Bees and Food Security: A Future Where Bees and Mankind Prosper
About Us – Our Mission: For Bees and All Mankind
At Bee Ware, our mission is simple, powerful and deeply rooted in the future of agriculture:
For Bees and All Mankind
We believe that the health of bees, the health of people, the health of nature and the future of food production are all connected.
A world without strong pollinator populations is a world with weaker crops, reduced harvests, poorer nutrition, less biodiversity and greater pressure on farmers. Bees are not only honey producers. They are a living link between farming, food security, environmental health and human prosperity.
According to the FAO, pollinators affect around 35% of global crop production, making bees and other pollinators essential to food security and sustainable agriculture.
Our vision is to help build:
A future where man and bees prosper.
This future depends on a better way of thinking about agriculture. Fertilisers, insecticides and pesticides can provide short-term improvements in crop performance, but their benefits are finite. Over time, over-reliance on chemical inputs can damage soil life, reduce biodiversity, disrupt ecosystems and place pressure on the very pollinators that food production depends on.
Modern agriculture cannot rely on chemicals alone.
The future of food security must include bees, pollinators, healthy ecosystems and mixed growing agriculture.
Pollination services are recognised as critical to food production and human livelihoods, linking wild ecosystems directly with agricultural production. The FAO notes that pollinators contribute to around 35% of global crop production by volume and improve the yield of many major food crops.
For deeper South African guidance on nectar flows, bee forage and crop pollination, the Beekeeping in South Africa Blue Book is one of the most valuable resources for local beekeepers and farmers alike!
Why Bees Matter to Food Security
Food security is not only about producing more food. It is about producing better food, more reliable harvests and stronger farming systems.
Pollination directly affects two of the most important measurements in agriculture:
Quality of yield — the size, shape, uniformity and market value of the crop.
Quantity of yield — the total harvested weight, fruit set and commercial production per hectare.
Pollination can also improve crop quality, including fruit size, shape and commercial grade, which directly affects the value of the harvested crop.
This is where bees become one of the most underutilised tools in modern farming. Bees and Food Security are generally undervalued.
A major global crop study found that pollinators are essential or beneficial to many leading food crops, with some crops being highly dependent on animal pollination. Pollinator dependence of global food crops is critical as cited by Klein et al in the paper entitled,, “Importance of pollinators in changing landscapes for world crops.”
In many orchards and agricultural systems, pollination is treated as an afterthought. Yet bees and other pollinators can be the difference between poor fruit set and a profitable harvest. They help flowers become fruit, improve seed development, increase crop uniformity and support the natural reproductive cycle of plants.
Research into bee pollination shows that bees can improve crop yield and agricultural productivity across many farming systems. A broad review of bee pollination found that bee activity increases yield in farmland crops and supports the production of many economically important foods.
For farmers, this means pollination should not be viewed as a soft environmental idea. It should be seen as a production strategy.
For consumers, it means better access to nutritious food.
For society, it means a stronger food system.
For bees, it means a more respected role in agriculture.
For the environment, it means cleaner farming methods and integrated systems with less chemicals – not more.
It is important to be accurate: not all food depends on bees, but a significant share of fruit, nut, seed and vegetable crops depend on pollinators to some extent. Our World in Data — How much food production depends on pollinators?
Beyond Fertiliser: The Missing Link in Crop Performance
Fertiliser can feed the plant.
Water can support growth.
Pest control can protect the crop.
But pollination completes the production cycle. And output quality, shelf life, shape and nutrient value to name few benefits. Bees and food security should be viewed as mutually dependent, not separate ideas.
Without effective pollination, many crops simply cannot reach their full potential. A tree may flower beautifully, a farmer may apply the correct fertiliser, and the soil may be healthy, but if the flowers are not properly pollinated, the crop can still underperform.
This is one of the major opportunities in agriculture today.
Many farmers already invest in fertiliser programmes, irrigation systems, crop protection products and pruning systems. Yet managed pollination is often underused, poorly timed or not measured properly.
At Bee Ware, we believe that bees should be seen as part of the agricultural performance system.
Not separate from farming.
Not only for honey.
Not only for conservation.
But as a practical, measurable contributor to food security, yield improvement and farm profitability.
Bees and Food Security are inseparable.
Bees, Pollinators and Mixed Agriculture
The future of sustainable agriculture is not chemical dependency. It is biological intelligence.
Bees and pollinators, supported by mixed growing agriculture, can improve farm performance in ways that are still not fully utilised in many farming systems today.
Mixed agriculture, flowering cover crops, hedgerows, indigenous plants, orchard diversity and better forage planning can all support pollinator health. In return, pollinators support crop production, biodiversity and long-term farm resilience.
This creates a positive cycle:
- Healthy land supports bees. All types.
- Healthy bees support crops.
- Better crops support farmers.
- Stronger farms support food security.
- Food security supports mankind. And all other things.
This is why our mission is For Bees and All Mankind. This is why bees and food security guide our decisions, our strategy and our long-term vision for Bee Ware®.
The Environmental Cost of Chemical Dependency
Chemical inputs have a place in modern farming, but they must be used with care and long-term thinking.
Overuse or poor use of herbicides, insecticides and pesticides can damage the wider ecosystem. Products such as Roundup and glyphosate-based herbicides remain controversial because of concerns around their effect on non-target plants, biodiversity and pollinators.
Research continues to investigate glyphosate’s impact on bees. Recent scientific reviews have raised concerns about possible effects on bee gut microbiota, behaviour, development and long-term colony health.
