Urban malaria may be spreading via the wind—here’s why that’s important

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @Mozziebites: What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ult…

RT @Mozziebites: What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ult…

RT @Mozziebites: What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ult…

RT @Mozziebites: What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ult…

RT @Mozziebites: What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ult…

RT @Mozziebites: What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ult…

RT @Mozziebites: What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ult…

What happens when mosquitoes spread to new locations and habitats? “…this seemingly minor change in vector ecology may ultimately derail transcontinental #malaria elimination progress…” https://t.co/w4e8Poxrlr

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @PNASNews: Opinion piece: #Malaria may be spreading via the wind in urban areas. That would mean big challenges for surveillance and pre…

RT @PNASNews: Opinion piece: #Malaria may be spreading via the wind in urban areas. That would mean big challenges for surveillance and pre…

Opinion piece: #Malaria may be spreading via the wind in urban areas. That would mean big challenges for surveillance and prevention: https://t.co/M7pocpzz55 #epidemiology #Africa #AnophelesStephensi #mosquitoes https://t.co/DmmlyDYE3O

#Urban_malaria may be spreading via the #wind—here’s why that’s important | Proceedings of the National Academy of Sciences https://t.co/uSKAWz16G5

New invasive mosquito species are being found in urban areas thanks to wind patterns. These mosquitoes could potentially lead to an increase in malaria infections in new areas. #10 https://t.co/aq7gs3vHxw

RT @PNASNews: Opinion piece: #Malaria may be spreading via the wind in urban areas. That would mean big challenges for surveillance and pre…

RT @PNASNews: Opinion piece: #Malaria may be spreading via the wind in urban areas. That would mean big challenges for surveillance and pre…

Opinion piece: #Malaria may be spreading via the wind in urban areas. That would mean big challenges for surveillance and prevention: https://t.co/YlwbcIgBFp #epidemiology #Africa #AnophelesStephensi #mosquitoes https://t.co/IyrQgMBt4S

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @nzulapa: Asian vector #Anopheles stephensi will likely drastically change Africa’s disease risk landscape. #malaria https://t.co/FxheUH…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

✍️ An interesting piece by  @NIH  scientists & global colleagues on how urban #malaria may spread via the wind 💨 & why that’s important.  More in  @PNASNews  ➡️ https://t.co/CNAdgT0AKQ https://t.co/MYdc6CqANC

Asian vector #Anopheles stephensi will likely drastically change Africa’s disease risk landscape. #malaria https://t.co/FxheUHhZEG

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

Urban malaria may be spreading via the wind—here’s why that’s important | PNAS https://t.co/ZpjWk9Vk0N

Urban malaria may be spreading via the wind—here’s why that’s important | Proceedings of the National Academy of Sciences https://t.co/wIRzkWeTna

RT @BiogentsAG: Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range ex…

Urban #malaria may be spreading via the wind - here’s why that’s important! Their hypothesis: #Anopheles stephensi range expansion is mediated through long-distance, windborne migration. Link to the full text: 👉https://t.co/IUuvMFUByk #urbanmalaria #invasi

Opinion piece: Urban #malaria may be spreading via the wind. If so, existing surveillance and vector-control strategies will have trouble pivoting to take on city-dwelling, container-breeding #AnophelesStephensi #mosquitoes. https://t.co/f9j89VI02k #epidem

Urban malaria may be spreading via the wind—here’s why that’s important https://t.co/mLWVjthPAS

RT @PNASNews: Opinion piece: Urban #malaria may be spreading via the wind, which has potential implications for how we mitigate the #diseas…

Urban malaria may be spreading via the wind—here’s why that’s important | Proceedings of the National Academy of Sciences https://t.co/cptiTbPEay

ฅNya! Here's the latest 🗞 from [ PNAS ]: " Urban malaria may be spreading via the wind—here’s why that’s important" 🔗: https://t.co/bavETUY1Wv

Urban malaria may be spreading via the wind—here’s why that’s important | Proceedings of the National Academy of Sciences https://t.co/AYe8imsiW1

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

Urban Malaria May Be Spreading via the Wind https://t.co/qfXZKD2X7i

Urban malaria may be spreading via the wind—here’s why that’s important | PNAS https://t.co/LEqgUxgXd7

RT @faimanr: Here’s one more for the @tovilehmann team! Great job! Urban malaria may be spreading via the wind—here’s why that’s important…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @GlobalVectorHub: "Urban #malaria may be spreading via the #wind - here’s why that’s important" - interesting hypothesis by Tovi Lehman…

RT @GlobalVectorHub: "Urban #malaria may be spreading via the #wind - here’s why that’s important" - interesting hypothesis by Tovi Lehman…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

Check out our latest publication with @tovilehman @NIH examining the threats from windborne migration of mosquitoes. #wrbu #wrair #mosquito

RT @fishtiaq: But why windborne migration of An stephensi only in #Africa--why not in India? We have been surveying mosquito larval habita…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

Pleased to be involved in this important opinion in @PNASNews, led by my good colleague Tovi Lehmann @NIH. Windborne transport of vectors important in spread of urban malaria: https://t.co/zuSYyzHTL5

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

Potentially an impactful finding to the spread and control possibilities for stephensi on the African continent.

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @PNASNews: Opinion piece: Urban #malaria may be spreading via the wind, which has potential implications for how we mitigate the #diseas…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

Congratulation to the team for this great piece of work

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

"Urban #malaria may be spreading via the #wind - here’s why that’s important" - interesting hypothesis by Tovi Lehman et al. @NIAIDNews https://t.co/TXSGLHEf7G via @PNASNews #WorldMalariaDay

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @RolandBamou: understanding An. stephensi’s mode of spread will help in better assessing risk in different regions. Thanks to all collab…

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

But why windborne migration of An stephensi only in #Africa--why not in India? We have been surveying mosquito larval habitats in #Bengaluru urban- An stephensi has not been very prevalent as in old times--#plant #nursery and other man-made habitat are m

RT @RolandBamou: An stephensi in Africa: why now? Could the high altitude windborne migration explain this? Why only human-mediated transpo…

RT @PNASNews: Opinion piece: Urban #malaria may be spreading via the wind, which has potential implications for how we mitigate the #diseas…

RT @MalariaPapers: Urban malaria may be spreading via the wind-here's why that's important https://t.co/Nyj7w8FYb1

Urban malaria may be spreading via the wind-here's why that's important https://t.co/Nyj7w8FYb1

Here’s one more for the @tovilehmann team! Great job! Urban malaria may be spreading via the wind—here’s why that’s important | Proceedings of the National Academy of Sciences https://t.co/WpsycFbM9O