or hoeing.

Foliage: The small, ovate or oval leaves are 1-2 inches long and a shiny bright green. In the autumn, the leaves turn bright yellow before falling. There are usually two spines at the base of each leaf. Some spines may be hooked while others are long daggers. Virtually thornless cultivars are known. As the growing season commences, each node of a woody branch produces one to ten branchlets. Most of these are deciduous, falling from the plant in autumn.

Flowers: The inconspicuous, 1/5 inch diameter, white to greenish-yellow flowers are somewhat fragrant and produced in large numbers in the leaf axils. The flowering period extends over several months from late spring into summer. However, individual flowers are receptive to pollen for only one day or less. Pollination needs of the jujube are not clearly defined, but appear to be done by ants or other insects and possibly by the wind. Most jujube cultivars produce fruit without cross-pollination . The jujube is well protected from late spring frosts by delayed budding until all chance of cold weather has passed.

Fruit: The fruit is a drupe, varying from round to elongate and from cherry-size to plum-size depending on cultivar. It has a thin, edible skin surrounding whitish flesh of sweet, agreeable flavor. The single hard stone contains two seeds. The immature fruit is green in color, but as it ripens it goes through a yellow-green stage with mahogany-colored spots appearing on the skin as the fruit ripens further. The fully mature fruit is entirely red. Shortly after becoming fully red, the fruit begins to soften and wrinkle. The fruit can be eaten after it becomes wrinkled, but most people prefer them during the interval between the yellow-green stage and the full red stage. At this stage the flesh is crisp and sweet, reminiscent of an apple. Under dry conditions jujubes lose moisture, shrivel and become spongy inside. Tests in Russia indicate a very high vitamin C content. The fruit has been used medicinally for millennia by many cultures. One of its most popular uses is as a tea for sore throat

CULTURE

Location: Jujubes should be given a warm, sunny location, but are otherwise relatively undemanding. Given adequate heat and sun, the trees will thrive without any special care. They should not be planted in the shade of other trees

Soils: Jujubes tolerate many types of soils, but prefer a sandy, well-drained soils and do less well in heavy, poorly drained soil. They are able to grow in soils with high salinity or high alkalinity.

Irrigation: One of the outstanding qualities of the jujube tree are its tolerance of drought conditions. Regular watering, though, is important to assure a quality fruit crop.

Fertilization: Fertilizer requirements have not been studied, but jujubes appear to do well with little or no fertilization. Light broadcast applications of a balanced fertilizer such as 8-8-8 NPK at two-month intervals during the growing season would probably speed growth. Do not fertilize until the newly planted tree has several months to get established.

Pruning: Unpruned trees produce as well as trees that have been pruned. Extensive winter pruning, however, will keep the plants in better health and produce more easily obtainable fruit.

Propagation: Most Chinese cultivars in the U.S. are grafted or budded onto a thorny rootstalk which produces many suckers from the roots. There is evidence that jujube cultivars will root on hard or soft wood cuttings. However, successes have been limited to date with this process of plant reproduction. Jujubes also can be propagated from seed, although they do not come true. Most jujube cultivars produce fruit without cross-pollination, but seeds from such self-pollination are usually not viable (such as from the Li or Lang cultivars)

Jujubes should be set out 10 to 15 feet apart since they require high light intensities for good production. Upon setting out new, bare root trees, top the plant to 3 or 4 feet and remove all side branches to leave only a whip. New, stronger branches will emerge from each bud just below the point where the old branches were pruned.

Pests and diseases: The Chinese jujube appears to have no serious disease, insect, or nematode pests in the U.S., hence, no spraying is necessary. Only the pocket gopher has shown a liking for the roots. One disease, witches broom, is prevalent in China and Korea and could be destructive to a new industry if allowed to enter into non-endemic areas.

Harvest: The crop ripens non-simultaneously, and fruit can be picked for several weeks from a single tree. If picked green, jujubes will not ripen. Ripe fruits may be stored at room temperature for about a week.The fruit may be eaten fresh, dried or candied. Fresh fruit is much prized by certain cultures and is easily sold in Chinese, Korean, Vietnamese, and Indian markets. Tree dried fruit stores indefinitely and may have good marketing potential as it dries on the tree without the use of a sulfur preservative.

SELECTED RECIPES

Jujube Cake

  • 1 cup sugar
  • 1/2 cup butter
  • 2 cups dried, minced jujube
  • 1 cup water

Bring these to a boil then set aside to cool

  • 2 cups wheat flour
  • 1 teaspoonful soda
  • 1/2 teaspoonful salt

Sift these together then add to the above mixture. Bake at 325° F

Candied Jujubes

Wash about 3 pounds dried jujubes; drain and prick each several times with a fork. In a kettle bring to a boil 5 cups water, 5-1/2 cups sugar, and 1 tablespoon corn starch. Add the jujubes and simmer, uncovered, stirring occasionally, for 30 minutes. Cool, cover, and chill overnight.

The next day bring syrup and jujubes to a boil and simmer, uncovered, 30 minutes. With a slotted spoon lift jujubes from syrup and place slightly apart on rimmed pans. Dry in oven, or in sun for about 2 to 3 days. Check fruit frequently and turn fruit occasionally until the jujubes are like the dates ones sees in the market.

