Nanaimo, Vancouver Island, British Columbia, Canada
The Höllengebirge at Ischl, 1834, Ferdinand Georg Waldmüller
https://www.wikiart.org/en/ferdinand-georg-waldm-ller/the-h-llengebirge-at-ischl-1834
“Hippity hoppity this is now my property”
(via)
COSMOS: Possible Worlds 2020
Gerrit Dou (1613-1675) “Scholar sharpening a quill pen” (1633) Oil on panel Dutch Golden Age Part of the Leiden Collection but currently on view at the Hermitage Museum, St. Petersburg, Russia
nova festival survivor meets a holocaust survivor and they have a chat.
video length is about 6 minutes. it’s worth it.
TW: yoni describes what he saw at nova, please watch with caution and only when you have the emotional capacity.
A new angel sharks species was identified, from the western Indian Ocean on the Mascarene Plateau and off southwestern India in 100–500 m depths, the Lea’s angel shark Squatina leae, was recognized to be different genetically and morphologically distinct from its congeneric species Squatina africanae, following unique morphological features. This species was first detected in 1988 after finding three unusual, small sharks, but till today was completely understood. The angel shark is named after one of the author’s fiancee’s late sister, Lea-Marie Cordt.
- Squatina leae, adult male, in dorsolateral.
Angel sharks are “flatter sharks”, possesing distinctly broad, dorsoventrally flattened bodies, a short snout with large mouth and nostrils, eyes on top of the head close to the large spiracles, very large pectoral fins, and a lateral caudal keel. They’ve evolved to be ambush predators, they lie in wait for prey to pass closely overhead before attacking.
Reference (Open Access): Weigmann et al., 2023. Revision of the Western Indian Ocean Angel Sharks, Genus Squatina (Squatiniformes, Squatinidae), with Description of a New Species and Redescription of the African Angel Shark Squatina africana Regan, 1908. Biology
From North Australia, another species of hornshark is described based on six whole specimens and a single egg case. The painted hornshark Heterodontus marshallae was previously considered to be the same with the zebra bullhead shark another well know bullhead shark from the central Indo-Pacific from Japan to Australia, but genetic and morphological analyses indicated the sharks were different, but looking alike. The painted hornshark is endemic to northwestern Australia and occurs in deeper waters, at 125–229 m below surface.
- Lateral view of two mature female painted hornshark Heterodontus marshallae showing small differences between individuals
The painted hornsharks is named in honour of Dr. Lindsay Marshall www.stickfigurefish.com.au a scientific illustrator and elasmobranch scientist who expertly painted all the sharks and rays of the world for the Chondrichthyan Tree of Life Project.
Reference (Open Access): White et al., 2023 Species in Disguise: A New Species of Hornshark from Northern Australia (Heterodontiformes: Heterodontidae). Diversity.
And from an unidentified shark egg collected from the deep waters of northwestern Australia, in 2011 recently helped researchers identify a new species of deep water cat shark. Called ridged-egg catshark Apristurus ovicorrugatus after its eggs, it was collected in the earlys 90 but remained unknown to date. This sharks presents white eyes, and is small in size, reaching less than a half meter in length. .
- Lateral view of female Apristurus ovicorrugatus before preserved. Photo by CSIRO.
Egg cases belonging to this species had been documented as early as the 1980s, but could not be matched to any species of Australian shark until recently scientists examined a shark specimen of previously uncertain identity in the CSIRO collection.
-egg cases of Apristurus ovicorrugatus. Scale bar is 10 mm
Reference (Open Access) White,et al., 2023 What came first, the shark or the egg? Discovery of a new species of deepwater shark by investigation of egg case morphology. Journal of Fish Biology.
What has 8 arms, 9 brains, 3 hearts, and 2,240 suckers? Goji, the giant Pacific octopus, of course!
This is the most clearest picture of Pluto ever taken! It was captured recently by the New Horizons planetary probe using itd Ralph imaging instrument. The surface of the dwarf planet is a cool -400 degrees. From this angle it looks like Europa, one of the moons of Jupiter. The red could be copper, the blue could be copper sulphate or cobalt. We will find out more as we explore this dwarf planet on the farthest side of our Solar System even further over the next decade or so. Learn more about the dwarf planets in the Kupier belt region from here
Image: NASA