Myrciaria cauliflora var. ? - Dwarf jaboticaba

The Jaboticaba originates in Southern Brazil where it is one of the most popular fruits, in some parts of the country this is the most common fruit in markets.

Typically Jaboticaba trees grow from 10 - 12 meters high and can take from 6-8 years to bear fruit when grown from seed, and even longer (8-10) when grown in lower, hotter climates.

The variety photographed below is a dwarf, only about two and a half feet tall, bears three times a year, and has larger leaves then the common Jaboticaba. The skin is thin enough to be eaten. As long as it gets irrigated when fruiting, this particular variety seems to do great in the lowland, dry humid tropics.

This is a stem bearing tree. When it is in full bloom the trunk and thicker branches are covered in an almost fuzz like layer of flowers, then the bulbous fruit appear and grow quite rapidly. It seems to take about 15-20 days from flower to mature fruit on this tree.

I'm trying to grow as many as I can. It's bearing right now (end of April).

Dwarf Jaboticabajpg
Dwarf Jaboticabajpg
Dwarf Jaboticaba Flower
Dwarf Jaboticaba Flower
Dwarf Jaboticaba, young fruit
Dwarf Jaboticaba, young fruit
dwarf jaboticaba fruit
dwarf jaboticaba fruit
Dwarf jaboticaba, fruit
Dwarf jaboticaba, fruit
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dscf63212
Jaboticaba fruit close-up, cross-section
Jaboticaba fruit close-up, cross-section

Myrciaria cauliflora - Jaboticaba

The Jaboticaba originated in Southern Brazil. In Rio de Janerio it is one of the most popular fruits, widely available in markets. It is not very widely cultivated outside its area of origin. The tree yields a fruit similar in size and shape to a grape, which is eaten raw, in sweets and marmalades, and used in the preparation of wine.    Nutrition: Jaboticaba is high in sugars and vitamin C.    

The Jaboticaba requires a cool, humid, subtropical climate for best growth and production, but it will not support freezing temperatures. Humidity is important for the production of fruit. The tree prefers deep, well drained soils, high in organic matter.  The tree is most commonly propagated from seed, needing six to eight years to produce fruit in a hot climate, 10 – 15 years in cooler climates. Aside from this inconvience, the jaboticaba is widely considered to be one of the best tropical fruit trees. A tree in full production can yield up to five harvests a year.

Lecythis elliptica - Mini-Brazil Nut, Monkey Pot

This is a fantastic tree. I found it in a stand of three in a somewhat neglected Summit botanic gardens outside of Panama City. I have collected seed from these trees for years. Today all of the other Lecythis spp. were flowering profusely, this one was full of ripe pods. I already have about ten very healthy trees going in my nursery. Inside the baseball size capsule (a miniature version of L. zabucajo), there are numerous nuts packed together. A cream colored aril is attached to the end of each nut, the aril tastes like anise but I'm not entirely sure if its edible. The nut itself is one of the best tasting tropical nuts I have eaten, identical in taste to its close relatives, perhaps superior to Brazil Nut, although maybe that's because I was eating them fresh.The nut can be eaten fresh or roasted. In Brazil, an oil is extracted from the nuts to make soap.

The Pili nut (Canarium ovatum) is another great tropical nut.

See related info in entry for Lecythis zabucajo, Sapucaia Nut

Eugenia uniflora - Suriname Cherry

Suriname Cherry originates in Brazil from Bahia to the south; along with jaboticaba, it is one of the most common fruits in the country.

In humid tropical climates the tree can surpass 7 m in height. In subtropical regions it typically doesn’t get much taller then 2-4 m.

The foliage is very decorative, bright green with various hues of red in new leaf growth.

The fruit has many uses, but is typically eaten raw. There exist red and purple varieties, which can be either sweet or acidic. It is considered to be one of the best Myrtaceae fruits. The tree bears abundantly, its fruits typically used in preserves, ice creams, syrups, wines and liquors.

