Showing posts with label bees. Show all posts
Showing posts with label bees. Show all posts

Saturday, January 28, 2012

British tourist killed in bee attack

British man was stung to death by a swarm of bees while he was on holiday with his wife in Africa, it has emerged.

Mick Bryan, 61, and Jacqueline, 43, were exploring Tanzania when the killer bees launched an attack on the Cambridgeshirecouple at a remote campsite.

The father-of-three attempted to drive off after the attack but collapsed and later died in hospital. His wife was also stung but survived.

Speaking to The Sun, a family member said: “They were out in the middle of nowhere getting ready to have some lunch when they heard a buzzing noise. Mick shouted to Jacqueline to run. 

“He was covered in bees. He tried to drive off but it all happened too quickly. Jacqueline couldn't get any phone reception so she had to run to the main road for help.”
His sister Louise Adam, 64, is also quoted as saying: “He was a wonderful man. He'd do anything for anyone.”

A Foreign Office spokesman said: “We are aware of the death of a British National in Tanzania and are in contact with the family, providing consular assistance.”


http://uk.news.yahoo.com/british-tourist-killed-in-bee-attack.html

Friday, January 27, 2012

British tourist killed in bee attack

British man was stung to death by a swarm of bees while he was on holiday with his wife in Africa, it has emerged.

Mick Bryan, 61, and Jacqueline, 43, were exploring Tanzania when the killer bees launched an attack on the Cambridgeshirecouple at a remote campsite.

The father-of-three attempted to drive off after the attack but collapsed and later died in hospital. His wife was also stung but survived.

Speaking to The Sun, a family member said: “They were out in the middle of nowhere getting ready to have some lunch when they heard a buzzing noise. Mick shouted to Jacqueline to run. 

“He was covered in bees. He tried to drive off but it all happened too quickly. Jacqueline couldn't get any phone reception so she had to run to the main road for help.”
His sister Louise Adam, 64, is also quoted as saying: “He was a wonderful man. He'd do anything for anyone.”

A Foreign Office spokesman said: “We are aware of the death of a British National in Tanzania and are in contact with the family, providing consular assistance.”


http://uk.news.yahoo.com/british-tourist-killed-in-bee-attack.html

Thursday, January 26, 2012

Bees 'could deter vandals' at Greenfield heritage park

Heritage park bosses could use bees to act as a deterrent to stop vandal attacks on historic buildings.
They are looking for sustainable ways to protect old mill buildings at Greenfield Valley Heritage Park, near Holywell, Flintshire.
One idea already tabled is using bees to deter people from going into the protected buildings.
A planning application is due to be submitted to Flintshire council to erect fencing around some of the sites.
An area around Greenfield Mill had to close last summer due to concerns it was in a dangerous condition, with surrounding footpaths also shut to walkers.
Park manager Chris Wright said the deterioration was partly due to age as well as vandal attacks.
He said it would be difficult to deter people determined to get into buildings on the free access public site, making the idea to use bees "seem sensible".
He hopes a beekeeping group could use the land to produce honey, with the bees themselves helping to pollinate wildflower meadows which could also be created in the area.
Safety issues
"They could be a deterrent," said Barbara Chick, publicity officer for the Welsh Beekeepers' Association.
"I haven't heard of them being used as security bees."
However, she pointed out there may be health and safety issues if someone was stung and said she would not agree to their use as a security measure.

Tuesday, December 6, 2011

Bees, plants waking up earlier each spring

Hurricanes, heat waves, floods and droughts may grab the headlines when it comes to the effects of global climate change, but I sometimes worry that it's the subtle stuff that could ultimately wreak the most havoc.


This could be the case with the timing of when bees "emerge" each spring, and the flowers and plants they pollinate.

Scientists report that over the past 130 years – as the start of spring gets earlier as the Earth's climate warms – several species of North American bees are emerging about 10 days earlier each year, with most of this shift taking place since 1970. This is according to a new study published today in the Proceedings of the National Academy of Sciences.

So, why should we care about bees, when all they do is sting us when we step on them in the backyard? Well, chew on this: Since bees are the world's most important pollinators of flowers and plants, any change in this crucial relationship could prove devastating:

"85% of the world's plant species are pollinated by animals, and bees are widely thought to be the main animal pollinators," says Rachael Winfree, an entomologist at Rutgers University and a co-author of the study. "Therefore, if we lost bees, we would eventually lose most of the world's plant species. In addition, 75% of the world's crop plant species are pollinated by animals, again mostly by bees."

The branch of science in this research is known as "phenology," an ancient study that measures the timing of life-cycle events of all animals and plants. I covered this a few years ago when I wrote an article about Project Budburst, which uses citizen-scientists to track the annual flowering of plant species across the USA.

"A shift in 10 days over 130 years as shown by the bees is a lot from the point of view of an insect, whose lifetime is measured in weeks," says Winfree.

The study was led by Ignasi Bartomeus, also of Rutgers.

