Commuting to… pollinate? How bees are choosing fragmented sites to forage
Like social bees, solitary bees are important pollinators. How do they choose where to forage when their habitat is broken up?
Read moreLike social bees, solitary bees are important pollinators. How do they choose where to forage when their habitat is broken up?
Read moreForests globally are facing threats from insect and pathogen outbreaks. In this battle, drought and unsustainable logging have weakened forests, making them more vulnerable to attacks by insects and pathogens. Luckily, scientists joined the fight and have developed a tool to help identify forests that are at risk. Still, the world’s forests are not out of the woods yet.
Read moreResearch directs how we can protect the recovery of the few remaining old-growth forests from the ground up.
Read moreOriginal article: Kirtane, A., Dietschler, N.J., Bittner, T.D., Lefebvre, M.B., Celis, S., O’Connor, K., Havill, N. and Whitmore, M.C., 2022.
Read moreDrone footage of wildlife promotes collaboration between researchers and hobbyists
Read moreTree growth rate can depend on both past and present environmental conditions. With increasingly frequent and intense droughts, the importance of this environmental “memory” for growth may be changing in two-needle piñon trees.
Read moreThe varying effects of artificial light on the mating success of different firefly species
Read moreAlthough radio-collaring is often used to monitor wolf populations, scientists are turning their attention towards methods that do not require live-capture of animals. What are some of these options, and how do they stack up against radio-collaring?
Read moreArticle: Moore, M.E., Hill, C.A. and Kingsolver, J.G., 2022. Developmental timing of extreme temperature events (heat waves) disrupts host–parasitoid interactions. Ecology
Read moreRecent study highlights the unique difficulties involved in estimating the state of endangered species populations.
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