Tag Archives: Bee

Hornets over the Forest at home in dramatic ways Local Sports | Instant News

The Huntland High School Hornets beat Forrest Rockets 57-55 at home on Saturday for their third win of the season.

The Hornets took the lead for most of the game and held off a late rally with Braylen Phillips taking two stoppage-time free throws to break the tie and give Huntland the lead for good.

The Hornets scored the first 12 points in the contest to take advantage of the early advantage.

They led 14-8 after one quarter.

The Rockets cut their lead to just two points a few times in the second quarter, but the Hornets have been able to get back ahead each time.

Huntland led 34-26 in the first half.

The Hornets pushed for a 15-point lead in the third quarter. However, the Rockets were able to cut the deficit back down to single digits before the end of the period.

Phillips scored nine of Huntland’s 13 points in the third quarter.

The Hornets led 48-39 into their final period.

The Rockets tied the score with 3:15 remaining and took the lead in their first game soon after to make it 55-53. Eli Wiggs leveled the score for the Hornets with 40 seconds remaining when he made a layup with an assist from Bryson Johnson.

After the Rockets failed to score on their next possession, Phillips was fouled and went to the line where he took both free throws to put the Hornets ahead by 8.4 seconds. The Rockets will not open fire until the last bell rings.

Phillips led the Hornets with 24 points for the game, followed by Johnson on 16 and Wiggs on seven. Phillips made five three-pointers in the contest.

Micah Millraney scored four points, Will Jolley scored three, Zeier Golden scored two and Trace Kilpatrick scored one.

With that victory, the Hornets increased to 3-7 this season.

They will next play Tuesday at home against Fayetteville City Middle School. Tip-off is scheduled for 7:30 pm


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Q&A with beekeeping entrepreneur Emilio Pagan | Instant News

It’s not difficult to say “Save the bees” and go on for the day without thinking.

But Emilio Pagan, a resident of Biscayne Bay, discovered that beekeeping can be mutually beneficial. The bees are protected from predators and they have been given a safe space to keep bees. The pagan profited from delicious honey and more beeswax, and he didn’t know what to do.

Pagan is a student at the University of Florida, where he studied economics and sustainability. He owns a series of bees, which have been safely stored in the famous produce market, where Robert is a fruit stand. He met with me and talked about his hobbies, and showed me a large collection of beekeeping supplies, including familiar honeycomb clothes, white mesh, bee suckers, honeycomb frames and some others (in the photo) .

IP. What drives you bees?

EP. Well, YouTube is mostly. I watched a few videos and found these things are really interesting. Through investigation, I found more information about how the number of bees has fallen. They will obviously not be extinct, but there is a threat. Also, I am Puerto Rican, and Hurricane Maria really destroyed this island. The article sent to me stated that 90% of the hives were destroyed.

Therefore, I decided to investigate and hope that beekeeping is easier than I thought. I bought a book about it and met Ron, a local beekeeper. After talking with him, he gave me another book. With more Youtube, I was able to start and got my first hive in March 2018.

IP. Are there any myths about bees or find they are fake?

EP. When I lived in a house, the bees were kept… really close to the front door of the house. Just like the beehive there. No one would notice, because (bees) knew their flight path, they just flew away. They do not attack us. I only have two or three friends who have been ung because they stepped on bees. They will never come out alone and chase you, that will never happen. They are not hostile, they insist on themselves.

IP. Is the cost of beekeeping high?

Q&A with beekeeping entrepreneur Emilio Pagan

EP. Yes, at least at the beginning. Start-up costs can be high. This suit is about 100 dollars. But this will continue for a while. Each hive box is about $40. When you start, if you want to start with two hives, it will be close to $1,000. This includes honey production, manufacturing bottles and other things. But in the end, the honey you sell pays off the debt, so it’s good.

IP. What is your favorite part of beekeeping?

EP. Honey production is really interesting, and my family also likes honey. My father used it for anything. Sometimes just eat by yourself. The thing about opening the hive box is interesting and satisfying. I am really natural and always feel great.

IP. Why is your honey branded as community honey?

EP. The key to them is the community, and that’s why. Bees are no longer the key, but when I put them here, I want to emphasize the fact that these bees will enter your garden. They may be what you saw outside. They are there, which is why the bottle says “your flower, my bee, our honey”. Actually, my mother came up with it, but we want to emphasize that the real honey comes from the community and your flowers.

EP. What can the residents of Biscayne Bay do to protect the colony?