Although the flowers the bees pollinate have also emerged earlier at and equal pace, Bartomeus and his team say "mismatches" between the flowers and bees could occur in the future if climate warming continues at the current rate:

"If bees and plants responded differently to climate change then, for example, bees could emerge in the spring before plants were flowering, in which case the bees would die because they wouldn't have anything to eat," Bartomeus reports. "Or plants could flower before the bees emerged, in which case the plants would not be pollinated and would fail to reproduce.

"If mismatches did occur and caused the local extinction of pollinators or plants, this could affect people, because of the widespread importance of pollinators and animal-pollinated plants."

Bartomeus and his co-authors used contemporary and museum data dating back to the 1880s to examine climate-associated shifts in the spring emergence of 10 wild bee species from northeastern North America. The authors also used information from four published studies to track shifts in the annual spring flowering of 106 native plant species that the bees pollinate.

While other studies have found that various plants and animals are emerging earlier in the spring as the climate warms, this was the first one to look at multiple species of bees, which are important to ecosystems and humans because they are pollinators.

http://content.usatoday.com/communities/sciencefair/index

Monday, December 5, 2011

2,000 more bee species than previously thought

More bee species than birds and mammals put together

December 2011: There are 2,000 more bee species than previously thought, according to scientists. In the first global accounting of bee species in more than a hundred years, John Ascher, a research scientist in the Division of Invertebrate Zoology at the American Museum of Natural History, compiled online species pages and distribution maps for more than 19,200 described bee species, showcasing the diversity of these essential pollinators.

This new species inventory documents 2,000 more described, valid species than estimated by Charles Michener in the first edition of his definitive The Bees Of The World published eight years ago.

Most bees do not make honey‘The bee taxonomic community came together and completed the first global checklist of bee names since 1896,' says Ascher. ‘Most people know of honey bees and a few bumble bees, but we have documented that there are actually more species of bees than of birds and mammals put together.'

The list of bee names finished by Ascher and colleagues was placed online by John Pickering of the University of Georgia through computer applications that linked all names to Discover Life species pages, a searchable taxonomic classification for all bees, and global maps for all genera and species.

Ascher and colleagues recently reviewed all valid names from his checklist and from those of experts from all over the world for the World Bee Checklist project led by the Smithsonian Institution's National Museum of Natural History.

A primary goal of this project is to document floral and distributional records for all bees, including now obscure species that may someday become significant new pollinators for our crops. The vast majority of known bee species are solitary, primitively social, or parasitic. These bees do not make honey or live in hives but are essential pollinators of crops and native plants.

Honey bees are economically importantHoney is made by nearly 500 species of tropical stingless bees in addition to the well-known honey bee. Honey bees are the most economically important pollinators and are currently in the news because of colony collapse disorder, an unexplained phenomenon that is wiping out colonies throughout the United States.

The crises facing traditionally managed pollinators like honey bees highlight the need for more information about bee species and their interactions with the plants they pollinate. The checklists compiled by Ascher and colleagues facilitate ongoing databasing of the museum's worldwide collections of more than 400,000 bee specimens.

Wednesday, November 30, 2011

EU resolution passed to help protect bees

In a resolution passed this month European Parliament are taking action to protect bees. The resolution was voted in by an overwhelming majority, with 534 votes in favour, 16 against and 92 abstentions highlighting an urgency and popularity to protect bees.

The resolution focuses on the Honey bee and calls for better access to new medicines to treat bee disease, monitoring of bee imports and a call for shared research and dissemination of scientific knowledge.

Of particular interest to Buglife and the wild pollinators we strive to conserve is the call for stricter rules, sustainable use and better risk assessment methodology for pesticide use. Buglife’s report 'The Impact of neonicotinoid insecticides on bumblebees, Honey bees and other non-target invertebrates' produced in 2009 called for reliable and effective testing of pesticides, properly considering and setting standards for sub-lethal and chronic toxicity in the risk assessment of pesticides as well as a suspension of the use of this harmful group of pesticides.

During the European Parliament meeting Ban Eickhout, a Dutch Green MEP presented the house with an alternative resolution asking for a suspension on the use of harmful pesticides, which Buglife support and was backed by a quarter of the house.

Vicky Kindemba, Buglife Conservation Projects Manager said “Although neonicotinoids have not yet been suspended it is good to hear that the European Parliament is taking other forms of action to protect bees. The resolution calls to consider sub-lethal toxicity in the risk assessment of pesticides – something Buglife have been working towards for the last few years”.

The resolution also calls for the conservation of bee biodiversity including the promotion of green spaces along roads, verges of railway lines and in private gardens. Another step forward for wild pollinators is the call for pollen and nectar resources for bees and pollinating insects to be considered in land management.

Vicky Kindemba said “it is really important that needs of wild pollinators are considered as well as those of the honey bee. For the European Parliament to pass a resolution that encourages the planting of pollen and nectar rich plants is great news for invertebrates. A lot of Buglife’s conservation work strives to create wildflower rich habitats for pollinators so having encouragement to do this from the EU is great support for our work”.