Jujube Syrup

Boil syrup remaining from the Candied Jujubes, uncovered, until reduced to about 2 cups. Use over pancakes and waffles. Store in the refrigerator.

Other uses: Substitute the dried jujube wherever recipes call for raisins or dates. Dried jujubes are a wonderful snack that can be prepared without the use of any preservative as is so commonly needed for other dried fruits.

CULTIVARS

Li and Lang are the two most commonly available cultivars and were from the original introductions by Frank Meyer to the Plant Introduction Station at Chico, California. The following is a list of currently propagated cultivars, based on the fruit ripening times in southern California. As interest increases, new cultivars will be brought out of China and Russia.

Early Ripening

Li
Large, round fruit up to 3 ounces in mid-August. May be picked at the yellow-green stage. Tree is many-branched, yet narrow and upright. Best eaten fresh. Best first tree to have.

Mid Season

Ed Hegard
Very similar to the Lang and Thornless.
GA-866
An outstandingly sweet selection out of the Chico Research program. Large, elongated fruit.
Jin
An excellent elongated fruit. Very chewy when allowed to dry on the tree.
Globe
A new, Chinese introduction.
Honey Jar
Another new, Chinese introduction.
Lang
Large, pear-shaped fruit which must be fully colored to be best eating. This fruit is best to let dry on the tree. Tree is upright and virtually spineless.
Redlands #4
Collected at an old homestead in Redlands, California. Very large, sweet, round fruit.
So
A tree of most beautiful shape. At each node of the stem the branch decides to go off in a new direction. Hence, a very zig-zag branching pattern which casts a beautiful shadow in the wintertime. Tree is somewhat dwarfed.
Sugar Cane
Small to medium fruit which can be round to elongated. Extremely sweet fruit but on a very spiny plant. The fruit is worth the spines!
Thornless
Just as the name implies. Very few, if any spines occur. A fruit very similar to the Lang.

Late Season

Admiral Wilkes
Collected on a South Seas expedition in the 1840’s and planted on the Capitol grounds in Washington, D.C. Elongated fruit which has been the very last to ripen, generally in mid to late November.
Chico (GI 7-62)
Fruit is round but flattened on the bottom. Looks like small apples. Excellent either fresh or dried.
GI-1183
Another cultivar from the Chico program. Large, sweet fruit.
Sherwood
A seedling plant from Louisiana. The fruit is very dense and sweet. Tree is very narrow and upright with leaves that are weeping in habit.
Silverhill
An elongated fruit which has cropped well even in northern Florida. Virtually spineless.
Tigerstooth
Very similar to Silverhill.
Topeka
From eastern Kansas and an excellent, late cropping fruit.

FURTHER READING

  • Reich, Lee. Uncommon Fruits Worthy of Attention. Reading, Mass., Addison-Wesley, 1991. pp 139-146.

 


 


© Copyright 1996, California Rare Fruit Growers, Inc.
Questions or comments? Contact us.

Growing Rare Fruit From Seed

The information here was extracted with minor revisions from an article by John M. Riley that appeared in the 1981 CRFG Yearbook (vol. 13, 1981, pp.1-47). The full article contains important additional information on mechanisms of seed germination, propagation techniques, propagation media, container mixes and seed storage.  You can access the entire article by clicking here.

Seed Treatment Methods

Hot Water
This treatment consists of soaking the seed in hot water for a period of time. One procedure is to pour boiling water over the seed, using about four volumes of water to one volume of seed. The intent is a thermal shock which rapidly diminished to room temperature. Usually this is followed by moist cold storage. Most pathogens are destroyed at about 160° F (71° C). The treatment is a little tricky for home use, since most seed are killed at 178° F (81° C).
Sulfuric Acid Treatment
The acid attacks cellulose and is often recommended as a dramatic treatment for seed coat modification. For the home gardener, handling sulfuric acid may present some hazard.
Hydrogen Peroxide
This is commonly available in a 3% solution. It may be used in full strength for about 20 minute to disinfect seed and alter the seed coat. The peroxide may then be diluted in half with water and the seed soaked for up to 24 hours.
Sodium/Calcium Hypochlorite
This material is commonly available as ordinary laundry bleach. It effectively sterilizes and disinfects when used in a 10% solution. This can be prepared by added 1/4 cup bleach to 2 cups of water. Soak the seed for 20 minutes to sterilize and rinse thoroughly afterwards.
Alcohol and Other Solvents
Many volatile solvents, including grain alcohol have been mentioned as having an effect on seed germination. Quite possibly this results from softening waxy compounds in the seed coat which are not water soluble.
Gibberellin
Gibberellic acid promotes germination in many seeds. It also helps overcome the tendency for some seedling to become dwarfed and to grow slowly after the harsh treatment used to initiate germination. Seed may be soaked with concentration of 100 to 1,000 ppm for 24 hours.
Cytokinins
Natural growth hormones stimulate the germination of many kinds of seed by acting at the molecular level on biological processes. Many synthetic cytokinins are available from tissue culture supply houses, but since they must be kept at a low temperature to prevent decomposition, they are not available in garden supply centers. Soaking for three minutes in kinetin at concentration of 100 ppm has been recommended.
Ethylene
This gas occurs naturally in plants and has a number of biological effects, including the stimulation of seed germination. One of the chemicals available to gardener to generate ethylene is ethephon. Since gibberellins, cytokinins and ethylene are three dominant components in initiating germination, it is natural that they work best when applied together.
Potassium Nitrate
Many freshly harvested dormant seeds germinate better if soaked in a 0.2% potassium nitrate solution. Seeds should be soaked for no more than 24 hours and then rinsed well.
Thiourea
This has been used to stimulate germination of some dormant seeds, particularly those that do not germinate in darkness or at high temperatures. A water solution of 0.5 to 4% is recommended. Since thiourea is somewhat inhibitory to growth, the seeds should be soaked no longer than 24 hours and then rinsed well.
Vitamins
The most common vitamin supplement for plants is vitamin B1 (thiamine). Other vitamins of the B complex are also useful. Nicotinic acid (niacin) and ascorbic acid (vitamin C) have all been recommended.
Willow Tea
A tea made from willow bark contains a substance that enhances the actions of plant hormones and appears to stimulate germination. Soaking seed in willow tea for 24 to 48 hours is suggested.

