#entomology #australia #lighttrapping
#entomology #australia #lighttrapping
A new #beetle-specific light trap design reducing flying insect bycatch
doi.org/10.1111/icad...
#EntoMethods #LightTrapping #InsectMonitoring #Biodiversity
@manusaunders.bsky.social @wileyecology.bsky.social
A new #beetle-specific light trap design reducing flying insect bycatch
doi.org/10.1111/icad...
#EntoMethods #LightTrapping #InsectMonitoring #Biodiversity
@manusaunders.bsky.social @wileyecology.bsky.social
First #LightTrapping session for our @sfb1372.bsky.social #arthropod #biodiversity project in collaboration with @robertrollins1892.bsky.social in @genmig.bsky.social lab from the @ifv-whv.bsky.social 💡🦋 🕷🪲🦟
I just love the trap that looks like a 👻! Or 🪼?
First #LightTrapping session for our @sfb1372.bsky.social #arthropod #biodiversity project in collaboration with @robertrollins1892.bsky.social in @genmig.bsky.social lab from the @ifv-whv.bsky.social 💡🦋 🕷🪲🦟
I just love the trap that looks like a 👻! Or 🪼?
#lepidoptera #lighttrapping #australianmoths
#lepidoptera #lighttrapping #australianmoths
#LightTrapping #Biodiversity
#LightTrapping #Biodiversity
A small Erebid moth endemic to a small area of SW Australia. That’s all I know about it.
Lighttrapping in Dryandra Woodlands NP.
A small Erebid moth endemic to a small area of SW Australia. That’s all I know about it.
Lighttrapping in Dryandra Woodlands NP.
https://scitechdaily.com/duke-engineers-trap-light-to-create-the-fastest-photodetector-ever-built/
https://scitechdaily.com/duke-engineers-trap-light-to-create-the-fastest-photodetector-ever-built/
Published on Tuesday, January 13, 2026
Published on Tuesday, January 13, 2026
More info: http://ncentsoc.weebly.com/light-trapping-events.html
More info: http://ncentsoc.weebly.com/light-trapping-events.html
Reg http://ncentsoc.weebly.com/light-trapping-events.html
Photo @Bertonemyia
Reg http://ncentsoc.weebly.com/light-trapping-events.html
Photo @Bertonemyia
https://scitechdaily.com/scientists-trap-light-in-a-layer-1000x-thinner-than-a-hair/
https://scitechdaily.com/scientists-trap-light-in-a-layer-1000x-thinner-than-a-hair/