“I love the idea of dead gods. Not in the sense of “hey i killed something supernaturally strong” but in the sense of “i killed it and it’s still a god.” It is still worshipped. prayers are still answered. miracles are performed in its name, even as it lies pierced by a thousand swords and burning with chemical fire. even as it drifts through vacuum, decapitated and bleeding molten rock. in cosmic spite of being shot through each eye and hurled into a plasma reactor, it still radiates the power of the divine in a way that primitive death cannot smother. the nature of godchild is not so simple as to be tied to the mortality, or immortality, of any living being.”
From <https://www.tumblr.com/neue_web/iframe/reblog/684581909981986816/Tn58UZEJ>
(derived from a comment to that post)
A whale fall occurs when the carcass of a whale has fallen onto the ocean floor at a depth greater than 1,000 m (3,300 ft), in the bathyal or abyssal zones. On the sea floor, these carcasses can create complex localized ecosystems that supply sustenance to deep-sea organisms for decades. This is unlike in shallower waters, where a whale carcass will be consumed by scavengers over a relatively short period of time. Whale falls were first observed in the late 1970s with the development of deep-sea robotic exploration. Since then, several natural and experimental whale falls have been monitored through the use of observations from submersibles and remotely operated underwater vehicles (ROVs) in order to understand patterns of ecological succession on the deep seafloor.
Deep sea whale falls are thought to be hotspots of adaptive radiation for specialized fauna. Organisms that have been observed at deep-sea whale fall sites include octopus, giant isopods, squat lobsters, polychaetes, prawns, shrimp, lobsters, hagfish, Osedax, crabs, sea cucumbers, and sleeper sharks. New species have been discovered, including some potentially specializing in whale falls. It has been postulated that whale falls generate biodiversity by providing evolutionary stepping stones for multiple lineages to move and adapt to new environmentally-challenging habitats. Researchers estimate that 690,000 carcasses/skeletons of the nine largest whale species are in one of the four stages of succession at any one time. This estimate implies an average spacing of 12 km (7.5 mi) and as little as 5 km (3.1 mi) along migration routes. They hypothesize that this distance is short enough to allow larvae to disperse/migrate from one to another.
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