Procedures

The table that follows summarizes specific information useful for growing rare fruit from seed. Rare fruits (mostly those tried in California) are listed by their botanical names. Common names can be connected to their botanical names through the CRFG Fruit List.

Storage Life, in months, (assuming proper treatment) is listed in column two. The storage type (next column) is categorized as follows:

WTM–WARM TROPICAL MOIST
Seed should be maintained above 70° F (21° C) and not allowed to dry out before planting.
TI–TROPICAL INTERMEDIATE
Seed should be dried to about 70% of harvest weight and stored a temperature of about 40° F (4° C).
TD–TEMPERATE DRY
Seed should be dried to below 50% of harvest weight and stored at room temperature or preferably 40° F (4° C).
CM–COOL MOIST
Store seed with sufficient moisture to prevent drying out at about 40° F (4° C).

Dormancy Breaker, column four, indicates any special treatment to break dormancy. In each case the seed can profit from a 24-hour soaking before planting.

SC–SCARIFICATION
Seeds are made permeable to water by sanding, filing or nicking the seed coat.
R–SEED COAT REMOVAL
Carefully crack or remove outer seed coating.
SK–PRESOAK
Soak seed 24 hours before planting.
MC–MOIST CHILLING
After soaking 24 hours, pack the seed with moist sterile material and store for 30 to 60 days at 40° F (4° C).
ST–STRATIFY
Soak seed 24 hours and store moist for one or more seasons in the natural environment. Do not let seed dry out.
WMS–WARM MOIST STORAGE
After soaking 24 hours, store above 70° F (21° C). Plant soon.
CW–ALTERNATE COLD/MOIST TREATMENT
Soak seed for 24 hours and subject to periods of 40° F (4° C). Cycle several times if necessary.

Germination Period, column five, lists the time lapse between seedbed planting and emergence. Time required to break dormancy is not included. Times vary with cultivation and seed condition.

Hardiness (deg. F and C), column six. Values are approximate and are mostly taken from books which include the tropics, Florida and California. In a given situation, plant size, previous environment, health and chill factor can alter the response to a given temperature. There may also be significant differences in variants of the same species. The hardiness values listed are probably optimistic by about 5° F (2° C) for tropical fruit tree seedlings or young plants.

General Comments. A number following a symbol indicates the days of treatment required. A plus (+) after a number means the value may be exceeded. A temperature in parenthesis following the germination period indicates the minimum temperature (°F, °C) required for germination. The information on germination time is approximate and based largely on John Riley’s personal experience.

