Subject: Honeybees DO THIS to Blueberries

You Can Earn Up To R18,000 Per Hectare

*As a Pollination Service Provider, You May Negotiate Up To R910/hive/hectare Rental Income!*

Wow, Friend

Did we stir the pot with your honeybees and pollination potential?
Read more below... we present our micro MBA report!

BLUEBERRIES GO GREEN WITH BEES!

Quoting figures from the UN’s Food and Agriculture Organization, Speiser says, “Since 1961, agricultural land has expanded by 600%.


In the same time period, the number of managed honeybee hives has expanded by only 83%. So, we have a supply and demand problem.”

“We all want big blueberries,” Speiser notes. “You can charge almost twice the price for large-size fruit.”

BLUEBERRY FARMING STATS!

National Production Stats 2019:

  • In terms of generating export earnings, the industry has managed to grow its export base from 634 tons in 2008 to more than 8 000 tons in 2018.

  • In value terms, this translates into exports to the world growing from R133 million in 2013 to R1.058 billion in 2018; an annual growth rate of 51% in this period.

  • About 70% of the national produce is exported.

  • Blueberry exports moved past the one billion Rand mark for the first time (Quantec, 2019).

  • Source: The Economic Contribution of the South African Blueberry Industry

Background Story:

The South African blueberry industry started in Mpumalanga’s Lydenburg district during the 1970’s, and by 1987 blueberry cultivation reached the Western Cape.


The first recorded batch of blueberries exported from South Africa was in 1992 which was valued at R9 780 and shipped to Zambia. By 2001 this value reached R5 million, and in the past year, blueberry exports moved past the one billion Rand mark for the first time (Quantec, 2019). 


Starting with employment, each hectare of blueberries planted results in the direct employment of 2.64 full-time equivalent workers, on average. This is the highest employment intensity amongst the major fruits grown in South Africa.


As expected, other industries with high employment potential were table grapes (2.2), flowers (2.1) and cherries (1.9), whilst pome (apples & pears) and stone fruit (apricots, plums, prunes, peaches & nectarines) created 1.1 jobs per hectare planted.

BLUEBERRY FARMING PRODUCTION


In terms of economic growth, the blueberry industry has significantly outperformed other fruit industries by growing its gross value of production from an estimated value of R15.8 million in 2008 to R1.25 billion in 2018 (WCDoA, 2019).

Global Blueberry Stats

World imports of blueberries have increased from R6.2 billion in 2008 to R45.4 billion in 2018; an annual average growth of 22% (ITC, 2019). This growth rate for the past five years has been even higher at 25%.


South African blueberry exports to the world have grown from R133 million in 2013 to R1.058 billion in 2018 (SARS, 2019). This is an annual growth rate of 51% in this period.


This growth, and in particular that of the past four years, has seen the industry’s value double every 6 season as many of the newly established orchards are coming into production.


The industry had around 2 000 established hectares across various provinces in 2018 which delivered an estimated crop of 11 306 tons. It should be noted that a significant proportion of these orchards are set to come into production in the next two to three years and new hectares are still being established.


The Western Cape has the largest share of blueberry hectares with 60%, followed by Limpopo (15%), North West (10%) and Gauteng (8%).

BLUEBERRY FARMING LOCAL PRODUCTION


On average, around 70% of all blueberries are destined for exports markets, whilst 13% goes to the local fresh market. Processing of berries for various uses such as Individually Quick Frozen (IQF), juices & juice concentrates, dairy and confectionary make up another 17% (FAS-USDA, 2017).


Total production of blueberries in South Africa more than doubled from 2016, growing from around 4 100 tons to 11 306 tons. Export performance has shown a similar trend.

Blueberry Pollination Stats

Farm-level profitability amongst blueberry growers vary considerably based on cultivar selection, management practices, selection of covering (plastic, shade-net or open-air), plant density and whether or not planted in the ground or in substrates.


In general, the industry norm for yields are around 10 tons per hectare over the 8-year production cycle, at R80 per kg, of the orchard, although newer varieties are showing signs of producing higher yields earlier in the life cycle of the plants.

On average and throughout the 8-year cycle, one hectare of blueberries yielded around 10 tons annually which translates into a gross annual income of R800 000, produced at a cost of R443 000 per hectare.


The expected net annual income or gross margin is therefore R357 000 per hectare (WCDoA, 2019).


Important to note is that provision still needs to be made for interest on fixed capital and other fixed costs that cannot be directly allocated to the specific orchard.


Blueberry profitability increases to around R837 000 per hectare if a yield of 16 tons per hectare is realised. Those able to deliver a larger proportion of their crop for fresh sales can also realise prices of around R88 per kg.


In this case, the annual gross margin for the average yield will be around R436 000 per hectare. Combining both high prices and yields, top performing orchards have the potential to realise R964 950 per hectare per annum.


The blueberry industry is particularly export orientated. Over the last ten years fresh blueberries from South Africa has become sought after in international markets due to its outstanding high quality.


In 2018 South Africa was ranked 12th in the world for countries exporting blueberries, achieving an export volume of around 8 000 tons (ITC, 2019).

Potential Extra Yield Formula

Blueberries under net calculated at R980 per hive placing where six placings per season is practiced at 5 hives per hectare.


Blueberries open-air pollinated to be calculated at R700 per period of 21 days at 5 hives per hectare.


Blueberry bushes can flower for 10 weeks however there are multiple varietals that extend an orchards flowering coverage for up to 8 months of the year in South Africa.


Depending on the varietal of blueberry planted the minimum increase in yield is 13% & 12% heavier making more berries and decrease in smaller berries.