The UK Government has been waiting for long term changes to the European pesticide approvals process, before making a decision to remove harmful pesticides such as neonicotinoids from the environment.

Vicky Kindemba said “This new EU resolution should encourage the UK Government to take urgent action to protect pollinators in the UK. We have already seen local authorise take action, passing a motion to make their council neonicotinoid fee. Buglife will be looking forward to the UK Government’s action to protect bees soon”.

To find out more about Buglife’s neonicotinoid report please click on the link. To find out more about Buglife’s work to create wildflower habitats for pollinators please click on this link.

http://www.buglife.org.uk/News/EU%2Bresolution%2Bpassed%2Bto%2Bhelp%2Bprotect%2Bbees

Sunday, November 13, 2011

Donald Mason, Miami Man Found Dead Inside Home Full Of Bees

A teenage girl found her father dead inside his home that was infested with thousands of bees living inside the walls, report the Miami Herald.

Donald Mason, 49, was found in the upstairs bedroom of a Miami home that he was renovating. Investigators have not determined the cause of death, but his brother told the paper, Mason fell from a chair while swatting at a swarm of bees and hit his head.

Mason was trying to renovate the home on a limited budget and had tried to fog spray the hive in the wall, and then tried to patch up the hole in the wall with tape.

Police told the Herald that Mason's death is considered unclassified, but it's more likely his death was due to the fall, rather than anything to do with the bees.

Willie Sklaroff, also known as 'the bee man,' who runs a bee extermination company was called into help and said there were at leas 60,000 bees living inside the walls of the house, reports Local10.com.

http://www.huffingtonpost.com/2011/11/06/miami-man-found-dead-inside-home-full-of-bees_n_1078677.html?ref=weird-news

Wednesday, October 19, 2011

Two New Bee Species Are Mysterious Pieces in the Panama Puzzle

ScienceDaily (Oct. 18, 2011) — Smithsonian scientists have discovered two new, closely related bee species: one from Coiba Island in Panama and another from northern Colombia. Both descended from of a group of stingless bees that originated in the Amazon and moved into Central America, the ancestors of Mayan honeybees. The presence of one of these new species on Coiba and Rancheria Islands, and its absence from the nearby mainland, is a mystery that will ultimately shed light on Panama's history and abundant biodiversity.

At almost 200 square miles, Coiba Island is the largest offshore island along the Pacific coast of Latin America. Rancheria Island is a much smaller neighbor. The species name, insularis, of the new bee from Coiba, Melipona insularis, means "island." This is the first species in its group to be found on islands near the mainland.

"These forest bees have a small range over which they can establish new nests and colonies," says David Roubik, staff scientist at the Smithsonian Tropical Research Institute. "They can't establish a new nest across more than a short stretch of open water because workers from the original nest have to build and supply the new nest before the new queen moves in."

Either several entire tree-cavity nests arrived on Coiba and Rancheria in floating mats of vegetation or a land connection existed between the island and the mainland before the bees disappeared from the mainland.

Sea level has risen and fallen dramatically in the past. During ice ages, when much of Earth's water is locked up in polar caps and glaciers, sea level drops in Panama. The sea floor between Coiba and the mainland, and between Coiba and neighboring Rancheria Island where the bee was also found, is never more than about 300 feet below the surface. Five other stingless bee species on Coiba are widespread on the mainland and on many little islands that were connected to the mainland during glaciations. Those bees are relative newcomers that may have arrived during past drops in sea level when the islands were reconnected to the mainland.

Roubik thinks the ancestors of Melipona (Melikerria) ambigua, the new species from Colombia, gave rise both to the new Coiba bee and the honeybees cultivated by Mayans in Mexico and Central America. Even if a drop in sea level explains how the bees got from the mainland to the island, their discovery that the bees had already established in Central America around 17 million years ago spurs an ongoing debate about the age of the connection between North and South America. Traditionally, geologists think that the Panama land bridge arose by tectonic and volcanic action to connect the two continents about 3 million years ago.

"Our studies of the genetic relationships between these bees tells us that they originated in the Amazon about 22 million years ago and that they moved north into Central America before 3 million years ago," said Roubik. "This actually agrees with new evidence that geologists working in the earthworks created by the Panama Canal expansion project are finding. We think that a land bridge may have formed as early as 12 million years ago."

Not only does the age of the continental connection remain unresolved, there are more questions, such as what happened to the bees that used to be on the mainland and are no longer there now?
Panama's wealth of biodiversity may be a direct result of the complicated geological history of the area. Only by combining geological evidence, genetic evidence and observations of how organisms behave and respond to change in natural areas like Coiba National Park, can scientists begin to understand the puzzle that is Panama.
http://www.sciencedaily.com/releases/2011/10/111018155223.htm

Wednesday, October 12, 2011

Sussex South Downs is home to 'extinct' bee species

A species of bee which was believed to be extinct in Britain has been found in East Sussex - 65 years after it was last seen.

A study by entomologist Steven Falk shows the solitary bee, Halictus eurygnathus, is at at seven sites on the South Downs.