CHARACTERISTICS OF RARE FRUIT PROPAGATION FROM SEED

Botanical nameStorage life (mos.)Storage typeDormancy breakerGermination daysHardiness°F (°C)
Actinidia
     chinensis12+TDSC/CW14-2110 (-12)
     arguta12+TDSC/CW14-21-25 (-32)
     kolomikta12+TDSC/CW14-21-40 (-40)
Aegle
     marmelo12+TISK/WMS14-2128 (-2)
Akebia
     quinata24+TDMC14-2125 (-4)
     trifoliata24+TDMC14-2125 (-4)
Amelanchier
     ainifoli8TDSC/MC14-21-50 (-45)
     canadensis8TDSC/MC14-21-30(-35)
     denticulatum8TDSC/MC14-21-10(-23)
Anacardium
     occidental1WTMSK14-2130 (-1)
Annona
     cherimola24+TDSK14-2126 (-3)
     purpurea12+TISK14-2128 (-2)
     reticulata12+TISK14-2128 (-2)
     squamosa12+TISK14-2128 (-2)
Antidesma
     bunius12+TISK14-2126 (-3)
     dallachyanum12+TISK14-2126 (-3)
     platyphyllum12+TISK14-2128 (-2)
Arbutus
     unedo12-24TDMC3015 (-10)
Artocarpus
     communis1WTMWMS7-2135 (3)
     integrifolia1WTMWMS7-2130 (-1)
     hypargyraeus1WTMWMS7-2130 (-1)
Asimina
     triloba12+CMSC/MC30-90-25 (-32)
Averrhoa
     bilimbi6TISK14-2128 (-2)
     carambola6TISK14-2128 (-2)
Billardia
     cymosa24+TDMC14-210 (-12)
     scandens24+TDMC14-210 (-12)
Blighia
     sapida3WTMWMS7-2130 (-1)
Carica
     goudotiana24+TDSK14-3028 (-2)
     monoica24+TDSK14-3028 (-2)
     papaya24+TDSK14-3030 (-1)
     pubescens24+TDSK14-3026 (-3)
     stipulata24+TDSK14-3028 (-2)
     toronchi24+TDSK14-3028 (-2)
Carissa
     carandas12+TISK1624 (-5)
     edulis12+TISK1626 (-3)
     macrocarpa12+TISK1626 (-3)
Carya
     illinoiensis36-48TIMC30-10 (-23)
Casimiroa
     edulis6TIR/SK14-2124 (-5)
     tetrameria6TIR/SK14-2128 (-2)
Castanea
     dentata8CMMC28-10 (-23)
     pumila8CMMC28-10 (-23)
Ceratonia
     siliqua60TDSC20-3020 (-8)
Cereus
     peruvianus36TDlight3-1426 (-3)
Chrysophyllum
     cainito6WTMWMS14-2128 (-2)
Citrus
     aurantifolia12TISK14-2128 (-2)
     aurantium12TISK14-2128 (-2)
     limon12TISK14-2128 (-2)
     maxima12TISK14-2128 (-2)
     mitis12TISK14-2120 (-8)
     paradisi12TISK14-2125 (-4)
     reticulata12TISK14-2125 (-4)
     sinensis12TISK14-2125 (-4)
Clausena
     lansium12TISK14-2125 (-4)
Coccolaba
     uvifera12TDWMS14-2130 (-1)
Coffea
     arabica6CMWMS14-2128 (-2)
     liberica6CMWMS14-2128 (-2)
Cornus
     amonum24+TDCW14-210 (-18)
     mas24+TDCW14-210 (-18)
Corylus
     americana12+CMCW10-30-15 (-26)
     avellana12+CMCW10-30-15 (-26)
Crateagus
     aestivalis24+TDSC/MC30-40-15 (-26)
     pubescens24+TDSC/MC30-40-15 (-26)
Cudrania
     tricuspidata36TDSC/ST14-21-20 (-29)
Cydonia
     oblonga8CMMC14-21-15 (-26)
Cyphomandra
     betacea24TDSK14-2128 (-2)
Diospyros
     digyna6WTMSK/WMS14-2128 (-2)
     discolor6WTMSK/WMS14-2128 (-2)
     kaki12+TISC/MC14-210 (-18)
     virginiana24-36TDSC/MC14-21-10 (-23)
Dovyalis
     abyssinica24+TISK14-2125 (-4)
     caffra24+TISK14-2128 (-2)
     hebecarpa24+TISK14-2128 (-2)
Elaeagnus
     multiflora24+TISK/MC14-21-10 (-23)
     philippensis12+TISK14-2125 (-4)
     pungaens24+TISK/MC14-210 (-18)
Eriobotrya
     japonica8 daysCMMC14-2112 (-11)
Eugenia
     aggregata6TISK14-2120 (-8)
     brasilliensis6TISK14-2128 (-2)
     luschnathiana6TISK14-2128 (-2)
     uniflora6TISK14-2128 (-2)
Euphoria
     longan1WTMWMS16-3024 (-4)
Feijoa
     sellowiana24+TIMC14-2114 (-10)
Feronia
     limonia12TISK14-2128 (-2)
Ficus
     carica24+TISK14-2125 (-4)
Flacourtia
     ramonchi12+TISK14-2128 (-2)
Fortunella
     japonica12TISK14-2110 (-12)
     margarita12TISK14-2110 (-12)
Garcinia
     mangostana1-2WTMSK/WMS14-2140 (4)
     xanthochymus2-4WTMSK/WMS14-2128 (-2)
Gaultheria
     shallon12TDMC300 (-18)
Gaylussacia
     frondosa24+TDCW10-300 (-18)
     resinosa24+TDCW10-300 (-18)
Gevuina
     avellana6CMWMS14-2110 (-12)
Harpyphyllum
     caffrum24+TIR14-2126 (-3)
Hibiscus
     sabariffa36TDSK14-2128 (-2)
Hovenia
     dulcis24+TDSC/MC14-30-10 (-23)
Inga
     paterno6TISK14-2128 (-2)
Litchi
     chinensis1WTMWMS16-3028 (-2)
Macadamia
     integrifolia24TISK14-3024 (-4)
     tetraphylla24TOSK14-3024 (-4)
Malphigia
     glabra6TISK14-2128 (-2)
Mammea
     americana2-4WTMSK/WMS14-2128 (-2)
Mangiferum
     indica2WTMR/SK14-2128 (-2)
Manilkara
     zapota24TDSK15-3028 (-2)
Melicoccus
     bijugatus3TISK14-2128 (-2)
Morus
     alba24+TISC/ST14-21-20 (-29)
     nigra24+TISC/ST14-210 (-18)
     rubra24+TISC/ST14-21-10 (-13)
Muntingia
     calibura12+TISK/WMS14-2128 (-2)
Musa
     balbisiana12TISK/WMS14-2128 (-2)
Myrciaria
     cauliflora6TISK14-2124 (-4)
Myrtus
     communis24+TDMC14-2125 (-4)
Passiflora
     alata3-6TISK14-2128 (-2)
     edulis3-6TISK14-2125 (-4)
     laurifolia3-6TISK14-2125 (-4)
     ligularis3-6TISK14-2128 (-2)
     molissima3-6TISK14-2125 (-4)
     quadrangularis3-6TISK14-2132 (0)
Persea
     americana 4 WTM WMS 14-21 22-28 (-6, -2)

