link stash
Faces: These are photos taken in New York City. The people who appear in these pictures are 100% Chinese, Japanese or Korean; nobody is mixed.
Modern Art: These are images from the museum exhibit at Fondazione Sandretto Re Rebaudengo in Italy entitled “AllLookSame?” (Seriously, no kidding).
Traditional Architecture: This is not as easy as one might think. If it's a Buddhist temple, for instance, it's a Buddhist temple regardless of where it is located.
Food: Keep in mind that the food cultures are constantly being imported and exported. This is not a test of identifying the origin. The answers are based on where the pictures were taken. For instance, noodle was invented in China, but both Korea and Japan adapted it in different ways.
Look at each image. Click the circles to select he-cat or she-cat.
part of https://b3ta.com/quizzes/
to have a cartel member PUBLICLY suing you for something he can also go to jail for 😭
An alleged Sinaloa Cartel member filed suit against Diddy and claims Puff ruined his drug business after trying to arrange for minors to be brought to one of his parties.
A judge dismissed the suit because the cartel member's business is not a "legally protected interest."
Computational analysis of size shape and structure (2019) https://doi.org/10.1242/bio.040774
Mary K. Salcedo, Jordan Hoffmann, Seth Donoughe, L. Mahadevan https://journals.biologists.com/bio/article/8/10/bio040774/224129/Computational-analysis-of-size-shape-and-structure
Abstract: The size, shape and structure of insect wings are intimately linked to their ability to fly. However, there are few systematic studies of the variability of the natural patterns in wing morphology across insects. We have assembled a dataset of 789 insect wings with representatives from 25 families and performed a comprehensive computational analysis of their morphology using topological and geometric notions in terms of (i) wing size and contour shape, (ii) vein topology, and (iii) shape and distribution of wing membrane domains. These morphospaces are complementary to existing methods for quantitatively characterizing wing morphology and are likely to be useful for investigating wing function and evolution. This Methods and Techniques paper is accompanied by a set of computational tools for open use.