Want to learn more about the consequences of climate change on insect colour and sexual signals, read our latest article recently featured in The Guardian. https://t.co/eqvprmxVFd Thanks to all co-authors @Kawsaar_Khan @MarieHerberstei. Special thanks @SofiQuaglia
Excited to share my PhD research, now published in Biology Open! We found that natural heatwaves reduce mating in Australian damselflies but don’t affect flight activity or abundance—raising concerns for insect populations under climate change. https://t.co/YF2y0kVW3v
Our recent study found that damselflies adjust their thermal tolerance across seasons, but summer heatwaves may exceed their limits. Here is the link: https://t.co/ZxQAVj6ttg
Summer is tough, even for damselflies. As temperature rise, they lose their ability to handle extreme temperatures. Can they keep up with climate change? Read our new paper to learn more.
https://t.co/3PVS9ZN89b
#climatecrisis#insectresilience#insect#natureindanger
In our latest article in Royal Society Open Science, we found tropical damselflies, despite having higher CTmax, are more at risk from climate change than temperate populations due to narrower thermal safety margins. https://t.co/0aHG8S0lg4
@jenna0594 Bangladesh is facing severe floods now, displacing thousands and damaging homes and infrastructure. Continuous rain has caused rivers to overflow, affecting districts like Feni, Noakhali, Cumilla, Habiganj, Moulvibazar, Brahmanbaria, and Chattogram.
I am happy to share that our latest review has been published in Ecology and Evolution. We discussed the consequences of climate-driven colour change on insect sexual signalling and sexual selection. Here is the link https://t.co/GeJBrwJTGJ
@jimmclean9 and I are happy to introduce R package Durga (https://t.co/Qggf60OHbK ). This package is designed to estimate effect size easily and to visualise effect size aesthetically. (1/11) #rstats#dataviz#Datavisualization