what is its ecological importance?
Swan observed that plants and the relevant fungi were available at these altitudes that wind-blown organic debris, including pollen, was supporting the springtails resulting in an ecological system sustained by wind-blown debris.
Euophrys omnisuperstes
 Both kinds of prey feed either on rotting vegetation or on the fungi promoting the rotting. Swan observed that plants and the relevant fungi were limited but still available at these altitudes. Springtails continued to be found even higher, where plants and plant remains were absent. Swan speculated that wind-blown organic debris, including pollen, was supporting the springtails and that they "must surely be present at still higher altitudes", resulting in an ecological system sustained by wind-blown debris.
who is the first woman climbed mount everest Junko Tabei. where was she born? Miharu, Fukushima. when did she first start climbing? She began mountain climbing at the age of ten, which mountain did she climb? Mount Nasu. what is known about this mountain? UNANSWERABLE who were her parents? Her father was a printer. when did she climb everest? In 19th May 1970. what are some fauna found in this mountain? "Euophrys omnisuperstes" spider, Birds, such as the bar-headed goose, chough, Yellow-billed choughs. what is the first mentioned spider? It is the Himalayan jumping spider, is a small jumping spider that lives at elevations of up to in the Himalayas.
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Euophrys omnisuperstes [SEP] Ecology
Between on Makalu, Swan observed that "E. omnisuperstes" had prey available: flies from the family Anthomyiidae, stalked on rock surfaces in sunny conditions, and springtails (order Collembola), preyed on under rocks when the sun was obscured by clouds. Both kinds of prey feed either on rotting vegetation or on the fungi promoting the rotting. Swan observed that plants and the relevant fungi were limited but still available at these altitudes. Springtails continued to be found even higher, where plants and plant remains were absent. Swan speculated that wind-blown organic debris, including pollen, was supporting the springtails and that they "must surely be present at still higher altitudes", resulting in an ecological system sustained by wind-blown debris.