Zainstaluj Steam
zaloguj się
|
język
简体中文 (chiński uproszczony)
繁體中文 (chiński tradycyjny)
日本語 (japoński)
한국어 (koreański)
ไทย (tajski)
български (bułgarski)
Čeština (czeski)
Dansk (duński)
Deutsch (niemiecki)
English (angielski)
Español – España (hiszpański)
Español – Latinoamérica (hiszpański latynoamerykański)
Ελληνικά (grecki)
Français (francuski)
Italiano (włoski)
Bahasa Indonesia (indonezyjski)
Magyar (węgierski)
Nederlands (niderlandzki)
Norsk (norweski)
Português (portugalski – Portugalia)
Português – Brasil (portugalski brazylijski)
Română (rumuński)
Русский (rosyjski)
Suomi (fiński)
Svenska (szwedzki)
Türkçe (turecki)
Tiếng Việt (wietnamski)
Українська (ukraiński)
Zgłoś problem z tłumaczeniem
The intense radiation of most observed GRBs is thought to be released during a supernova or superluminous supernova as a high-mass star implodes to form a neutron star or a black hole. A subclass of GRBs appears to originate from the merger of binary neutron stars.[10]
Whilst traditionally very difficult to assign to an extant group of organisms, current opinion suggests a fungal placement for the genus.[1] Its exact relationship with extant fungus lineages is uncertain. It was almost certainly a perennial organism that grew over multiple years. Several ecologies have been proposed, including that it was saprotrophic like many modern fungi, or that it was a lichenised autotroph.[2]
Bouillabaisse was originally a stew made by Marseille fishers, using the bony rockfish which they were unable to sell to restaurants or markets. There are at least three kinds of fish in a traditional bouillabaisse, typically red rascasse (Scorpaena scrofa); sea robin; and European conger. It can also include gilt-head bream, turbot, monkfish, mullet, or European hake. It usually also includes shellf