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Mango Glut Overloads Brisbane Garbage System – Gluts in Africa are Critical and Need Solutions

While Brisbane’s waste removal system battles to discard perfectly good mangos, this contrasts starkly with the difficulties and opportunities associated with agricultural produce gluts in poor communities in rural Africa.

Brisbane Mangoes

So good is the mango harvest this year, that residents of Brisbane’s suburbs are battling to get rid of their excess mangos.

Apparently some trees are dropping up to 60 mangoes overnight. If these are simply placed in rubbish bins they are too heavy for the mechanical garbage trucks and get left on the street. Normally there would be a $24 fee to get a garbage truck to come back and empty the bin, but the City Council has agreed to waive this cost so long as residents first remove the mangoes. The Council has also removed the charge for dumping mangoes at the city’s transfer stations.

So in Australia the fuss is about getting the mangoes to the dump and not about the waste of food or the loss of income opportunities, that bother the African.

Thohoyandou’s Mangoes (South Africa)

An elder of the community pleaded to CSIR, for a scientific solution to their problem which he explained in a typical relaxed but serious manner.  When the mangos first ripened the household was happy to have something to eat but soon tired of mangoes and gave them to neighbours who also tired of them after first being happy to get free food. So the mangoes were given to the pigs who prospered until they got tired of them after which they simply lie where they fall and rot.

With the community being poor and many people not eating properly, he was pleading for help to avoid this loss.

Ghana’s Tomatoes

Farmers in the centre of Ghana are caught in a situation where there tomatoes ripen at the same time and there are no processing facilities. They therefore have to sell to “Market Queens” who control much of the trading in cities like Kumasi and Accra and finance the transport of produce from the farms. The price received by farmers at the peak of the season has been shown to be 47 times lower than that in the middle of the dry season.

Hoedspruit’s Grapefruit (South Africa)

Recently in Hoedspruit, where the citrus farmers protect their fruit with electric fences and patrolling guards, the grapefruit was picked and dropped to the ground. This because the Japanese market had dropped and the local prices were to low to justify packing and transporting the fruit.

So in an area where farmers have to guard their crops from theft by the poor and hungry, there is still waste at times of overproduction.

West African Mangoes

Working in Senegal and Ghana the stories of excess fruit from household trees and untended mango plantations were repeated to me over and over. A BBC article looks photographically at mangos in Mali and finds the excess in good season a real waste. Spore, an international development agency, notes the effect infrastructure has on the potential of ACP countries to export and recommends processing as a way of supporting export, noting that  only 0,22% of the worlds mangos are processed.

So in Africa the consequence of produce gluts is different.  Selling fruit and vegetables is often the only way “subsistence” farmers have of making money they need, while the seasonality reduces the availability of food and effects nutrition.

The Issue is to Find a Solution?

This is very much a logistics problem – lots of wasted produce is spread over a wide area and only available for a short harvest period. Many attempts have been made from many different angles but a sustainable solution that can be replicated does not seem to have been found.

The conventional solutions like consolidation and export, value addition processing and drying have often failed in the poor rural areas where the need is most and the resources, infrastructure, finances and expertise is most lacking.

What is needed is either to “industrialise” (infrastructure, skills, sustainability, finance, business) these areas or develop innovative solutions that match the circumstances, possibly based on local pre-processing to preserve the products thereby eliminating the influence of seasonality and geographic spread.

Photo by  Midori on Wikimedia Commons under a GNU Free Documentation License

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7 Responses to “Mango Glut Overloads Brisbane Garbage System – Gluts in Africa are Critical and Need Solutions”

  1. Gerard Vaughan says:

    They say “let sleeping dogs lye (lie ?) “, but how many un-employed would it take to make racks, then gather-up fruit and put out on the racks to dry in the sun ?. Maybe if it was a “Green project” they would prick their ears up ?
    “Stuff in in the garbage” – “burn it in the power plant” – the reaction of a carbon-rich bunch of zombies that don’t deserve to live !

  2. Bob Henry says:

    Food preservation is a basic SUSTAINABLE strategy.

    Not preserving this food is rediculous.

    In farming communities in America, years ago, the schools would close down when the crops had to come in.

    The point is that their was a strategy.

    I checked on the prices for dried mongoes in bulk on the web. The cheapest large order was a little over 3 dollars a pound when ordering at least 20 to 44 pounds at a time. But other organic dried mangoes where from 9 to 11 dollars a pound when ordering at least 20 to 40 pounds.

    I checked an international exporter that ships in 20 foot containers. A full container sells for over 3.60 dollars a pound.

    The advantage of selling dried fruit is that it will last for a very long time as long as it is done carefully and professionally.

    Here is a link to learning the basics of Mango drying. http://www.iufost.org/publications/books/documents/Mercer_1.pdf

    This is a beautiful opportunity for a large scale Cooperative that would make Trade Grade Dried Mangoes, storage and sale.

    In the short term mangos could be dried or canned by the families or locally in groups.

  3. krissy says:

    the greed is sickening. theyd rather let it rot then give it to the poor and starving.

