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1.4 bn jobs depend on pollinators: report
By Mari�tte Le Roux
Paris (AFP) Nov 28, 2016


Scientists consider potential of honey bee brood as food source
Copenhagen, Denmark (UPI) Nov 28, 2016 - Honey bee brood -- a combination eggs, larvae and pupae -- is considered a delicacy in Mexico, Thailand, Australia and elsewhere. In a new study, scientist considered the potential of honey bee brood as a staple food and source of protein for the planet's ballooning population.

The obvious advantage of bee brood is its nutritional efficiency. It compares favorably to beef in terms of protein quantity and quality, but its production requires only a fraction of the space and energy.

Those who are already accustomed to eating bee brood appreciate the delicacy for its nutty flavor and crispy texture. It can be cooked or dried and is often added to egg dishes and soups.

Beekeepers already remove frames of bee brood from managed hives as a way to control the spread of Varroa mites, a harmful parasite.

Researchers at the University of Copenhagen see these frames as an untapped resource.

"Honey bees and their products are appreciated throughout the world," researcher Annette Bruun Jensen said in a news release. "Honey bee brood and in particular drone brood, a by-product of sustainable Varroa mite control, can therefore pave the way for the acceptance of insects as a food in the western world."

Bruun Jensen and her colleagues described the potential of bee brood as sustenance in a new paper published this week in the Journal of Apicultural Research.

Despite its promise, the finer points of bee brood farming and harvesting need to be worked out.

Though research suggest the brood can be frozen and stored for up to 10 months without sacrificing flavor, more research needs to be done to ensure the fragile foodstuff can be safely transported at scale. Scientists also need to further study the food safety risks.

About 1.4 billion jobs and three-quarters of all crops depend on pollinators, researchers said Monday warning of a dire threat to human welfare if the falls in bee and butterfly numbers are not halted.

"World food supplies and jobs are at risk unless urgent action is taken to stop global declines of pollinators," said a statement from the University of Reading, whose researchers took part in the global review.

Animal pollination directly affects about three-quarters of important crop types, including most fruits, seeds and nuts and high-value products such as coffee, cocoa and oilseed rape.

Pollinators added some $235-577 billion (222-545 billion euros) to crop output per year, said the team.

"Agriculture employs 1.4 billion people, approximately one-third of the world's economically active labour force," said the review published in the journal Nature.

"This is particularly important to the world's poorest rural communities, 70 percent of whom rely on agriculture as the main source of income and employment."

Most pollinators are insects such as bees, butterflies, moths, wasps and beetles, but others include birds, bats and lizards while some crops are pollinated by wind.

The team said crops which depend on animal pollinators are crucial for balanced human diets, providing micronutrients such as vitamins A and C, calcium, fluoride and folic acid.

"Pollinator losses could therefore result in a substantial rise in the global rate of preventable diseases," the researchers wrote.

"This could result in about 1.4 million additional deaths per year and approximately 29 million lost years of healthy life," the researchers wrote.

- Busy bees -

Wild plants are also at risk -- more than 90 percent of tropical flowering plant species rely on animal pollination, said the team.

Almost one in five vertebrate pollinators, mostly birds and bats, are threatened with extinction.

And among bees -- the most numerous pollinators by far -- about nine percent were catalogued as threatened, with a similar percentage for butterflies.

The true number for bees may be much higher, given the lack of data on many species, said the report.

There are some 20,000 species of bees responsible for fertilising more than 90 percent of the world's 107 major crops.

Bee populations have been hit in Europe, North America and elsewhere by a mysterious phenomenon called "colony collapse disorder", which has been blamed on mites, a virus or fungus, pesticides, or a combination of factors.

The authors of the review called for measures to protect pollinators against farming's worst side-effects.

These could include using natural pest predators instead of pesticides, planting strips of flowers between crops, rotating crops to include flowering plants, and restoring native wild flower habitats to house pollinator communities.

Manmade infrastructure such as power lines, railway banks and even motorways could be adapted to provide flowering and nesting spots for pollinators, the team wrote.


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