• The Journal of the Korea Contents Association
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• v.16 no.2
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• pp.211-220
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• 2016

It is very common to produce fairytales, folktales, or fables into animations. If they often transform existing works into animations, we may have to examine how they change the original to communicate with the audience and also how they change the original's subject matter or theme to create meaning. The purpose of this study is to consider how the original's meaning and value were changed as Hans Christian Andersen's fairy tale, "The Snow Queen", was converted into an animation, , and also how it influenced the work itself. To attain the goal, this author is going to comparatively analyze the two works' narratives, actants, and semiotic squares by using A.J. Greimas' semiology. According to the findings, although "The Snow Queen" expresses the desire to go back to happy days in the past, it is not a simple return to the past but a stepwise process to become mature mentally as well as religiously. Meanwhile, intends to generate past-oriented meaning expressing the desire to return what is abnormal in the present to what was normal in the past and resolve the individual and religious aspects of "The Snow Queen" in a social and popular way.

• Korean Journal of Environmental Agriculture
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• v.19 no.3
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• pp.247-251
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• 2000

This study was conducted to investigate tissue nutrient contents and salt accumulation in plastic house soils cultivating lily, rose and carnation. The soil tested had high total salts, available phosphate and exchangeable potassium. The soil cultivating rose had highest salt concentvation followed by chose of carnation and lily. Tissue nutrient contents of lily were higher than chose of carnation and rose. In comparison among cultivars, the nutrient contents were as follows; 'Snow Qeen'>'Le Reve'>'Casa Blanca' in lily; 'Marina'>'Super star'>'Mary Devor'>'Madelon' in carnation; and 'Cocktail'> 'Marina'>'Maderon' in rose. The range of the nutrient contents were: T-N: $1.66\;{\sim}2.35%$, K: $1.73{\sim}2.23%$, Zn: $2.13{\sim}6.43\;mg/kg$, Cu: $3.79{\sim}13.89\;mg/kg$ in carnation; T-N: $0.79{\sim}1.65%$, P: $0.18{\sim}0.44%$, Ca: $0.59{\sim}1.26%$, Mg: $0.21{\sim}0.46%$, Zn: $23.65{\sim}90.30\;mg/kg$, Cu: $0.99{\sim}4.62\;mg/kg$ in lily; and T-N: $0.75{\sim}1.62%$, P: $0.17{\sim}0.30%$, K: $1.60{\sim}2.91%$, Ca: $0.64{\sim}0.94%$, Zn: $24.57{\sim}48.31\;mg/kg$, Cu: $3.10{\sim}9.08\;mg/kg$ in rose. The amount of nutrients uptake per plant was high in order of: K > T-N > Ca > Mg in lily; and T-N > K > Ca > P > Mg in rose.