Track Order
Lifespan Of Honey Bees
Increased Aggression and Reduced Aversive Learning: Knowing The Causes Behind This Problem
What is Honey? Why Geohoney? 
Honey Worldwide 
Bees Also Dance And Dream: Some Interesting Facts About Them 
Facts About Honey Bee Queen 
Global Honey Statistics 
Significance Of Pollination In Beekeeping 
Hive Management in Beekeeping 
Honey & Beeswax Extraction in Beekeeping 
Honey Bee Queen in Beekeeping 
Difference Between Honeycombs & Bee Nests 
Polyfloral Honey 
Monofloral Honey 
Amazing Facts of Honey Bee 
Types of Honey Bees 
Plants & Flowers Producing True Honey 
Bee Keeping In Honey Business 
Honey Glossary 
Anotomy of Honey Bee 
Colonies of Honey Bee 
Honey Preservation: Best Practices That Keeps It Healthy For A Longer Time 
Undiscovered Secrets of World Best Honey 
Ways Of Attracting Honey Bees 
How To Protect Honey Bees in Beekeeping? 
Pollination by Honey Bees 
Fascinating Honey Bee Dance 
Honey Beekeeping Tips For Beginners 
Ancient Significance of Honey Bees 
Incredible Body Structure of Honey Bees 
Significance Of Honey Bee Garden 
Beekeeping in India 
Honey Bee Health Issues: Potential Reasons Of Bee Colony Collapse 
Details of Honey Bee Trap 
Best Plants For Honey Bees 
Honey Bee Farming 
Honey Bee Swarms 
Knowing The Adverse Impacts Of Climate Change On Flowering Plants And Bees 
Honey Bee Farming As A Hobby: A Great Step To Minimize The Decrease Of Honey Bee Population 
An Overview On Medicinal Benefits Of Raw Honey 
Fruitful Trees For The Lovely Bees That Help Producing The Best Honey 
Bee Honey: History Of This Natural Sweetener As Food, As Medicine & In Culture 
Complex Chemistry Behind Natures Best Superfood Honey 
Wonderful Facts About Honey Bees That Are Sure To Fascinate The Kids 
Monofloral Honey: 7 Best Types And Their Never-Ending Benefits 
Increased Aggression and Reduced Aversive Learning: Knowing The Causes Behind This Problem 
Everything About The Numerous Varieties Of Honey Available All Around The World & Their Holistic Benefits 
Becoming A Beekeeper Is A New Career Option To Protect The Little Bees & Ecosystem 
An All-Inclusive Guide To Learn How And Where To Build Up Your Own Honey Bee Colonies 
Apiculture – All You Need To Know About Its Importance In Human Lives 
The Apidae Family: Everything You Need To Know About This Honey Bees Specie 
Veterinary Diagnostic Of Honey Bee Diseases: A Valuable Approach To Save Little Pollinators 
Exploring The Amazing Honey Varieties Produced By Little Honey Bees 
Beekeeping As A Hobby: Myths That Are Must To Avoid 
Knowing How Caffeine Can Boost Bees Focus? 
Knowing Everything About The Fascinating Honey Bee Biology 
Types Of Bees - Diet, Habitat And Their Impact 
Honey Bees Have The Amazing Ability To Learn Odd & Even Numbers - Read More! 
Are Honey Bees Helping The Environment? Let's Know The Truth! 
Video Recordings Are A New Way Of Understanding Rare Honey Bee Behaviors 
Honey & Its Importance In Different World Religions 
Natural Honey - Its Neurological Effect Is Worth Knowing! 
Acacia Honey: Characterization Of This Popular Honey Based On Physicochemical Parameters And Chemometrics 
Prevalence Of Honey Bees In Ancient Art & Human History 
Bees Can Search And Remember Flowers Just Like Humans: Know How! 
Swarming Bees: What Is It All About And Are They Dangerous? 
Honey Bees Are In Love With Small Urban Gardens – Know Why? 
Himalayan Salt Lamps – A Detailed Info 
Bee Pollen - Composition, Uses and Benefits Of This Healthy Bee Product 
Buckwheat Honey - Know All About This Unique Flavored Honey 
Honey Bees - Diving Into The World Of Lovely Pollinators 
Royal Jelly - Surprising Health Benefits Of This Wonderful Bee Product 
What Is The Secret Behind The Hexagonal Shape Of Honeycomb Cells? 
Memory Formation In Bees – They Can Remember Exact Odors Soon After A Single Learning Experience 
Importance Of Social Networks In Studying Life Of The Honey Bees 
Uncovering The Hidden Superpowers Of Honey Bees 
What Is More Interesting Than Honey In A Beehive? 
African Beekeepers Teach Great Ways To Build Strong Bee Colonies 
How Bees And Birds Beneficial In Coffee Farming? 
Common Weed Killer – Good For Animals But Bad For The Bees! 
Asymmetrical Development Of Bees Wings Is Due To Climate Stress 
Environmental Threats And Concerns On Bees 
Bumble Bees Play With Toys and Might Even Enjoy It 
Social Distancing is now seen even in Honeybees 
Biodiversity and Habitat Quality affects Bee Health 
Introduction to Bee Venom Therapy: A General Overview of What Bee Venom Therapy is? 
