Sago and New Guinea and is the primary source of sago. It tolerates a wide variety of soils and may reach 30 meters in height (including the leaves). Several other species of the genus "Metroxylon", particularly "Metroxylon salomonense" and "Metroxylon amicarum", are also used as sources of sago throughout Melanesia and Micronesia. Sago palms grow very quickly, in clumps of different ages similar to bananas, one sucker matures, then flowers and dies. It is replaced by another sucker, with up to 1.5 m of vertical stem growth per year. The stems are thick and are either self-supporting or have a moderate
Sago Mine disaster Sago mine at 6:26:36 a.m. This strike carried a particularly high positive current of . (A typical strike is and relatively rare positive strikes tend to be especially destructive.) Dr. Martin Chapman, PhD, a Virginia Tech research assistant professor, found that two independent sensors recorded a minor seismic event, possibly from the explosion, 2 seconds later at 6:26:38 a.m. In his January 13, 2006, story in the "Charleston Gazette", "Sago blast area was recently sealed" Ken Ward, Jr., reported that state officials approved the use of “Omega blocks,” a dense foam product, to seal the mine, rather than the required