Crop Yield Formula


Grower 10 tons + 13% = 1.3 tons extra yield x R80/kg = +R104,000 per ha

Beekeeper is paid R980 x 5 hives per 21 days up to 10 weeks = +/- R15k


BLUEBERRY POLLINATION RESEARCH


  1. Insect-mediated pollination services increased blueberry fruit set, berry weight and seed set (R2 values: 64.8%, 75.9% and 75.2% respectively).


We often detected pollen limitation, indicated by an increase in fruit set, berry weight and seed set (R2: 10.1%, 18.2% and 21.5%, respectively), with additional hand pollination. Increasing visitation of honeybees and wild bees contributed to blueberry pollination by increasing fruit set (R2: 5.4% and 3.5%), berry weight (R2: 6.5% and 2.8%) and seed set (R2: 6.4% and 3.8%) respectively.


Bee contributions to fruit set and berry weight were variable across regions.

  1. Source: First published: 11 October 2023 https://doi.org/10.1111/1365-2664.14516

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2) On average, precision-pollinated plots had 70% more bee visits to flowers and produced 13% more fruits that were 12% heavier and 12% firmer than those obtained through conventional practices.


These results showed that pollination efficiency could be improved if key management related to bee strength, distribution and health care are taken into account.


Due to these results, we encourage growers and beekeepers to include precision pollination practices to both increase the productivity of blueberry fields and the well-being of honey bees within agro-ecosystems.

[source: Cavigliasso, P., Negri, P., Viel, M. et al. Precision management of pollination services to blueberry crops. Sci Rep 11, 20453 (2021). https://doi.org/10.1038/s41598-021-00068-1]


Notes to Consider For Pollination Providers:

Growers may not receive efficient pollination services if hives are low quality (i.e., have low number of frames covered with bees, or bees with high levels of pests) and/or beehives are placed far from the field to pollinate20.


Beekeepers, on the other hand, may lose many hives if pesticides are applied during flowering (i.e., colony loss by intoxication)21 and/or if flower resources within or surrounding the farm are not sufficient in terms of abundance or quality to sustain their well-being (i.e., colony loss by starvation)22.


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British Columbia Blueberry Council states:

  • Blueberries require insect-mediated pollination (bees) to produce decent yields.

  • The combined visits by both honeybees and wild bee species (particularly bumblebees) during blueberry bloom leads to better seed set, larger fruit, and higher yields. Adequate fruit size can make the difference between making fresh grade versus process grade.

  • Blueberries that develop without bee pollination tend to be small and usually don’t reach marketable size.

  • Research shows that without pollinators, highbush blueberry yields in B.C. decrease by 30 to 50% from typical levels. This decrease can be more substantial with some difficult-to-pollinate varieties.


Start Beekeeping Academy PRO

Why Partner with Us?

  1. Unprecedented Earnings: At StartBeekeeping.co.za, we've unlocked a formula that can multiply your hive's value. Imagine a scenario where you offer your services to farmers, securing up to R910 per hive, with four [4] hives per hectare over a 42 day period. Your potential for profit is enormous, and it's in your hands.

  2. Win-Win Collaboration: Farmers who benefit from your pollination services see their crop yields soar by up to 700+ mean number of fruits per tree with hives! [Compared to 227 mean number of fruits without your hives*.]
    [*Study by VITHANAGE, H.I.N.V. 1990. ‘The role of European honeybee (Apis mellifera L.) in avocado pollination’. Journal of Horticultural Science, 65: 81–86.*]

    This level of success not only ensures your continued collaboration but also strengthens your reputation as a top-notch beekeeper.

  3. Sustainable Growth: Beekeeping is more than just a hobby; it's a way to contribute to a sustainable ecosystem. By expanding your passion in to business services to agriculture, you're playing a vital role in enhancing food production and supporting the honeybee population.

Your Passion. Your Hives. Your Opportunity.

It's time to elevate your beekeeping enterprise. With a simple but revolutionary shift in your approach, you can watch your hive's worth grow exponentially.

By tapping into the demand for honeybee pollination, you not only secure your income but also become a crucial part of the agricultural success story.


The opportunity to earn up to R910 per hive x 4 hives per hectare is real, and the path to an additional 8-10 tons potential per hectare* for farmers is possible. *as reported in studies.  


Join us at Bee Ware®, and together, we'll create a buzzing, fruitful future for you and your honeybees.


Don't miss out on this extraordinary journey.


Contact us today at Bee Ware® to explore how we can help you make your bee hives more profitable than ever before.

Blue Book, Beekeeping in South Africa
Blue Book, Beekeeping in South Africa
ZAR 490.00
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Queen Excluder - Metal
Queen Excluder - Metal
ZAR 104.00
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Langstroth Beehive
Langstroth Beehive
ZAR 1,175.00
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Wax Foundation Sheets -Brood
Wax Foundation Sheets -Brood
ZAR 30.00
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Double Honey Strainer
Double Honey Strainer
ZAR 285.00
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Bee Swarm Lure Attractant - Single Sachet
Bee Swarm Lure Attractant - Single Sachet
ZAR 60.00
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Further reading:


Johannsmeier M.F., Swart D.J. and Morudu T.M. (1997). Honeybees in an avocado orchard: forager distribution, influence on fruit set and colony development. South African Avocado Growers’ Association Yearbook 20:39-41.

Francis H.L. (1996). Correlation between cross-pollination and fruit yield. South African Avocado Growers’ Association Yearbook 19:81.



Robbertse P.J, Coetzer L.A., Johannsmeier M.F., Swart D.J., Kohne J.S. and Morudu T.M. (1996). Hass yield on fruit size as influenced by pollination and pollen donor – a joint progress report. South African Avocado Growers’ Association Yearbook 19:63-67.


*Study by VITHANAGE, H.I.N.V. 1990. ‘The role of European honeybee (Apis mellifera L.) in avocado pollination’. Journal of Horticultural Science, 65: 81–86.*