Honey in Folklore and Mythology 
The Role of Carniolan Honey Bees in Agricultural Ecosystems 
How Honey Bees Communicate Through Chemical Signals 
Exploring the World of Himalayan Salt Lamps 
Bumble Bees Warm Up While Carrying Pollen 
Carpenter Bees Unearthing Intriguing Insights 
Mason Bee Detection and Qualities 
Characteristics of Africanized Honey Bees 
Propolis: The Power of Beekeeping 
Climate Change: A Work in Progress 
A Comprehensive Guide to the Tawny Mining Bee 
Bee-Friendly Farming Practices 
The Comprehensive Guide to Honeybee Diseases and Pests 
History of Honeybee Domestication 
Traditional and Modern Use of Raw Honey in Medicine 
Historical Insights and Potential Future of the Global Honey Industry 
The Bees Knees: Exploring Honey in the Digital Age 
Honeycombs Role in Rituals and Research 
Organic Sugar: Beyond Just a Sweetener Increasing Sickness Rate Of Wild Bumble Bees – What's The Key Factor?
Reading Time: 4 minutes, 21 seconds Post Views: 1705Honey bees and bumblebees are
found worldwide, helping pollinate the food crops that we use and the
environment. Both of these bees are seen outside in abundance during the fall
season, enjoying this most beautiful time of the year. Although we all admire the
flowers buzzing with the bees that grow at our home and outside in the gardens,
we are also worried about the population decline that bees are facing
currently.
Many bees are currently
disappearing, and varroa-mite is the most critical risk factor for bee colonies
across the globe. While varroa is host-specific and can plague bumblebees, the
infections it communicates are more cosmopolitan, particularly Deformed Wing
Virus (DWV). This virus has been found in many insect species, and some new
examinations have observed that DWV can repeat in honey bees and increase their
death rate. Along these lines, seeing how to restrict DWV in honey bees could
assist with saving them.
But to keep honey bee colonies
healthy, it is essential to know how bumblebees get DWV? Can flowers get
contaminated by sick honey bees? These are some questions that have been
studied to find ways to limit DWV transmission between honey bees and
bumblebees?
The latest study published in
the Journal of Applied Ecologyled to a set-up of essential yet rich
research facility bioassays and consolidated the information into another
epidemiological model for DWV transmission and spread. The objective of the
author's model was to see how to restrict DWV in bumblebee provinces and the
climate, thereby limiting spillover to wild bumblebees.
To carry out the study, small
colonies of uninfected honey bees were created and were allowed to forage on
clover flowers. Four treatments of the blossoms were compared then: blossoms
arbitrarily gathered from the field, blossoms vaccinated with a field-sensible
portion of DWV, blossoms on which DWV-infected honey bees had scrounge for
three days, and sterile artificial flowers that went about as a control.
Finally, toward the finish of foraging, all honey bees and blossoms were
evaluated for DWV loads.
Then, they inoculated artificial
flowers containing a little tube of sucrose "nectar" in the center to
evaluate the number of viral particles gained by honey bees over continuously
longer foraging sessions. This information was contrasted with a portion
reaction bend that surveyed the measure of infection inoculums needed to hold
undeniable degrees of infection in honey bees after pickup. Furthermore,
inoculated honey bees were permitted to scrounge on clean artificial blossoms
to check whether they could contaminate flowers (i.e., if transmission might
work in the two ways between bumblebees and honey bees).
Last, a model was made to
concentrate on theoretical transmission elements inside a honey bee populace
and overflow to honey bees through shared searching at blossoms. The model was
defined with consequences of the creators' review, past observational datasets,
and different information from the writing.
All in all, what did they find?
Could DWV transmission happen between bumblebees and honey bees at blossoms?
Indeed. ~30% of honey bees foraging at blossoms that were hand-inoculated with
DWV or presented to bumblebees contaminated with DWV tested positive for DWV
three days after foraging. Furthermore, loads of DWV in these honey bees were
genuinely high; normal viral loads of ~105 and 104 genome copies.
Strangely, foraging at
contaminated blossoms for a couple of moments brought about honey bees gaining
genuinely high loads of DWV. The significant result is that even honey bees
that foraged for a few seconds gained more than 105 genome copies. That is the
high-speed transmission of flowers!
Are honey bees prone to become
ill from the DWV they acquire at blossoms? The authors immunized honey bees with
changing DWV dosages (between 106 to 107 genome duplicates) and surveyed loads
in honey bees three days post-vaccination. These dosages are undeniably higher
than ordinarily found on blossoms; however, past examinations have seen that a
few blossoms do have levels of DWV in this reach. Between 50-75% of the honey
bees had 104 to 107 genome copies three days post-immunization. This outcome
recommends that, at minimum, some honey bees might become contaminated after
getting DWV from blossoms in the field.
According to Mr. Basem Barry,
founder & CEO of Geohoney, varroa infestations
significantly increase DWV in honey bees. Thus, controlling varroa is essential
for reducing DWV spillover to wild bumblebees. This study has concluded that
controlling DWV effectively reduces the number of bumblebees that become
infected. Thus it becomes essential to know each & everything in detail
through such studies about how honey bees and bumblebees can be protected &
saved.
This study effectively demonstrated virus deposition to blossoms by honey bees under test conditions. Future examinations should test whether the outcomes are pertinent to test field-gathered blossoms close to honey bee apiaries. Since other honey bee species may also store infections on botanical assets, choosing field locales with differing densities of bumblebees and estimating flower appearance could reveal insight into the significance of bumblebees versus different honey bees to virus deposition on flowers.
These outcomes propose that blooming plant species might contrast their affinity to hold onto infections. Subsequently, closely examining the mechanisms of virus deposition related to botanical characteristics could clarify the distinctions we noticed. Ultimately, extra social examinations are expected to analyze how viral infection might impact searching behavior.
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Nice one... Keep it up!