How do glyphosates impact bumblebee productivity and parasitology?

Queen's University Belfast
Belfast, Northern Ireland
BiologyEcology
DOI: 10.18258/12702
$2,392
Raised of $2,000 Goal
119%
Funded on 4/15/19
Successfully Funded
  • $2,392
    pledged
  • 119%
    funded
  • Funded
    on 4/15/19

About This Project

The recent ban of neonicotinoids across Europe due to their impacts on the bee population has raised concern that other common garden products have similar impacts. We set out to investigate how glyphosates – herbicides, give rise to complications in bee health and their overall population numbers.

We hypothesise that bees exposed to glyphosates will experience increased vulnerability to parasitic infections, along with negative changes in foraging behaviour and foraging ability.

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What is the context of this research?

Pollinators play an important role in human life in regards to food security and other ecosystem services they provide. To do this they require flowering plants for food and shelter resources. Bees are experiencing declines in their population which is influenced by human influence, be it land-use change or agricultural intensity. Neonicotinoids have recently been found to have detrimental effects on bees, however, the effects of glyphosates on bumblebee productivity and parasitology has yet to be investigated. With the suggested impacts on human health upon consumption, the impact on our bees can only be imagined.

What is the significance of this project?

They have found that garden products containing neonicotinoids have major impacts on bee health and function, it may be hypothesised that similar garden products, like Roundup, could possess similar effects on our bees. With this research we hope to investigate the effects of glyphosates (herbicides) on bumblebees, specifically, how they affect bumblebee health and productivity. This research could potentially become a small piece of a larger very important puzzle.


What are the goals of the project?

We hypothesise that bees exposed to glyphosates will experience increased vulnerability to parasitic infections. We will test this by treating the colonies with sugar solution, half of which contain glyphosates. We will then run a series of dissections before and after wild release and compare parasite infection rate between glyphosate treated and sugar solution treated colonies.

We also hypothesize that bees will experience negative changes in foraging behaviour and foraging ability. We will test this by running a range of choice experiments to determine whether bees choose flowers sprayed with glyphosates regardless of toxicity.

If the hypothesis is supported, results could be used in management plans to facilitate bee conservation.

Budget

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This funding will be used to facilitate a masters project carried out in Queen's University and working alongside Lagan Valley Regional Park. It is expected to run from mid April to late July 2019 and consists of; field experiments, dissections and choice experiments.

A larger proportion of the funding will be used to purchase 8 boxes of commercial bumblebee colonies.

Field experiments ($400); pure glyphosate and equipment used for the protection of the colonies when in the field, i.e wire fencing and waterproof material.

Dissection experiment ($250); storage tubes, ethanol for bumblebee storage, insect pins and a dissection kit.

Choice experiment ($350); material to build a Y-maze for in lab choice experiment, potted flowers and glyphosates for field choice experiments.

Endorsed by

Due to taxonomic bias, the study of invertebrate conservation has lagged behind that of mammals. Vague management plans and poor understanding of insect conservation can lead to large scale biodiversity loss. With habitat degradation and land use intensification both increasing, our native pollinators need to be spared from further harm. Investigating the effects of chemical herbicides on Bumblebee population health is vital to ensure these vulnerable insects are not pushed further into decline
Nicola is a brilliant research student, having assisted me tremendously in my own work, concerning pollinators and their economic value to local growers. Her work in melittology has far-reaching consequences that should be investigated and promoted, as the work the bees do is vital for humanity, and the strain we put on them with various biocides, will definitely impact their natural resistant to parasites, but to what extent? I anticipate the answer she provides eagerly

Flag iconProject Timeline

The practical part of this research will be carried out over 3 months beginning April 15th running until July 15th, with final submission of the research at the end of August 2019.

The project will be split into subsections which will address; Commercial colony dissections before and after wild release and in lab and wild bumblebee choice observations.


Mar 16, 2019

Project Launched

Jun 27, 2019

Collect Samples for dissection

Jul 01, 2019

Treat Bumblebee colonies  

Jul 02, 2019

Run wild observations

Jul 02, 2019

Set up wild observation site

Meet the Team

Nicola Paul
Nicola Paul
Masters Student at Queen's University, Belfast
Dr Neil Reid
Dr Neil Reid
Senior Lecturer in Conservation Biology

Affiliates

Queen's University Belfast
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Nicola Paul

I am a student of Queen's University, Belfast studying a Msc in Ecological Management and Conservation Biology.

I was first introduced to the study of Bees and their involvement in pollination and crop production last year during my undergraduate honours project, and since have been obsessed with everything bees.

When I'm not thinking or sneaking bees into every conversation I have, you would probably find me watching marvel movies or taking pictures of nature. I am a novice photographer and love love love travelling.

Dr Neil Reid

My research focuses on policy-relevant evaluation of conservation strategies; conservation ecology; applied ecology of farmland species; ecology of invasive species; statistical advances in wildlife abundance estimation; sustainability and carbon sequestration. Current interests include the impact of herbicides on wild bee populations. Click here for Research Profile


Project Backers

  • 41Backers
  • 119%Funded
  • $2,392Total Donations
  • $58.34Average Donation
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