Pistachia
     vera2-3TIR/SK14-2110 (-12)
Pometia
     pinnata6WTMWMS14-2128 (-2)
Poncirus
     trifoliata12-24TISK14-210 (-18)
Pouteria
     campechiana6WTMWMS14-2130 (-1)
     sapota6WTMWMS14-2130 (-1)
     viride6WTMWMS14-2130 (-1)
Prunus
     salicifolia24TISK14-2120 (-7)
Psidium
     cattleianum12+TISK14-2125 (-4)
     guajava12TISK14-2128 (-2)
Punica
     granatum36TIMC14-3012 (-11)
Rhodomyrtus
     tomentosa12TISK14-2126 (-3)
Ribes
     hirtellum 48+ TD MC 30 -30 (-35
     nigrum48+TDMC30-30 (-35)
     rubrum48+TDMC30-30 (-35)
     sativum48+TDMC30-30 (-35)
     uva-crispa 48+ TD MC 30 -30 (-35)

Rollinia
     deliciosa--TISK14-2128 (-2)
Sambucus
     caerulea24+TISC/MC30-20 (-28)
     canadensis24+TISC/MC30-20 (-28)
     racemosa24+TISC/MC30-20 (-28)
Sandoricum
     koetjape36TDSK14-2126 (-3)
Shepherdia
     argentea42+TDSC/MC30-60-20 (-28)
Simmondsia
     chinensis12+TDSK5-7 (78/176; F, 26/176; C)15 (-10)
Solanum
     quitoense24TDSK14-2128 (-2)
     topiru24TDSK14-2128 (-2)
Sorbus
     aucuparia24TDMC10-30-20 (-28)
     domestica24TDMC10-30-10 (-23)
     terminalis24TDMC10-30-10 (-23)
Synsepalum
     dulcificum1WTMWMS7-2130 (-1)
Syzygium
     aromaticum2-6TISK14-2132 (0)
     cumini2-6TISK14-2128 (-2)
     jamabos2-6TISK14-2128 (-2)
     malaccense2-6TISK14-2128 (-2)
     paniculatum2-6TISK14-2128 (-2)
Tamarindus
     indica6TISK14-2128 (-2)
Theobroma
     cacao1WTMSK7-14 (80/176; F, 27/176; C)30 (-1)
Ugni
     molinae24+TISK14-2110 (-12)
Vaccinium
     angustifolium120TIMC30-20 (-28)
     ashei120TIMC30-10 (-23)
     corymbosum120TIMC30-20 (-28)
Vitis
     labrusca24+CMMC20-30-20 (-28)
     rotundifolia24+CMMC20-30-5 (-21)
     vinifera24+CMMC20-30-5 (-21)
Ziziphus
     jujuba12-24TDR/SK14-21-20 (-28)
     mauritiana12-24TDR/SK14-2120 (-7)

Fruit Cultural Data — H

 

Key
Chill Hours between 32°F and 45°F, less hours above 65°F
Water D = dry, W = wet, M = medium
Genus Species Common Name Harm Kill Chill Water Soil/pH
Halleria lucida African Honeysuckle
Hancornia speciosa Mangaba
Harpephyllum caffrum Kaffir Plum 30°F 28°F
Helianthus giganteus Giant Sunflower
Helianthus tuberosus Jerusalem Artichoke -50°F
Hibiscus cannabinus Kenaf
Hibiscus esculentus Okra
Hibiscus sabdariffa Roselle 32°F 30°F W
Hierochloe odorata Zubrovka
Hippophae rhamnoides Sea Buckthorn -20°F -40°F
Hippophae salicifolia
Hovenia dulcis Raisin Tree -20°F to 15°F
Hylocereus undatus Strawberry Pear <20°F
A B C D E F G H I J K L M
N O P Q R S T U V W X Y Z

 


© Copyright 1995,1997, California Rare Fruit Growers, Inc.
Questions or comments? Contact us. [contact-form][contact-field label=’Name’ type=’name’ required=’1’/][contact-field label=’Email’ type=’email’ required=’1’/][contact-field label=’Website’ type=’url’/][contact-field label=’Comment’ type=’textarea’ required=’1’/][/contact-form]

Common Fruit Names: A-C

COMMON FRUIT NAMES — A-C

California Rare Fruit Growers, Inc

January 27, 1995

 

A – C D – L M – R S – Z

 