Mr Falk said many of the species he recorded were rare and some were doing better than expected.

However, others, including one of Britain's largest mining bees, were at risk of losing their habitats.

The study recorded 227 bee and wasp species during more than 100 visits to 15 chalk grassland and chalky heath sites.

The Halictus eurygnathus bee, not seen in Britain since 1946, was found to forage primarily on one type of plant.

Mr Falk said: "I discovered that the main requirement of the bee is an abundance of greater knapweed, which is one of the special flowers of chalk grassland.

"This knowledge should be helpful for the conservation of this species."

Habitat loss
Only two recordings of the Andrena hattorfiana, one of Britain's largest mining bees, were made in the study.

This bee is believed to be vulnerable to habitat loss because it forages exclusively on scabious plants, the prevalence of which has decreased on the South Downs due to grazing.

Mr Falk's report highlights the importance of having wildflower margins in arable fields and blackthorn for bee populations.

Duncan Sivell, from the charity Buglife, said: "This report provides a wealth of information on bees and wasps on the South Downs; species that were thought extinct have been rediscovered, declines in other species have been identified and new behavioural patterns have been recorded.

"These results highlight the importance of survey work, which is badly under-funded."

http://www.bbc.co.uk/news/uk-england-sussex-15255786

Saturday, September 10, 2011

Sting in the tail: Asian bee invasion

Bee-keepers are fighting a lonely battle to defend the country from an invading swarm, writes Richard Cornish.      
                
Milawa bee-keeper Rod Whitehead is packing his bags and heading north. He's joining a front-line militia of volunteer fighters trying to keep Australia free of a black-and-yellow peril that could destroy our way of life.

He and fellow bee-keepers from around Australia are paying their own way to live in hostels in Cairns so they can track swarms of the insidious Asian bee, an unwanted immigrant that came ashore on board a yacht in Cairns in 2007. When the federal government pulled the pin on an eradication program earlier this year, the honey industry swung into action, calling on its members to go north and protect the nation.

''When I heard that bad news I couldn't sleep at night,'' Whitehead says. ''I had to do something, otherwise how could I face my grandchildren in years to come when all the honey bees had been wiped out?''

If nothing is done, the Asian bee could spread across mainland Australia within 10 to 20 years, says the CSIRO's Dr Denis Anderson. ''Unaided, it travels 100 kilometres a year,'' Anderson says. ''It's already been discovered in Innisfail. It's a bee that is known to hitch rides. That's how it got here. It's been found swarming in the tool boxes of trucks.''

The main problem with Asian honey bees is that they don't store a lot of honey and so when the nectar runs out in nearby flowers, they fly up to 10 kilometres to find a new source. In contrast, we rely on honey produced by the European bee. They have the ability to store plenty of honey and therefore can stay in the hive and be moved - to orchards and crops on which they can feed and pollinate. When Asian bees meet populations of European honey bees, they compete with them for nectar and come out on top.

The Asian bee was introduced to West Papua from Indonesia by Indonesian nationals. From there it spread to Papua New Guinea and then the Solomon Islands, where it has wiped out 90 per cent of the European bees.

The Asian bee is also host to the dreaded varroa mite, which lays its eggs in the wax cells. These hatch and feast on the bees' lifeblood, weakening them and decimating hive populations. In Papua New Guinea, it took just 20 years from the invasion of the Asian bee for the varroa mite to get into European bee hives.

It's a thought that fills Beechworth Honey's Jodie Goldsworthy with dread. Her business can employ up to 35 people and produces 1.5 million jars a year. But foreign bees are not the sole threat to the honey industry. ''There's drought, flood, the recent pesticide control on locusts, lack of access to native forests,'' she says. ''What people have to understand is that bee-keeping is much more than just honey. It's also about pollination.''

A 2010 federal government report says about ''65 per cent of agricultural production in Australia depends on pollination by European honey bees''. Crops such as almonds, apples, cucumbers and blueberries are almost entirely dependent on European honey bees for pollination. They also pollinate canola, onions, carrots, even the clover and lucerne our sheep and cattle eat.

''Without European honey bees,'' Goldsworthy says, ''we'd lose our almond industry overnight. You can't put Asian bees into hives like European bees and truck them around the state to pollinate crops.''
The industry is considered so essential that a 2008 report by the Federal Parliament standing committee on primary industry and resources recommended $50 million be invested in the industry to promote pollination services and increase border security. So far, less than 10 per cent of that figure has been spent.

A frustrated Goldsworthy joined bee-keepers in Canberra earlier this year as they staged a protest to highlight the industry's plight.

To make their point, they prepared a breakfast of apples, pears and peaches, served with yoghurt, almonds and honey. ''These are all foods that could be wiped out if nothing is done to support the industry and control the spread of the Asian honey bee,'' Goldsworthy says.

Creeping in from the west of Melbourne is another silent spoiler. Galenia pubescens is a South African weed also known as coastal galenia. It's hardy, difficult to destroy, yet produces nectar in great quantities. But galenia nectar makes honey that tastes 50 times more bitter than grapefruit, rendering it almost worthless. Galenia has spread in and around Melbourne, with particularly problematic infestations in Braybrook and Riddles Creek.