Q&A with beekeeping entrepreneur Emilio Pagan

in. Plant local flowers. Plant anything locally-sea grapes, nagros, mangroves, etc. Sometimes, when I buy flowers, I see where the bees are, if any, because they know. Keep the pesticide level low, if you use it, please keep it close to the ground, otherwise aerial spray may be really harmful. Definitely make them more sustainable, replace lawns with flowering plants, and really try to maintain some biodiversity. You don’t need to just plant anything specific for bees, because they will find flowers in one way or another. They fly about three miles from the hive, so there are many flowers there, but they will never get hurt.

Emilo Pagan is very happy to be interviewed. Even after the formal interview, we were still talking, and my question was not too ignorant for him.Anyone who wants to buy his magic honey can [email protected].

Isabel Papp.png

Isabel Papp is an eighth grader at Palmer Trinity and an intern at Islander News


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The ‘keyhole’ wasp threatens aircraft safety in Australia | Instant News

Stepping over gulls, flight poses a new threat – keyhole wasps.

Keyhole wasps like to build their nests in tiny holes, including opening tools used to measure aircraft speed, according to new findings made over a three year period by Eco Logical Australia.

The research was sparked by several safety incidents involving wasps, including where the plane had to land again immediately after departing from Brisbane Airport because the pilot recognized the difference in airspeed in November 2013.

After studying the behavior of the keyhole wasp (Pachodynerus nasidens) at Brisbane Airport, the team found a total of 26 wasp-related problems reported at the airport between November 2013 and April 2019, in connection with a series of serious security incidents involving the “pitot probe.”

Wasps easily build nests in these python probes – which are tube-like instruments often installed under the cockpit on the outside of aircraft.

“It’s not a Mayday emergency but it’s the next level, and it’s closing the runway,” said biologist Alan House. A blocked pitot probe was found to be the cause in that case.

As a result of the research, risk mitigation strategies have been introduced, such as including a pitot probe upon arrival at Brisbane Airport.

In South and Central America, where the keyhole wasp is a native species, it is known to build its nests in cavities including keyholes and electrical sockets. “It’s quite well known for its nesting behavior,” said House.

“We hope this research will address the few known but serious problems for air travel in the tropics and subtropics,” said the biologist.

“Having found its way across the Pacific Ocean, there is no reason to doubt that it could spread to other parts of Australia. The consequences of not managing this smart but dangerous pest could be enormous, ”he concluded.


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For the First Time, Scientists Catch Australian ‘Night Bees’ in Action | Instant News

Before dawn, with enough light to see, James Dorey and his companions went out to find bees.

This may sound like a futile exercise, since most bees sleep rather than forage for food when it’s dark; dim light blurs the colors of the flowers, and the nights result in cooler temperatures.

But at least some bees have bucked the trend. For the first time, Dorey and her team based in Adelaide caught a bee foraging at night in Australia, and it shows that there are more nocturnal bees hiding in the dark.

“We know that bees mostly forage during warm weather – they generally don’t like foraging when it’s cold, wet, dark, too hot,” Dorey, an entomologist at Flinders University, told ScienceAlert.

“Hence, we bee researchers tend to follow a similar work ethic.”

We know that some bees are nocturnal, having evolved to these conditions. So unless scientists search for it in the dark, that means we could potentially miss out on an entire species of night bee.

“It was long thought that some bees might forage at night in Australia, but this is based on fairly indirect data,” Dorey told ScienceAlert.

“Foraging behavior like this has evolved several times [around the world] and some groups of bees have species that at least extend their foraging into the dark, even if they are not foraging in the dark as a full-time show. “

Dorey’s outing to Daintree rainforest – as well as a number of other research sites around far North Queensland – eventually proved useful, with the team reporting foraging for the evening meal of two native bee species: Reepenia bituberculata and Meroglossa gemmata, the latter a kind of masked bee.

This is the first time an Australian bee has been recorded foraging in the dark, and it makes Australia the only place with known low light adaptations. masked bee In the world.

The team goes a step further, learnsClose-up images of 75 specimens from 68 bee species, analyzing characteristics such as eye, head and body type and size – all to determine whether the night bee is undergoing physical changes compared to the bee foraging during the day.

Bees, like most insects, have both compound eyes (those on the side of their heads) and simple or Ocelli’s eyes (three small eyes in the center of the head), which only catch light. Both compound eyes and ocelli are larger in bees that forage in dim light.

