Discovered in the deep: tiny ‘sucker-bum #squid’ with martial arts moves https://www.theguardian.com/environment/2024/mar/11/pygmy-sucker-squid-species-japanese-coral-reef by Helen Scales

Two new pygmy #squids, #Idiosepius kijimuna and #Kodama jujutsu from the #Ryukyu Islands, #Japan https://link.springer.com/article/10.1007/s00227-023-04305-1 by Amanda Reid et al., 2023

"The two species of #PygmySquid the size of a fingernail live on Japanese #CoralReefs. Spotting them is a sign of a healthy ecosystem"

Discovered in the deep: tiny ‘sucker-bum squid’ with martial arts moves

The two species of pygmy squid the size of a fingernail live on Japanese coral reefs. Spotting them is a sign of a healthy ecosystem, say scientists

The Guardian
Discovered in the deep: tiny ‘sucker-bum squid’ with martial arts moves

The two species of pygmy squid the size of a fingernail live on Japanese coral reefs. Spotting them is a sign of a healthy ecosystem, say scientists

The Guardian

@KateShaw , did you see these?
Look out for teeny tiny pygmy squid attached to blade of sea grass:
https://news.mongabay.com/2023/12/photos-top-species-discoveries-from-2023/

#newSpecies
#squid
#pygmySquid

Photos: Top species discoveries from 2023

Scientists named hundreds of new to science species this year, including an electric blue tarantula, two pygmy squids, a silent frog, and some thumb-sized chameleons. These newly uncovered creatures give us just a glimpse into the immense biodiversity yet to be found across the planet. “I think most people believe that we know most species […]

Mongabay Environmental News
Above, my #introduction of interests. Here, who I am, what I do: a neuroscientist at the #MRCLMB and University of Cambridge, UK, studying the neural circuit basis of behavior, originally in #Drosophila but now also in #cephalopods (#pygmysquid #Idiosepius), the lancelet #Amphioxus and other animals. Our main approach: whole brain #connectomics with #vEM (volume electron microscopy) as the basis for computational modeling to guide neuronal activity perturbation and monitoring experiments with #optogenetics and #electrophysiology (#ephys for short).
Once upon a time I founded the #ImageJ -based #TrakEM2 software for image registration and neuronal arbor reconstruction and annotation, which spurred founding the #FijiSc (https://fiji.sc) image processing software, and later the #CATMAID web-based software for #connectomics.
Always open to inquires from prospective students and postdocs, and collaborations.