Common Name Genus species Family
Abaca Musa textilis Musaceae
Abiu Pouteria caimito Sapotaceae
Abyssinian Banana Ensete ventricosum Musaceae
Abyssinian Gooseberry Dovyalis abyssinica Flacourtiaceae
Acerola Malpighia punicifolia Malpighiaceae
Achiote Bixa orellana Bixaceae
Achira Canna edulis Cannaceae
African Apricot Mamumea africana Guttiterae
African Breadfruit Treculia africana Moraceae
African Gooseberry Dovyalis abyssinica Flacourtiaceae
African Honeysuckle Halleria lucida Scrophulariaceae
African Horned Cucumber Cucumis metuliferus Curcurbitaceae
African Locust Parkia biglobosa Leguminosae
African Oil Palm Elaeis guineensis Palmae
African Plum Vitex doriana Verbenaceae
African Walnut Coula edulis Olacaceae
Akebia Akebia quinata Lardizabalaceae
Akee Blighia sapida Sapindaceae
Allspice Pimenta dioica Myrtaceae
Almond Prunus dulcis Rosaceae
Alpine Strawberry Fragaria vesca Rosaceae
Alupag Euphoria didyma Sapindaceae
Amazon Tree-Grape Pourouma cecropiaefolia Moraceae
Ambarella Spondias dulcis Anacardiaceae
Ambra Spondias pinnata Anacardiaceae
American Black Currant Ribes americanum Saxifragaceae
American Black Gooseberry Ribes hirtellum Saxifragaceae
American Chestnut Castanea dentata Fagaceae
American Crab Apple Malus augustifolia Rosaceae
American Crab Apple Malus coronaria Rosaceae
American Cranberry Vaccinimum macrocarpon Ericaceae
American Cranberry Bush Viburnum trilobum Caprifoliaceae
American Dewberry Rubus flagellaris Rosaceae
American Elderberry Sambucus canadensis Caprifoliaceae
American Hazelnut Corylus americana Betulaceae
American Persimmon Diospyros virginiana Ebenaceae
American Plum Prunus americana Rosaceae
Amra Spondias pinnata Anacardiaceae
Amur River Grape Vitis amurensis Vitaceae
Ananasnaja Actinidia arguta X kolomikta Actinidiaceae
Andean Blackberry Rubus glaucus Rosaceae
Annatto Bixa orellana Bixaceae
Annona Asiatic Cananga odorata Annonaceae
Anonilla Annona palmeri Annonaceae
Appalachian Tea Ilex glabra Aquifoliaceae
Apple Malus Rosaceae
Apple Guava Psidium guajava Myrtaceae
Apple Rose Rosa pomifera Rosaceae
Appleberry Billardiera Pittosporaceae
Apricot Prunus americana Rosaceae
Arabian Coffee Coffea arabica Rubiaceae
Arctic Beauty Actinidia kolomikta Actinidiaceae
Arkurbal Willughbeia angustifolia Apocynaceae
Asian Pear Pyrus Pyrifolia Rosaceae
Atemoya Annona cherimola X squamosa Annonaceae
Australian Almond Terminalia canescens Combretaceae
Australian Brush Cherry Syzygium paniculatum Myrtaceae
Autumn Oleaster Elaeagnus umbellata Elaeagnaceae
Autumn Olive Elaeagnus umbellata Elaeagnaceae
Avocado Persea americana Lauraceae
Azarole Crataegus azarolus Rosaceae
Babaco Carica pentagona Caricaceae
Bacae Theobroma bicolor Sterculiaceae
Bacuri Platonia insignis Guttiferae
Bacuripari Rheedia macrophylla Guttiferae
Bacury-Pary Rheedia macrophylla Guttiferae
Bael Fruit Aegle marmelos Rutaceae
Baked Apple Berry Rubus chamaemorus Rosaceae
Bakupari Rheedia brasiliensis Guttiferae
Bakuri Platonia insignis Guttiferae
Banana Musa Musaceae
Banana Passion Fruit Passiflora antioquiensis Passifloraceae
Banana Passion Fruit Passiflora mollissima Passifloraceae
Barbados Cherry Malpighia punicifolia Malpighiaceae
Barbados Gooseberry Patinoa almirajo Bombacaceae
Barbados Gooseberry Pereskia aculeata Cactaceae
Barberry Berberis vulgaris Berberidaceae
Batoko Flacourtia indica Flacourtiaceae
Bay Tree Laurus nobilis Lauraceae
Bay Tree Persea borbonia Lauraceae
Beach Cherry Eugenia reinwardtiana Myrtaceae
Beach Plum Prunus maritima Rosaceae
Beach Strawberry Fragaria chiloensis Rosaceae
Bearss Lime Citrus latifolia Rutaceae
Bee Bee Raspberry Rubus Rosaceae
Belimbing Averrhoa carambola Oxalidaceae
Bell Apple Passiflora laurifolia Passifloraceae
Bengal Quince Aegle marmelos Rutaceae
Ber Zyzyphus jujuba Ramnaceae
Betel Nut Areca catechu Palmae
Bigay Antidesma bunius Euphorbiaceae
Bignai Antidesma bunius Euphorbiaceae
Bignay Antidesma bunius Euphorbiaceae
Bilimbi Averrhoa bilimbi Oxalidaceae
Billy Goat Plum Terminalia ferdinandiana Combretaceae
