Contacts for media: Emily Gowdey-Backus, [email protected] and Nancy Cicco, 978-934-4944, [email protected] LOWELL, Mass. – Aiming to better understand the pollination process, a UMass ...
A bumblebee lands on the flowers of a white sloe bush. Soeren Stache/picture alliance via Getty Images Stephen Buchmann, University of Arizona As trees and flowers blossom in spring, bees emerge from ...
A University of Massachusetts Lowell researcher who specializes in building micro-robots is using his skills to help uncover how bees pollinate through buzzing. Noah Jafferis and a research colleague ...
In the summertime, the air is thick with the low humming of bees delivering pollen from one flower to the next. If you listen closely, a louder buzz may catch your ear. This sound is the key to a ...
A powerful new way to fill major gaps in public bee data -- including from Africa, Asia and other under-reported zones -- has been addressed with a centralized tool for consolidating bee pollinator ...
The Future of Everything covers the innovation and technology transforming the way we live, work and play, with monthly issues on health, money, cities and more. This month is Artificial Intelligence, ...
Conventional wisdom suggests that more bees equals more pollination, and that bee shortages are to blame for diminishing ...
Stressed bees are much more likely to make pessimistic choices and lack a buzz in life. Stressed bees are much more likely to make pessimistic choices and lack a buzz in life, new research has ...
LOWELL, Mass. – Aiming to better understand the pollination process, a UMass Lowell scientist has simulated the buzz of a bee in a microrobot. UMass Lowell’s Noah Jafferis, assistant professor of ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results
Feedback