  4. Zach says:

    woops, put that on the wrong post — supposed to be on the comments for the pig post, sorry

  5. Dr. Syamasundar Joshi and Dr. Shantha Joshi says:

    Here is a TECHNOLOGY DEVELOPED IN THE UNIVERSITY OF AGRICULTURAL SCIENCES, BANGALORE, which can readily solve the problem in the production of First and Second generation of biofuels at global level, in a span of 20 years, that too in a sustainable way. This technology can also address food security for poor, small scale, resource-limited farmers including women. Simarouba (Lakshmi taru) cultivation improves soil fertility by adding organic matter to the soil. Introduction of this rainfed water prudent tree crop acts as a supplement to the regular income and helps in retaining the crop diversity. This technology can be easily adopted to surmount hunger problem at individual as well as at global level. It is a low budget agriculture technology suitable for ecologic farming and does not require intense training. IT ADDRESSES THE PROBLEMS OF BIOFUEL GENERATION, HUNGER, POVERTY AND AGRICULTURAL PRODUCTION IN MANY POOR COUNTRIES OF THE TROPICAL WORLD AND ALSO CLIMATE CHANGE AT GLOBAL LEVEL. The visionaries in NCB, FAO, WHO, ICRAF, CGIAR and other organizations have to recognize the importance of this technology and implement it systematically and effectively to usher evergreen revolution.

    ——“SIMAROUBA GLAUCA CULTIVATION FOR EVERGREEN REVOLUTION”——-

    THIS WORKABLE SYSTEM CAN BE EASILY ADOPTED EVEN IN AFRICAN COUNTRIES AT GLOBAL LEVEL. This versatile tree can be easily grown along the borders or as an intercrop along with the traditional annual crops without decreasing the regular annual food production. Once established, this ecofriendly tree showers following benefits on growers every year for more than 60 years, irrespective of erratic rainfall. 1. The seeds give about one ton good quality edible oil worth about Rs.30,000/ha/year. 2. The surplus oil produced can be easily trans-esterified and converted into biodiesel (FIRST GENERATION BIOFUELS) to take care of the very much needed energy requirements. 3. The oilcake (one ton/ha/year) with about 8% nitrogen is good organic manure that can fulfill the fertiliser requirements of the farmers. Its money value is about Rs.10,000/ha 4. The fruit pulp with about 12% sugar can produce as much as 10,000 liters of beverage/ha/year. The waste fruit pulp also can be gainfully employed to manufacture ethanol (to blend with petrol) (FIRST GENERATION BIOFUELS). The agricultural waste (biomass) such as shell, unwanted branches, and leaf litter (about 15 tons/ha) can be easily used to produce SECOND GENERATION BIOFUELS. This carbon neutral technology is perfectly sustainable and for the production of biofuels there is no need to destroy the virgin forests. Instead these trees help in preserving the forests since the pressure on the demand for wood is easily met by the fast growing Simarouba. 5. The leaf litter is relished very much by earthworms and it can be used to produce vermicompost or compost of about 10 tons/ha/year worth Rs.30,000/ha. 6. From about 500 trees in a hectare the farmer can fell about 25 trees every year and sell for about Rs.25,000/- as it is good timber as well as fuel wood. 7. APART FROM THESE MONETARY BENEFITS, THE DECOCTION FROM LEAVES OF THE TREE (HARVESTED IN A SUSTAINABLE MANNER) IS PROVEN ANTIVIRAL, ANTIBACTERIAL, ANTIAMOEBIC, ANTIMALARIAL, ANTIHELMENTIC, ANTIULCEROUS, ANTITUMOROUS, ANTICANCEROUS, ANTILEUKEMIC. THIS ENABLES THE POOR VILLAGERS TO HAVE EASY ACCESS TO CURE MANY HUMAN AND LIVESTOCK AILMENTS WITH ALMOST NO FINANCIAL BURDEN. 8. Cultivation of this tree as an intercrop without disturbing the regular food production gives an additional financial benefit of Rs.50,000/ha/year every year without fail, irrespective of the vagaries in rainfall. Thus, it gives stability at microeconomics level to the poor farmers. 9. A nation like India with about 140 million ha of land (dryland and wasteland put together) can easily attain self sufficiency in the production of edible oil, biodiesel, organic fertilisers, vermicompost, timber, just in a matter of two decades and attain stability at macroeconomics level. 10. To establish one tree it requires just Re.one only, that is Rs.500/ha, to an actual cultivator. The gestation period is about 5 years and it attains stability in production by about 10 years. 11. Its cultivation helps in establishing industries concerned to the production of first and second generation biofuels, edible oil, vegetable butter, margarine, lubricants, soaps, shampoos, other cosmetics, beverages, electricity, thermal power generation, timber, pharmaceuticals etc. at village level and thus helps in creating income generating green jobs to crores of villagers. This gives livelihood to about 30% of the population.12. THIS EVERGREEN TREE CULTIVATION HELPS IN PREVENTING SOIL EROSION, IMPROVING GROUND WATER POSITION, COMBATING DESERTIFICATION AND CHECKING GREENHOUSE EFFECT AND GLOBAL WARMING. 13. After attaining economic prosperity, the villagers may be advised to establish their own standard educational institutions at the rural level inviting the dedicated and efficient teachers to impart best education to their children. This will automatically solve the problems of population explosion and threatening pollution. The additional money generated at the rural level may also be wisely invested in developing infrastructure such as water supply, sanitation, incessant electricity supply, medical facilities, transport etc. ALL THESE RESULT IN ECONOMIC SECURITY, FOOD SECURITY, BIOMANURE SECURITY, HEALTH SECURITY, FUEL SECURITY, POWER (ELECTRICITY) SECURITY, EDUCATIONAL SECURITY, EMPLOYMENT SECURITY AND ENVIRONMENTAL SECURITY AT THE RURAL AND GLOBAL LEVEL. This discourages villagers from migrating to urban areas. No wonder if reverse migration begins to take place from urban to rural areas in due course of time. References: Google search: Simarouba glauca cultivation; Simarouba medicine; Simarouba glauca – Wikipedia; Simarouba Bangalore Mirror. Contact address: Dr. Syamasundar Joshi and Dr. Shantha Joshi; 23, R.B.I. Colony, Anandanagar, Bangalore; Mob:(0)94486 84021; E mail joshi.sim@gmail.com

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