Japanese Silk Moth
Antheraea yamamai
Insectstrong against fungi, fish
Common
While active with another insect in play, each of its attacks also hits the opposing bench for 10, without knocking them out (20 with two others).
Antheraea yamamai
Photo: © Jess Mullins (original photo) · CC BY 4.0 (licence text) · cropped
Strong against: it deals 20% more damage to them. Weak against: these types deal 20% more damage to it.
Antheraea yamamai, the Japanese silk moth or Japanese oak silkmoth (Japanese: yamamayu(ga) (山繭(蛾)・ヤママユ(ガ)) or tensan (天蚕)) is a moth of the family Saturniidae. It is endemic to east Asia, but has been imported to Europe for tussar silk production and is now found in southeastern Europe, mainly in Austria, northeastern Italy, and the Balkans. It seems to be spreading north and a population has been reported near Deggendorf and Passau in Germany. The species was first described by Félix Édouard Guérin-Méneville in 1861. It has been hybridized artificially with Antheraea polyphemus of North America.
This moth has been cultivated in Japan for more than 1000 years. It produces a naturally white silk that is very strong and elastic, but does not dye well. It is now very rare and expensive.
The wingspan is 110–150 millimetres (4.3–5.9 in). Adults are on wing from August to September in one generation depending on the location.
The larva mainly feed on Quercus species, but have also been reported on Fagus sylvatica, Castanea sativa, Carpinus, Rosa, and Crataegus.
In order to look at the tensan silk genes in more detail a de novo genome and set of transcriptomes have been sequenced, producing a 700Mb reference with 15,481 genes.
Excerpt from the Wikipedia article Antheraea yamamai, by its authors, under the CC BY-SA 4.0 licence.
No global status on the IUCN Red List: that’s what makes this card Common.
Every Common card has 100 points, shared between HP, ATK and DEF:
How they’re shared out:
…
DEF 35