Urban bee-keeper Lyndon Fenlon was concerned for human health because the leaves of the plant can have a toxic effect on livestock. He sent affected honey samples to Germany. ''The tests proved that the honey is not toxic but it is very unpleasant,'' he says. ''Even in quantities around 10 per cent, it is not very palatable.''

Fenlon is part of a growing global movement of urban bee-keepers who are responsible, particularly in Europe and the US, for maintaining bee numbers. In France, for example, honey production has declined from 32,000 tonnes a year to 20,000 tonnes, with the average hive producing 30 kilograms a year. In Paris, however, hives in the inner arrondissements are producing, on average, double that and bees are living longer and are healthier than their country counterparts.

Pesticides, the varroa mite, diminishing biodiversity and new food plants are being blamed for the dearth of France's country bees.

Proponents of the movement point to the banning of pesticides by the Conseil de Paris a decade ago. There are now 400 hives in Paris, including one on top of the Westin Paris hotel and another at the renowned restaurant Tour d'Argent.

Back in Melbourne, a beehive atop the Alto hotel in Bourke Street is what is known as a sentinel hive. If the Asian honey bee hitches a ride here, or if bees infected with varroa mite arrive from New Zealand in a shipping container, this and nine other hives around Melbourne will hopefully sound the alarm bells.

The Alto hive belongs to Vanessa Kwiatkowski and Mat Lumalasi, co-founders of the Melbourne City Rooftop Honey Company. They have other hives, some in domestic gardens but mostly on the roofs of cafes and restaurants in the inner suburbs. These include Fatto a Mano in Fitzroy, Dead Man Espresso in South Melbourne and the city centre's Trunk, the owners of which have built a small garden where the bees can feed.

''Bees do well in the city,'' Kwiatkowski says. ''Cities are heat sinks and so bees are more active, especially during winter.'' Standing on the roof of the Alto, there doesn't seem to be much green around, let alone flowers. ''Bees fly up to five kilometres, so the ones here will be feeding in the Flagstaff and Fitzroy gardens, and gardens in South Melbourne,'' she says.

To show the quality and diversity of the honey produced from the city hives, she and Lumalasi set up a small tasting for Epicure - little jars filled from hives perched on rooftops around town.

From Donvale there's a gentle, floral honey, made predominantly from nectar collected in domestic gardens. From Heidelberg there's a sharp, dark, exotic honey with a touch of aniseed and tasting distinctively of fennel seeds. The honey from Alphington, near the paper mill, is light, bright and slightly buttery, suggesting the bees have been feeding on the river red gums. Honey from the hive in Prahran is dark and heady, the result of hundreds of different flowers growing in people's front gardens.

Huddled under a small marquee at the Abbotsford Farmers' Market, Whitehead sips a coffee, braving the early-morning chill. People come and buy his chestnut honey, collected in the nut groves of the state's north-east.

They also buy the last of his Mudgegonga Stringybark, collected from the towering trees near Beechworth that were mostly destroyed in the Black Saturday fires. He also sells his message that ''without bees, we're stuffed''. Soon he'll be in Cairns again, battling the Asian bees.

Like most bee-keepers, he's not a young bloke. The average age of Australian bee-keepers is 54. They have an annual income of less than $16,000 from honey. There are fewer of them every year.

These are the volunteers protecting us against the Asian honey bee. ''The nation's food security,'' Goldsworthy says, ''is in their hands.''

Read more: http://www.smh.com.au/environment/sting-in-the-tail-asian-bee-invasion-20110903-1jqvk.html#ixzz1XY7Lln4Y

Monday, August 29, 2011

Extinct bumblebee to be reintroduced to Britain

Scientists are planning to release around 60 short-haired bumblebee queens into wild flower meadows in an attempt to re-establish the species in this country.

The rare insect, which is also known by its scientific name of Bombus subterraneus, has not been seen in the UK since 1988 when it was spotted in a meadow in Dungeness, Kent.
The queens to be reintroduced have been imported from Sweden. The first crop of the fertilised insects are currently being screened for disease, before being released into meadows in southern England in the spring. Other releases are likely to follow.
Dr Mark Brown, a senior lecturer in biology at Royal Holloway who is involved in the scheme, said: "These insects have been declining across Europe due to the changes in agricultural practice that have seen the decline in flower-rich wild meadows.
"While other species of bumblebee have been declining, this is one that we have lost and we are aiming to bring it back. They tend to specialise in feeding on flowers like red clover so as meadows have disappeared so have the bees.

By Richard Gray, Science Correspondent

Monday, July 18, 2011

'Bee Bearding' Contest In Hunan

SHAOYANG, CHINA - JULY 16: (CHINA OUT) Spectators watch as bees cover beekeeper Wang Dalin during a 'bee bearding' contest on July 16, 2011 in Shaoyang, Hunan Province of China. Wang Dalin won the contest against fellow beekeeper Lu Kongjiang after attracting 26.86kg of bees onto his body, covered only by a pair of shorts and swimming goggles.