Biriba Rollinia mucosa Annonaceae
Black Apricot Prunus armeniaca dasycarpa Rosaceae
Black Cherry Prunus serotina Rosaceae
Black Choke Prunus serotina Rosaceae
Black Current Ribes nigrum Saxifragaceae
Black Elderberry Sambucus nigra Caprifoliaceae
Black Haw Viburnum prunifolium Caprifoliaceae
Black Huckleberry Gaylussacia baccata Ericaceae
Black Mulberry Morus nigra Moraceae
Black Persimmon Diospyros digyna Ebenaceae
Black Persimmon Diospyros texana Ebenaceae
Black Sapote Diospyros digyna Ebenaceae
Black Tamarind Dialium indum Leguminosae
Black Walnut Juglans nigra Juglandaceae
Black/White Pepper Piper nigrum Piperaceae
Blackberry Rubus Rosaceae
Blackberry Jam-Fruit Randia formosa Rubiaceae
Blackcap Rubus occidentalis Rosaceae
Blood Banana Musa sumatrana Musaceae
Blue Bean Shrub Decaisnea fargesii Lardizabalaceae
Blue Lilly Pilly Syzygium coolminianum Myrtaceae
Blue Passion Flower Passiflora caerulea Passifloraceae
Blue Taro Xanthosoma violaceum Araceae
Blueberry Vaccinium Ericaceae
Bokhara Plum Prunus bokhara Rosaceae
Bower Vine Actinidia arguta Actinidiaceae
Box Blueberry Vaccinium ovatum Ericaceae
Boysenberry Rubus ursinus Rosaceae
Bramble Rubus Rosaceae
Brazil Nut Bertholletia excelsa Lecythidaceae
Brazilian Guava Psidium guineense Myrtaceae
Breadfruit (seedless) Artocarpus altilis (communis) Moraceae
Breadfruit Pandanus odoratissimus Pandanaceae
Breadnut (seeded Breadfruit) Artocarpus altilis (camansi) Moraceae
Breadnut (seeded Breadfruit) Brosimum alicastrum Moraceae
Breadroot Psoralea esculenta Leguminosae
Brier Rose Rosa canina Rosaceae
Brush Cherry Syzygium paniculatum Myrtaceae
Bu annona Annona squamosa Annonaceae
Buah Susu Passiflora Passifloraceae
Buddha’s Hand Citron Citrus medica var. sacrodactylus Rutaceae
Buffalo Berry Shepherdia argentea Elaeagnaceae
Buffalo Berry Shepherdia canadensis Elaeagnaceae
Buffalo Current Ribes aureum Saxifragaceae
Buffalo Currant Ribes odoratum Saxifragaceae
Buffalo Thorn Zizyphus mucronata Rhamnaceae
Bullock’s heart Annona reticulata Annonaceae
Bunchosia Bunchosia argentea Malpighiaceae
Buni Antidesma bunius Euphorbiaceae
Bunya-Bunya Araucaria bidwilli Araucariaceae
Burdekin Plum Pleiogynium timorensis Anacardiaceae
Bush Butter Dacryodes edulis Burseraceae
Butternut Juglans cinerea Juglandaceae
Button Mangosteen Garcinia prainiana Guttiferae
Cabinet Cherry Prunus serotina Rosaceae
Cacao Theobroma cacao Sterculiaceae
Cactus Cereus peruvianus Cactaceae
Cactus Cereus triangularis Cactaceae
Caimito Chrysophyllum cainito Sapotaceae
Caimo Pouteria caimito Sapotaceae
Calamondin Citrofortunella mitis Rutaceae
California Bay Ubellalaria californica Lauraceae
California Wild Grape Vitis californica Vitaceae
Calubura Muntingia calabura Elaeocarpaceae
Camocamo Myrciaria dubia Myrtaceae
Camu Camu Myrciaria dubia Myrtaceae
Canadian Blackberry Rubus canadensis Rosaceae
Canadian Elderberry Sambucus canadensis Caprifoliaceae
Canary Island Date Palm Phoenix canariensis Palmae
Candlenut Aleurites moluccana Euphorbiaceae
Canistel Pouteria campechiana Sapotaceae
Cannon-ball Tree Couroupita guianensis Lecythidaceae
Cape Gooseberry Physalis peruviana Solanaceae
Caper Capparis spinosa Capparidaceae
Capulin Cherry Prunus salicifolia Rosaceae
Carambola Averrhoa carambola Oxalidaceae
Carob Ceratonia siliqua Leguminosae
Carpathian Walnut Juglans regia, carpathian strain Juglandaceae
Cas Psidium friedrichsthalianum Myrtaceae
Casana Cyphomandra casana Solanaceae
Cascara Rhamnus purshiana Rhamnaceae
Cashew Anacardium occidentale Anacardiaceae
Cassabanana Sicana oderifera Cucurbitaceae
Cat’s Eye Euphoria malaiense Sapindaceae
Catalina Cherry Prunus lyonii Rosaceae
Cattley Guava Psidium cattleianum Myrtaceae
Ceriman Monstera deliciosa Araceae
Ceylon Date Palm Phoenix zeylanica Palmae
Ceylon Gooseberry Dovyalis hebecarpa Flacourtiaceae
Champedek Artocarpus integer Moraceae
Changshou Kumquat Fortunella obovata Rutaceae
Charicuela Rheedia macrophylla Guttiferae
Chaste Tree Vitex agnus-castus Verbenaceae
