The growth characteristics according to temperature conditions were investigated in the breeding room of the Sericulture & Entomology Experiment Station for Oriental garden crickets(Teleogryllus emma Ohmachi et Matsuura) and Modeagali-crickests(Loxoblemmus doenitzi Stein) collected from the lawns of Byeonsan-myeon, Buan-gun, Jeollabuk-do. The temperature conditions were 6 treatments from 15°C to 40°C at 5°C intervals using a multi-incubator, and the development period and mortality rate by age were compared using the 28°C breeding room conditions as a control. For T. emma, the higher the temperature, the shorter the total development period was, and the same trend was observed for the growth period by age stage. However, at low temperatures of 15°C and 20°C, all died after the third instar, and at high temperatures above 35°C, all died during development. At 25°C and 30°C, they developed normally, and the mortality rate was about 25%. The L. doenizi had the same tendency as the T. emma, with the higher the temperature, the shorter the development period. The total development period was 57.7 days at 25°C, which was similar to the T. emma's 55.9 days, and the mortality rate was the lowest at 44% at 25°C.

Yeats and Stein are both modernists. The one lived in Dublin; the other lived in Paris. Both revolutionized poetry and novel in their own way. Yeats’s poetry displays the highest degree of form that gives sense of time and space; he relies on tradition to achieve it, whereas Stein invents a totally new way of writing in order to make new sense in prose. This paper attempts to show how to read Yeats’s Meditations in Time of Civil War and Stein’s Tender Buttons. We see Yeats’s poems in it as well woven embroidery in spatial and temporal terms. The more you pay attention to form in his poetry, the more marvelous, sensuous feel of the poems’ texture you have. In the meantime, in different ways than Yeats, Stein’s prose flows like time smoothly, perfectly, like music; if you take time to think, the making of sense is broken; if you just let yourself feel the sensation that the flowing of words and sentences guide you, sense makes sense makes sense, in Stein’s idiom.

Under the context of Stein's linear theory of stellar models, the luminosity-effective temperature relationship is derived for contracting pre-main sequence stars which are losing mass, according to the empirical formula, given by Reimers (1975). The effects of mass loss on their evolution are investigated by calculating evolutionary tracks of 1. 1.5M⊙ 1.5M⊙ , 5M⊙ 5M⊙ , and 10M⊙ 10M⊙ , stars. Our calculations reveal that the effects of mass loss show up in the radiative equilibrium stage of the evolution. It is found that an increase of mass loss rate leads to delay the onset of radiative equilibrium, thus resulting in under-luminous main sequence stars. It is also noted that the mass loss prolongs the pre-main sequence life time. Detailed results of the calculations are discussed.