The leaves of the tree emit a pleasant aroma when crushed, the smell is employed as a deterrent for flies and mosquitoes. To this end, it is Brazilian custom to scatter crushed leaves on the floors of ones home. The flowers attract honeybees, considered to be a desirable species for apiculture.

The fruit contains 6% sugar, 1% protein and is very acidic, and rich in vitamin C, 25 – 43 mg per 100 g.

Trees are adapted to the humid tropics and subtropics, from sea level up to 1,700 meters altitude, but they thrive in lower elevation, hot, humid tropical climates. In dryer regions the tree benefits from irrigation, which enables it to produce more abundantly. The tree can adapt to all kinds of soils, from sandy to clay.

Emergence and evolution of urban agriculture in Cuba: A brief overview

  Before 1989 agriculture in Havana, Cuba was virtually unheard of. Today, Cuba has the most extensive urban agriculture program in Latin America and is the only country in the world that has developed state-supported infrastructure to support urban food production and urban growers.   Today’s urban agriculture programs emerged in the early 1990s in response to food shortages incurred by the limited transnational trade as a result of U.S.trade embargos. Disintegration of the Soviet Union in 1989 compounded the problem, closing down the few trade channels that Cuba had maintained with the industrial world. This development left the country totally unable to import the necessary chemical products that make capital-intensive, industrial, mono-crop agriculture possible. It was time to look for alternatives.

Cuba’s ‘alternative model, backed by the Cuban ministry of Agriculture, evolved as a science-based, low-input sustainable agriculture approach –growing food in and around cities on small farms operated by highly motivated producers using non-chemical fertilizers and pesticides. The people’s need for information and agricultural inputs was encouraged and satiated through the creation of the Urban Agriculture Department in Havana. The Departments’ basic objective was to put all of the city’s open land into cultivation and provide a wide range of extension services and resources such as agricultural specialists, short courses, seed banks, biological controls, compost, and tools.  Hundreds of vacant lots, pubic and private, were officially sanctioned as gardens and farms. In some cases land ownership titles have been accorded but, in most cases land has been, and continues to be, handed over in usufruct, a planning concept which grants free and indefinite right to use public land for gardening. At the very outset of the organic revolution the government gave unused city land to anyone who wanted to cultivate it. Chemical-based pesticides, fungicides,  and fertilizers had ceased to exist so Cuban farmers did what they had to and began to fabricate less costly, more healthy and productive alternatives.

The Department of Urban Agriculture also set up Seed Houses (Tiendas del Agricultor), selling garden inputs along with seeds, ornamental and medicinal plants, tree samplings (mostly fruit-bearing) tools, books, biological control products, biofertilizers, biological pest and disease controls, packaged compost, worm humus, and other needed inputs.  

In addition to the success of its urban farms, the Cuban program has initiated the establishment of larger peri-urban farms located just outside cities and towns. Due to the greater availability of larger properties, these farms can tend to place greater emphasis on arboriculture systems and agroforestry through the integration of trees with vegetable, herb and spice production.  

Nelso Compagnioni, of the Institute for Tropical Agriculture points out one basic concept illustrating why urban agriculture is economically viable: "The secret is in the high productivity of small urban units, every dollar of produce on a small plot costs 25 cents to produce: as soon as you increase the area you get higher costs — more workers, lower yields, more complex irrigation. And we have no need for transport: customers collect their food on the way home from work." 

Today, Cuba’s cities are home to 4,035 organic plots, 8,563 high-production gardens, and 137,000 small plots on patios and suburban farms, totaling 35,775 hectares (88,000 acres) of vegetable, tuber, banana, spices and rice production. Over 350,000 people have joined the Urban Agriculture Program. The Cuban Association of Agriculture and Forestry Technicians estimates that some 40,000 of those workers are retired people and nearly 68,000 of them are women. Thanks to the success of the program, the production of vegetables has been between 3-4 million tones every year for the last five years.