Research also shows some pesticides can reduce queen egg-laying/fecundity, but the strongest direct queen-laying studies I found are mainly on neonicotinoids, fungicides, miticides, or pesticide mixtures – which is delayed as an outcome for as long as 8-10 months post-chemical exposure and residue build-up in the hives.
This does not mean every farmer must abandon all crop protection products overnight. It means agriculture must become smarter.
A food-secure future must reduce unnecessary harm and strengthen the natural systems that support production.
Field observations have also reported reductions in adult bee population, nesting areas and irregular brood development in hives exposed to Roundup-type treatments, although more research is needed to separate direct queen effects from wider colony stress.
Bees are part of that natural system.
For farmers and beekeepers, the concern is not only whether a chemical kills bees immediately, but whether repeated low-level exposure may weaken brood development, queen performance, pollination strength and long-term colony resilience. Not to mention potential impact on humans.
Avocado Pollination: A Powerful Example of Bees and Food Security
Avocados provide one of the clearest examples of the value of managed bee pollination.
Avocado flowers require effective pollination to achieve strong fruit set. In many orchards, the presence of mature, well-managed bee colonies can significantly improve production compared with orchards where hives are absent or pollination is weak.
Research into avocado pollination has shown that insects contribute greatly to avocado pollination, fruit set and yield, with honeybees playing an important role in many production regions.
Field research has also found that higher honeybee hive density, including four to six hives per hectare, can result in significantly higher fruit set and yield compared with control orchards without hives.
In practical orchard observations, using six hives per hectare for Hass avocado pollination can produce a dramatic difference in avocado yield.
One Hass avocado study compared orchards with four hives per hectare, six hives per hectare and a control orchard without hives, showing the importance of managed bee density in avocado pollination.
In field observations and avocado pollination studies, orchards supported by strong managed colonies can show major improvements in fruit set and total yield. One Hass avocado study compared orchards with four hives per hectare, six hives per hectare and a control orchard without hives, showing the importance of managed bee density in avocado pollination.
Example field comparison:
- Trees without managed hives: around 50 kg of fruit
- Trees with six mature hives per hectare: around 150 kg of fruit
- Potential improvement: up to 300%, depending on orchard conditions, colony strength, timing, weather and flowering.
There can also be a change in fruit size. In this example, the average fruit weight may reduce from around 240 grams to 210 grams, a drop of about 15%. However, this can be commercially useful because many consumers prefer a smaller, single-serving avocado.
| Avocado orchard example | Without managed hives | With 6 mature hives/ha |
|---|---|---|
| Average fruit yield per tree | 50 kg | 150 kg |
| Average fruit weight | 240 g | 210 g |
| Commercial outcome | Lower yield | Higher total crop weight and smaller single-serving fruit |
Source: Hass avocado study
This is an important lesson for avocado farmers and moreover all farmers.
Pollination does not only affect how much fruit is produced. It can also affect the size profile, market suitability and commercial value of the crop.
That is why bee pollination should be measured not only as a biological service, but as a serious agricultural investment.
For further reading, read the role of insect pollinators in avocado production — scientific review
Honey Production and Human Prosperity
Honey is one of the most visible gifts bees provide, but it is only part of their value.
Honey production creates income for beekeepers, supports rural livelihoods, provides natural food products and helps connect people to the land. But the real value of bees extends far beyond the honey jar.
Bees support:
- Stronger crops.
- Healthier orchards.
- Better food production.
- More resilient farms.
- Improved biodiversity.
- Greater environmental awareness.
- Local jobs and small businesses.
- Bees and Food Security as a mission operates on a full stack across all layers
Beekeeping, honey production and pollination services are all part of a wider vision where man, bees and nature prosper together.
This is the future Bee Ware® beelieves in.
New beekeepers can get started with the right essential beekeeping tools and equipment, including protective wear, smokers, hive tools, hives and feeders.
Beekeepers growing into honey production can also explore our honey extractors and honey processing equipment.
Our Vision for the Future
Bee Ware exists to promote a better relationship between people, bees, farming and nature.
We believe agriculture can be productive without being destructive.
We believe farmers can increase yields while also supporting biodiversity.
We believe beekeepers can play a greater role in food security.
We believe honey production, pollination services and environmental stewardship can work together.
We believe the future of farming depends on seeing bees not as an optional extra, but as a central part of the food production system.
Our vision is:
To build a future where bees and mankind prosper together through honey production, pollination, food security, healthy farming systems and respect for nature.
Our mission is:
For Bees and All Mankind.
Why This Matters Now
The world needs more food, but not at any cost.
Food production must increase, but so must environmental responsibility.
Farmers need better yields, but also healthier ecosystems.
Consumers need nutritious food, but also want cleaner and more sustainable production.
Beekeepers need to be recognised not only as honey producers, but as partners in agriculture.
This is the opportunity before us.
By placing bees and pollinators at the centre of farming conversations, we can help improve food security, increase crop yield, protect biodiversity and build a more prosperous future for both people and nature.
A future where bees prosper.
A future where farmers prosper.
A future where food systems prosper.
A future For Bees and All Mankind.
If you want to become part of the future of bees and food security, start with our beginner beekeeping course in South Africa.
The FAO also highlights that pollinators contribute directly to food security and nutrition, while supporting biodiversity and healthy ecosystems. FAO states that more than 75% of the world’s food crops depend at least partly on animal pollination. Stated on World Bee Day 2025.
Explore the Bee Ware online beekeeping shop for bee hives, protective wear, bee tools, honey equipment, books and beekeeping courses to start beekeeping!
Start Supporting Bees and Food Security
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