Chayote Sechium edule Cucurbitaceae
Che Cudrania tricuspidata Moraceae
Chempedale Artocarpus integer Moraceae
Cherapu Garcinia prainiana Guttiferae
Cheremai Phyllanthus acidus Euphorbiaceae
Cherimoya Annona cherimola Annonaceae
Cherry of the Rio Grande Eugenia aggregata Myrtaceae
Chess Apple Sorbus aria Rosaceae
Chia Ye Ficus awkeotsang Moracedea
Chicle Tree Manilkara zapota Sapotaceae
Chico Sapote Manilkara zapota Sapotaceae
Chico Mamey Bunchosia armeniaca Malpighiaceae
Chilean Guava Ugni molinae Myrtaceae
Chilean Hazel Gevuina avellana Proteaceae
Chilean Wine Palm Jubaea chilensis Palmae
China Chestnut Sterculia monosperma Sterculiaceae
Chincopin Castanea pumila var. ashei Fagaceae
Chinese Asian Pear Pyrus usseriensis Rosaceae
Chinese Chestnut Castanea mollissima Fagaceae
Chinese Date Ziziphus jujuba Rhamnaceae
Chinese Date Palm Zizyphus vulgaris Rhamnaceae
Chinese Egg Gooseberry Actinidia rubricallus Actinidiaceae
Chinese Gooseberry Actinidia deliciosa Actinidiaceae
Chinese Hackberry Celtis sinensis Ulmaceae
Chinese Jello Ficus awkeotsang Moraceae
Chinese Mulberry Cudrania tricuspidata Moraceae
Chinese Olive Canarium album Burseraceae
Chinese Pear Pyrus pyrifolia Rosaceae
Chinese Raisin Tree Hovenia dulcis Rhamnaceae
Chinese Taro Alocasia cucullata Araceae
Chinese White Pear Pyrus bretschneideri Rosaceae
Chinese White Pear Pyrus usseriensis Rosaceae
Chinquapin Castanea pumila Fagaceae
Chitra Berberis aristata Berberidaceae
Chocolate Pudding Fruit Diospyros digyna Ebenaceae
Chokecherry Prunus virginiana Rosaceae
Chupa-Chupa Quararibea cordata Bombacaceae
Ciku Manilkara zapota Sapotaceae
Cimarrona Annona montana Annonaceae
Cinnamon Cinnamomum loureirii Lauraceae
Cinnamon Cinnamomum zeylanicum Lauraceae
Ciruela Spondias purperea Anacardiaceae
Ciruela Verde Bunchosia argentea Malpighiaceae
Ciruelo Bunchosia argentea Malpighiaceae
Ciruelo Crytocarpa edulis Anacardiaceae
Citron Citrus medica Rutaceae
Clove Syzygium aromaticum Myrtaceae
Clove Currant Ribes aureum Saxifragaceae
Clove Currant Ribes odoratum Saxifragaceae
Cochin-goraka Garcina xanthochymus Guttiferae
Cocoa Theobroma cacao Sterculiaceae
Cocona Solanum sessiliflorum Solanaceae
Coconut Palm Cocos nucifera Palmae
Cocoplum Chrysobalanus icaco Chrysobalanaceae
Coffee Berry Rhamnus californica Rhamnaceae
Columbian Walnut Juglans colombensis Juglandaceae
Cometure Mouriris guianesis Mouririaceae
Commercial Banana Musa acuminata Musaceae
Commercial Banana Musa X paradisiaca Musaceae
Common Currant Ribes sativum Saxifragaceae
Common Guava Psidium guajava Myrtaceae
Common Juniper Juniperus communis Cupressacae
Conch Apple Passiflora maliformis Passifloraceae
Coontie Zamia integrifolia Cycadaceae
Cornelian Cherry Cornus mas Cornaceae
Corosol Rollinia emarginata Annonaceae
Corozo Aiphanes acanthophylla Palmae
Costa Rica Guava Psidium friedrichsthalianum Myrtaceae
Cotopriz Talisia oliviformis Sapindaceae
Country Walnut Aleurites moluccana Euphorbiaceae
Coyo Persea scheideana Lauraceae
Crabapple Malus Rosaceae
Cranberry Vaccinium Ericaceae
Cranberry Bush Viburnum triloba Caprifoliaceae
Crato Passion Fruit Passiflora cincinnata Passifloraceae
Creeping Blueberry Vaccinium crassifolium Ericaceae
Cuachilote Parmentiera edulis Bignoniaceae
Cuban Mangosteen Rheedia aristata Guttiferae
Cuban Spinach Montia perfoliata Portulacaceae
Cupu-Assu Theobroma grandiflorum Sterculiaceae
Currant Ribes Saxifragaceae
Currant Tomato Lycopersicon pimpinellifolium Solanaceae
Curry Leaf Tree Murraya koenigii Rutaceae
Curuba Passiflora mollissima Passifloraceae
Custard Apple Annona reticulata Annonaceae
Custard Apple Annona squamosa Annonaceae

 

A – C D – L M – R S – Z

 


© Copyright 1995,1997, California Rare Fruit Growers, Inc.
Questions or comments? Contact us. [contact-form][contact-field label=’Name’ type=’name’ required=’1’/][contact-field label=’Email’ type=’email’ required=’1’/][contact-field label=’Website’ type=’url’/][contact-field label=’Comment’ type=’textarea’ required=’1’/][/contact-form]