“We found that these low light-adapted bees tended to have bigger eyes, as well as being on the larger side for bees,” Dorey told ScienceAlert.

(Dorey et al., Journal of Hymenoptera Research, 2020)

Above: Low light bees, facultative (can forage in both low light and normal light), and diurnal (daytime) bees that show different eye sizes of the ocelli. A and B are Reepenia bituberculata, while E is Meroglossa gemmata.

Big eyes make sense – the bigger your eyes are, the more light you can take in – and researchers suggest that larger bodies could help night bees better regulate their temperature in colder conditions.

The team hopes that the image analysis technique can be used in the future to find other species of night bees, without having to sneak around in the dark hoping to find them.

“We were able to show that it is possible to determine whether a bee can adapt to dim light conditions using only imagery,” Dorey told ScienceAlert.

“It will make it easier for researchers to find these neat, dim light bees in the future.”

With limited research investigating even Australia’s daytime (or diurnal) bee populations, there is still a lot of research to be done – including how these creatures can adapt to a warming future, and it is critical that night bees are not left out.

“It is possible that these bees will be threatened by climate change,” said Dorey ScienceAlert.

“But it’s also possible they will benefit from a warmer climate increasing their area or allowing them to forage for longer periods of time. If the latter is true, then these bees may become more important for pollination services as a diurnal foraging window for bees. become narrower. “

This research has been published in Hymenoptera Research Journal.


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The loss of bees causes shortages of major food crops, according to research Living environment | Instant News

The lack of bees in agricultural areas limits the supply of some food crops, a new US-based study has found, showing that the decline in pollinators might have serious consequences for global food security.

Wild bee species, such as bees, suffer loss of flowering habitat, use of toxic pesticides and, increasingly, climate crisis. Managed honey bees, meanwhile, are tended by beekeepers, but are still attacked by disease, leading to fears that three-quarters of the world’s food crops that depend on pollinators can falter due to lack of bees.

New research seems to confirm some of these fears.

Of the seven plants studied that were planted in 13 states in America, five showed evidence that the lack of bees inhibited the amount of food that could be grown, including apples, blueberries and cherries. A total of 131 crop fields were surveyed for bee activity and plant abundance by a coalition of scientists from the US, Canada and Sweden.

“Plants that get more bees get more crop production,” said Rachael Winfree, ecologist and pollinator at Rutgers University who is the senior author of this paper, published by the Royal Society. “I was surprised, I didn’t think they would be this limited.”

The researchers found that wild native bees accounted for the majority of pollination despite operating in intensive farming areas that were largely deforested from the vegetation that supported them. Wild bees are often more effective as pollinators than honey bees, but research shows that some species have experienced a sharp decline. That Rusty bees patched, for example, was the first bee placed on the list of endangered species in the US in 2017 after suffering an 87% decline in the previous two decades.

The American agricultural plot is supported by honey bees, replicated in panic and shifted across the country in the hive to meet the growing need for crop pollination.

Almonds, one of two plants not proven to suffer from bee deficiency in this study, were mostly planted in California, where most beehives in the US are transported by truck every year for a massive almond pollination event.

The US is at the forefront of different trends that are replicated elsewhere in the world – as agriculture becomes more intensive to produce greater volumes to feed a growing global population, tactics such as leveling wildflowers, spraying large quantities of insecticides and growing monocultures Single crop fields damage bee populations which are important for pollinating plants.

According to to the UN Food and Agriculture Organization, the amount of crop production dependent on insects and other pollinators has increased by 300% over the past 50 years. Lack of pollination can cause certain fruits and vegetables to become rarer and more expensive, triggering a deficit of nutrients in food. Staple foods like rice, wheat, and corn will not be affected, because they are pollinated through the wind.

“The honey bee colony is weaker than before and wild bees are down, maybe a lot,” Winfree said. “Agriculture is getting more intensive and there are fewer bees, so at some point pollination will be limited. Even if the honey bee is healthy, it is very risky to depend on one species of bee. It is predictable that the parasite will target one species that we have in this monocultural crop field. “

This paper recommends that farmers get a better understanding of the optimal amount of pollination needed to increase crop yields, as well as review whether the level of pesticides and fertilizers used in the fields is appropriate.

“The trend that we are seeing now is preparing us for food safety issues,” Winfree said. “We are not yet in a complete crisis right now but the trend is not going in the right direction. Our study shows this is not a problem for 10 or 20 years from now – it is happening now. “


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