Researchers are only beginning to understand the impact of pollution and increased temperatures on the biology of mosquitoes.
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Articles on Insecticides
Displaying 21 - 40 of 49 articles
Possible causes of limb malformations in babies born in rural areas of France.
New research shows teaming fungi with ‘friendly’ viruses could create an environmentally sustaiable and efficient way to protect crops.
Research shows that managed honey bees may pose a threat to free roaming honey bee populations.
South Africa is piloting a new technique as it drives to eliminate malaria.
A tree-killing beetle has invaded South Africa. This is what should be done.
Meta-analysis studies have made it possible to sort through apparently contradictory research by looking at the bigger picture.
Farmers needs a way to manage harmful insects without destroying the ecological balance.
The beetle and the fungus have devastated trees in California in the US as well as in Israel. Now they’re in South Africa.
The experiences of a migrant district in Scotland’s biggest city could be the shape of things to come.
Epidemiologists and public health managers are looking to complement indoor-based malaria solutions with those that focus on the outdoors. Drones are a crucial part of their armoury.
A spike in the number of malaria cases in southern Africa means that the region will not meet its initial target of eliminating malaria by 2018.
Here’s how to take the sting out of these harmful pesticides.
Malaria in South Africa is close to being eliminated but to complicate matters scientists have identified a second mosquito transmitting the disease.
The gains made towards eliminating malaria in endemic countries is being threatened by insecticide and antimalarial drug resistance.
An association isn’t the same as causation – and as far as associations go, the one in this study was pretty weak.
Indigenous biocontrol agents could be used to curb the spread of invasive wasps across South Africa and into sub-Saharan Africa.
Upscaling the success of emerging mosquito control technologies relies on automating the rearing and release of millions of mosquitoes. Australia is to become the testing ground for a novel strategy.
Two new studies have linked controversial pesticides neonicotinoides to wild bee and butterfly declines.
New research confirms what many parents already know: head lice are getting harder to kill. How else can we control these itchy pests plaguing our playgrounds?
Top contributors
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Clinical Associate Professor and Principal Hospital Scientist, University of Sydney
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Research Scientist, The University of Queensland
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Associate Professor, University of Pretoria
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Professor of Biology (Evolution, Behaviour and Environment), University of Sussex
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Professor of Entomology and Extension Specialist, Penn State
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Honorary Professorial Fellow, School of Chemistry, The University of Melbourne
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Professorial Fellow, ARC Centre of Excellence for Coral Reef Studies, James Cook University
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Senior lecturer in Pharmacology, University of Adelaide
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Associate, Sustainability Science, Harvard Kennedy School, Harvard University
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Associate professor, The University of Queensland
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Professor of Economics, South Dakota State University
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Research Entomologist, South Dakota State University
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Research Chair, Integrated Vector Management in the Vector Control Cluster, Centre for Sustainable Malaria Control, University of Pretoria
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Professor in Developmental Biology, University of Aberdeen
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Chancellor's Post Doctoral Research Fellow, University of Technology Sydney