(Photo by ChinaFotoPress/Getty Images)

http://pictures.metro.co.uk/bee-bearding-contest-in-china-2011?ITO=HPPIX

Sunday, July 17, 2011

Beehives stop elephant crop-raids in Kenya, Africa

Innovative beehive fences have helped a community in Kenya to successfully protect crops from elephants, according to research.


Scientists found the hives to be a very effective barrier; elephants turned away from them in 97% of their attempted raids.

Conservationists suggest that elephants' natural fear of bees could settle ongoing conflicts.

The hives' honey also produced additional profits for farmers.

Over the past 20 years, elephant numbers in Kenya have grown to around 7,500 and the population boost is widely heralded as a conservation success story.


However, conflict between elephants and humans, especially farmers, is an ongoing problem.

Elephants frequently "raid" farms searching for food such as ripe tomatoes, potatoes and maize.

To protect their livelihoods, some farmers have resorted to extreme measures including poisoning and shooting elephants.

Buzzing defence
Previous research into natural deterrents showed that elephants avoided African honey bees.

In 2009, experts from the University of Oxford, UK, and the charity Save the Elephants set up a trial project to test whether beehives could prevent conflict on farmland boundaries.

After two years of observations, the full results of the trial have now been published in the African Journal of Ecology.

"Finding a way to use live beehives was the next logical step in finding a socially and ecologically sensitive way of taking advantage of elephants' natural avoidance behaviour to bees to protect farmers' crops," said Dr Lucy King, the University of Oxford biologist who led the study.

"It was very exciting to see that our theoretical work has been converted into a practical application," she said.

In 32 attempted raids over three crop seasons, only one bull elephant managed to penetrate the novel defences.


The beehives were suspended on wires between posts with a flat thatched roof above to protect from the sun in the traditional Kenyan style.

The team created a boundaries for 17 farms, incorporating 170 beehives into 1,700m of fencing.

"The interlinked beehive fences not only stopped elephants from raiding our study farms but the farmers profited from selling honey to supplement their low incomes," Dr King explained.

"The honey production and consequent income has really incentivised the farmers to maintain the fences."

Conservationists now hope to roll out the scheme to other farming communities

By Ella Davies

Reporter, BBC Nature

http://www.bbc.co.uk/nature/14106484

Friday, July 15, 2011

Meet Hong Kong's urban beekeepers

Beekeeping may not be what you would expect to find 14 storeys up.


But in Hong Kong an organization of beekepers, artists and designers is trying to spread urban beekeeping.

There are already 11 beehives on Hong Kong rooftops.

Eric Camara reports.
http://www.bbc.co.uk/news/world-asia-pacific-14130723

Wednesday, June 15, 2011

New bee discovered with largest tongue in world

Monday, 13 June 2011 12:32 Jim Glade

Scientists at Colombia's National University (UN) have discovered a new species of bee in the southern Colombian department of Nariño that has a tongue twice the size of its body, according to monthly university publication UNPeriodico.

Euglossa natesi n. sp., also known as the "orchid bee" or "jewel bee," is a species recognized by scientists for its luminescent mix of blue, green, bronze and gold, as well as its abnormally large tongue. This new type of jewel bee found near the Ecuadorian border in southern Nariño, has what scientists at the National University are calling the largest tongue discovered thus far.

"This insect is unusual, because it has the largest tongue found thus far and measures two times the size of its body," said professor Rudolfo Ospina, the director of the biology department at UN.

Ospina said that the large tongue is used to reach nectar in orchids that other species of bees cannot and allows for more pollination of different types of orchids.

The orchid bee is abundant in the lowland areas of the Neotropics -- an area of similar flora and fauna that stretches from Mexico and covers most of Central and South America -- although Ospina said "it is possible that some species also live in dry and open habitats."

Euglossa natesi n. sp. is part of the Euglossa genus and was named in honor of UN professor Guiomar Nates for her contribution to the research of bees.

http://colombiareports.com/colombia-news-lite/news/16937-new-bee-discovered-with-largest-tongue-in-world.html

Original report (in Spanish):
http://www.unperiodico.unal.edu.co/dper/article/nueva-especie-de-abeja-con-lengua-descomunal.html

Thursday, March 17, 2011

Urban beekeeping gets Berlin buzzing

Published: 17 Mar 11 17:16 CET

The buzz about Berlin this spring has nothing to do with hipsters descending on the city in droves – Christine Madden reports on new project bringing the hum of honeybees to the German capital.

Hans Oberländer wants to make sure bees don’t get a bad rap just because wasps can be annoying while eating outside during the warmer months of the year.

“Wasps are scavengers. Bees eat nectar,” Oberländer said, explaining how bees don’t hover over plates of meat and drinks each summer.

The director of a university cafeteria in Berlin, Oberländer is taking part in a new project to introduce honeybees to the German capital’s urban landscape. The hobby beekeeper hopes it will help people realize bees aren’t likely to be a nuisance like wasps can be.

