Engineering topics
Publications and source records attributed to Siegel, S. M..
Inhibitor effects of psilotin, MnO2, and D2O on substances existing in nature to determine performance of terrestrial organisms in extreme and unusual gaseous and liquid environments
Hawaiian silversword seed germination and inhibition showing extraordinary heat sensitivity
Biology of fossil genus Kakabekia and living species Kakabekia barghoorniana Siegel cultured from Alaskan soil samples
Metabolic and morphological effects of silicon and germanium on plants
Biological performance studies under extreme environmental stresses for gaining insight into potential of earth-type life here and in universe
Anomalous substrate oxidizing specificities among red brown and green algal peroxidases and land plants
Ca ion reversible effects of hydrochloric acid and ammonia water on betacyanin leakage from beetroot sections
Gravitational effects on lignification in plants
Gravitational factor in lignification in land plant evolution studies
Lignin presence in New Zealand moss gametophytes observed for characteristic color reaction and UV spectra, noting contrast with north temperate species
Penicillium mutant chemical stress tolerance in boric acid and potassium chloride selective media, studying carbohydrate and inosine-5-phosphate effects on growth rate
Cryobiotic potentialities on earth, investigating life forms physiological response to temperature, cryotolerance mechanisms, etc
Cladonia rangiferina resistance to stresses, considering suitable indices for stress response
Gravitational and mechanical stress effects on lignification in land plants
Living microorganism morphologically comparable to Precambrian microfossil genus Kakabekia
Mycelium and conidia in liquid ammonia-glycerol at minus 40 degrees C showed no impaired viability after prolonged immersion
Perioxidase and catalase activity in nonaqueous media, noting survival independent of water properties and relevance to nonaqueous biosystems
Living relative of Precambrian microfossil Kakabekia isolated from soil specimens collected in UK