Aphrodisium (genus)
Aphrodisium is a genus of round-necked longhorn beetles of the subfamily Cerambycinae.
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| Museum specimen of Aphrodisium griffithi | |
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| Genus: | Aphrodisium Thomson, 1864 |
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Species
- Aphrodisium alabardae Ritsema, 1888
- Aphrodisium attenuatum Gressitt
- Aphrodisium basifemoralis (Pic, 1902)
- Aphrodisium cantori (Hope, 1840)
- Aphrodisium convexicolle Gressitt & Rondon, 1970
- Aphrodisium cribricolle Van der Poll, 1890
- Aphrodisium delatouchii Fairmaire, 1886
- Aphrodisium distinctipes (Pic, 1904)
- Aphrodisium faldermannii (Saunders, 1853)
- Aphrodisium gregoryi (Podaný, 1971)
- Aphrodisium griffithi (Hope, 1840)
- Aphrodisium hardwickianum (White, 1853)
- Aphrodisium inexpectatum Podaný, 1971
- Aphrodisium luzonicum Schultze, 1920
- Aphrodisium metallicollis (Gressitt, 1939)
- Aphrodisium muelleri Tippmann, 1955
- Aphrodisium neoxenum (White, 1853)
- Aphrodisium niisatoi Vives & Bentanachs, 2007
- Aphrodisium ohkurai Hayashi, 1992
- Aphrodisium panayarum Schultze, 1920
- Aphrodisium planicolle Van der Poll, 1890
- Aphrodisium robustum (Bates, 1879)
- Aphrodisium rufiventre (Gressitt, 1940)
- Aphrodisium sauteri (Matsushita, 1933)
- Aphrodisium saxosicolle Fairmaire, 1902
- Aphrodisium schwarzeri Podaný, 1971
- Aphrodisium semiignitum (Chevrolat, 1841)
- Aphrodisium semipurpureum Pic, 1925
- Aphrodisium strandi Plavilstshikov, 1932
- Aphrodisium thibetanum Pic, 1925
- Aphrodisium tonkineum Pic, 1925
- Aphrodisium tricoloripes Pic, 1925
- Aphrodisium vermiculosum Gressitt, 1942
- Aphrodisium viridescens Hayashi, 1974
- Aphrodisium viridiaeneum Hayashi, 1992
- Aphrodisium yugaii Kano, 1933
gollark: Wow, that's somehow half the speed of my home connection run over some ancient phone line.
gollark: This is mostly two-way, i.e. two threads per core, however some enterprisey ones go to 4 or 8; this has diminishing returns because more and more of the execution resources are already used.
gollark: So when the core is waiting on memory access required for one thread, say, it can run the other one in the meantime.
gollark: Most modern CPUs support "simultaneous multithreading", where one core can run multiple threads by switching between them *very* fast (without OS intervention/context switches, I think). You might expect this to make them slower, and sometimes it does, but each core has a bunch of resources which just one running thread may underutilize.
gollark: Basically, "cores" is the number of physical... concurrent... processing... things on the CPU, and "threads" is how many tasks they can run "at once".
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