Berlin summt!, or Berlin’s Buzzing!, has set out to place honeybee hives on prominent buildings and public areas. Co-founder Corinna Hölzer said the project’s goal is to raise awareness and appreciation for an often misunderstood yet vital creature.

“Although Berlin is already a ‘green’ city, we want people to get interested in the interrelationships within the natural world,” she told The Local.

Buzzed in Paris

The inspiration for Berlin summt! came from Parisian beekeeping legend Jean Paucton, who was prop master at the Opéra Garnier. Before he could move his bees to the countryside, he installed hives on the roof of the opera house in 1982. When he saw that the bees were happy and thriving, he got permission to leave them there. They’re still there and the honey they yield is now sold as a luxury item.

Hölzer hopes the project will draw attention to the importance of bees in even urban environments such as Berlin.

Bees are vital for the pollination of plants and the little black-and-yellow workaholics are responsible for dusting nearly three-quarters of the crops that provide an estimated 90 percent of food worldwide.

But monoculture, extensive use of pesticides and the proliferation of diseases and parasites such as the Varroa mite have threatened bee survival, resulting in a sharp decline in their numbers worldwide.

In 2006, the bee population was hit by inexplicable mortality, with some beekeepers losing entire colonies. Of the 298 wild bee species in that live Berlin, almost half are on the International Union for Conservation of Nature and Natural Resources’ endangered list.

According to Hölzer, modern agricultural methods have put bees under extreme stress. “It’s no wonder their immune system has collapsed,” she said. “That’s why it’s imperative to preserve biodiversity, maintain an abundance of habitats and engage in ecological practice in agriculture.”

Country bees in the big city

In contrast, Berlin’s diverse vegetation, particularly its abundant linden trees, make it a haven for bees. About 500 beekeepers live in the city, and, perhaps surprisingly, many bring their bees from surrounding areas to let them feed on its urban buffet.

“Berlin is a big city full of cultural professionals,” Hölzer explained. “I would like them to say: ‘I understand, I’m open to this issue, I can make room on my roof for the bees’.”

With this year’s early start of the bee season, the project participants are meeting this week to schedule the placement of the hives.

Some will be perched atop prominent locations such as the city’s House of World Cultures and Berlin's parliament building, as well as possibly the Natural History Museum and a cathedral.

Oberländer will also put two hives on the roof of his cafeteria – Humboldt University’s Mensa Nord.

Bringing bees to work

When he saw an ad for the project in the German Bee Journal, Oberländer decided it was a perfect way to combine his hobby with his work. “The cafeteria guests will gain a greater understanding of the honeybee,” he said. “And by buying the honey, they’ll indirectly support the preservation of biodiversity.”

Oberländer, who is the middle link in three generations of beekeepers in his family, said more than 3,000 visitors to Mensa Nord every weekday will have the opportunity to observe the bees through windows on the first floor that look out onto the roof.

The general public can view the hives on June 19 and Oberländer also plans to host regular presentations on Thursdays at noon for interested guests. In July he even plans to remove an entire honeycomb so visitors can see the result of bees’ efforts firsthand.

“Everyone can have a piece of the honeycomb to try – it has a consistency like chewing gum and is exceptionally delicious,” he said.

The Local (news@thelocal.de)

http://www.thelocal.de/society/20110317-33797.html

Wednesday, December 29, 2010

Bees One of Many Pollinators Infected by Virus Implicated in Colony Collapse Disorder

ScienceDaily (Dec. 28, 2010) — Penn State researchers have found that native pollinators, like wild bees and wasps, are infected by the same viral diseases as honey bees and that these viruses are transmitted via pollen. This multi-institutional study provides new insights into viral infections in native pollinators, suggesting that viral diseases may be key factors impacting pollinator populations.


Their research published on December 22nd in PLoS ONE, an online open-access journal.


According to Diana Cox-Foster, co-author and professor of entomology at Penn State, pollinator populations have declined for various reasons, including ribonucleic acid (RNA) viruses, which are emerging as a serious threat. "RNA viruses are suspected as major contributors to Colony Collapse Disorder (CCD ), where honey bee colonies die with few or no bees left in the hives. Recent detection of these viral species in bumble bees and other native pollinators indicates a possible wider environmental spread of these viruses with potential broader impact," explains Cox-Foster.

The researchers studied viral distributions from pollen pellets of honey bees and other pollinators collected from flowering plants in Pennsylvania, New York, and Illinois in the United States. "For the first time, RNA viruses such as deformed wing virus, sacbrood virus and black queen cell virus were detected in pollen pellets collected directly from forager bees," said Cox-Foster. "Pollen pellets from several uninfected forager bees were detected with virus, indicating that pollen itself may harbor viruses. The viruses in the pollen and honey stored in the hive were demonstrated to be infective, with the queen becoming infected and laying infected eggs after these virus-contaminated foods were given to virus-free colonies."

The detection of RNA viruses in other pollinators, including bumble bees, solitary bees and wasps, suggests that viruses might have a deeper impact on ecosystem health , given that these pollinators are essential to most plants for seed set and production of fruits, nuts, berries, and vegetables. The findings are important to the public and scientific community worldwide, given pollinators' role in agriculture and the environment and recent declines in native pollinators.

The findings also raise biosecurity issues because pollen is currently being imported into many countries to feed honey bees used in agricultural pollination.

http://www.sciencedaily.com/releases/2010/12/101222173037.htm

Bees One of Many Pollinators Infected by Virus Implicated in Colony Collapse Disorder

ScienceDaily (Dec. 28, 2010) — Penn State researchers have found that native pollinators, like wild bees and wasps, are infected by the same viral diseases as honey bees and that these viruses are transmitted via pollen. This multi-institutional study provides new insights into viral infections in native pollinators, suggesting that viral diseases may be key factors impacting pollinator populations.


Their research published on December 22nd in PLoS ONE, an online open-access journal.


According to Diana Cox-Foster, co-author and professor of entomology at Penn State, pollinator populations have declined for various reasons, including ribonucleic acid (RNA) viruses, which are emerging as a serious threat. "RNA viruses are suspected as major contributors to Colony Collapse Disorder (CCD ), where honey bee colonies die with few or no bees left in the hives. Recent detection of these viral species in bumble bees and other native pollinators indicates a possible wider environmental spread of these viruses with potential broader impact," explains Cox-Foster.

The researchers studied viral distributions from pollen pellets of honey bees and other pollinators collected from flowering plants in Pennsylvania, New York, and Illinois in the United States. "For the first time, RNA viruses such as deformed wing virus, sacbrood virus and black queen cell virus were detected in pollen pellets collected directly from forager bees," said Cox-Foster. "Pollen pellets from several uninfected forager bees were detected with virus, indicating that pollen itself may harbor viruses. The viruses in the pollen and honey stored in the hive were demonstrated to be infective, with the queen becoming infected and laying infected eggs after these virus-contaminated foods were given to virus-free colonies."

The detection of RNA viruses in other pollinators, including bumble bees, solitary bees and wasps, suggests that viruses might have a deeper impact on ecosystem health , given that these pollinators are essential to most plants for seed set and production of fruits, nuts, berries, and vegetables. The findings are important to the public and scientific community worldwide, given pollinators' role in agriculture and the environment and recent declines in native pollinators.

The findings also raise biosecurity issues because pollen is currently being imported into many countries to feed honey bees used in agricultural pollination.

http://www.sciencedaily.com/releases/2010/12/101222173037.htm

Friday, December 3, 2010

Millions of bees dead after invading home

CUTLER BAY, Fla. (WSVN) -- Two battling colonies made up of millions of bees have died after invading a South Florida home.


The bees were found inside the Hernandez home, at 9394 SW 212th Terrace, Tuesday morning. According to the homeowner, Miguel Hernandez, he woke up and found his home surrounded by bees. Speaking in Spanish, Hernandez said, "I went out of my front door, and the entry was full of bees, so I called 911. The fire department told me to lock myself in the bathroom. They got here, and they were not able to enter because of all the bees flying around."

"I'll Bee There" Pest Removal arrived on the scene to get rid of the bees. According to Beekeeper Adrian Valero, there were two warring bee colonies inside the home. "Probably like two million bees over here, flying around," Valero said. "You have two main beehives that they got to the same place at the same time, and they're fighting each other, so that makes them aggressive against each other, so they tried to kill each other."

The hives found within Hernandez's home are believed to have been building there for years.

Bee removal teams inserted a camera into Hernandez's attic to watch the bee brawl. However, no exterminator was needed, because the bees attacked and killed each other.

Bee experts warned residents to plug any small holes on the outside of their homes, because these holes can attract bees.

Millions of bees dead after invading home

CUTLER BAY, Fla. (WSVN) -- Two battling colonies made up of millions of bees have died after invading a South Florida home.


The bees were found inside the Hernandez home, at 9394 SW 212th Terrace, Tuesday morning. According to the homeowner, Miguel Hernandez, he woke up and found his home surrounded by bees. Speaking in Spanish, Hernandez said, "I went out of my front door, and the entry was full of bees, so I called 911. The fire department told me to lock myself in the bathroom. They got here, and they were not able to enter because of all the bees flying around."

"I'll Bee There" Pest Removal arrived on the scene to get rid of the bees. According to Beekeeper Adrian Valero, there were two warring bee colonies inside the home. "Probably like two million bees over here, flying around," Valero said. "You have two main beehives that they got to the same place at the same time, and they're fighting each other, so that makes them aggressive against each other, so they tried to kill each other."

The hives found within Hernandez's home are believed to have been building there for years.

Bee removal teams inserted a camera into Hernandez's attic to watch the bee brawl. However, no exterminator was needed, because the bees attacked and killed each other.

Bee experts warned residents to plug any small holes on the outside of their homes, because these holes can attract bees.