이 글은 허균의 "성수시화" 속에 등장하는 다양한 풍격 용어 중'청(淸)'계열에 주목하여 '청(淸)'계열에 해당하는 풍격 용어가 지니는 각각의 변별적 지점을 알아보고자 한 것이다. 허균의 "성수시화"에는 "청경(淸勁), 청량(淸亮), 청려(淸麗), 청섬(淸贍), 청소(淸?), 청월(淸越), 청장(淸壯), 청절(淸絶), 청절(淸切), 청창(淸?), 청초(淸楚)" 등 '청(淸)'계열의 풍격 용어가 모두 11종류 사용되었는데, 이 글에서는 실제 작품을 거론하여 그 풍격을 제시한 '청경(淸勁)', '청절(淸切)', '청초(淸楚)', '청월(淸越)'에 주목하여 살펴보았다. 분석의 결과 "성수시화"에 나오는 '청(淸)'계열의 풍격 용어 '청경(淸勁)' '청절(淸切)' '청초(淸楚)' '청월(淸越)'은 모두 제1자인 '청(淸)'의 이미지를 공통 속성으로 하면서도 제2자에 의해 구분되는 변별적 자질을 지니고 있음을 알 수 있었다. 이 4개의 풍격 용어들은 모두 맑고 깨끗함을 뜻하는'청(淸)'의 이미지 속에 각각의 개별적 특성에 해당하는 제2자의 속성을 두었다.'청경(淸勁)'은 강직하고 굳셈을 의미하는'경(勁)'의 이미지를 투사하여 맑은 시의 경계 속에 강직하고 굳건한 시인의 기상이 엿보이는 시를 뜻하고, '청절(淸切)'은 절박하고 절실함, 또는 애처롭고 서러움을 의미하는'절(切)'의 이미지를 투사하여 맑고 깨끗한 시의 경계 속에 절박하고 애처로운 시인의 정서를 담고 있는 시를 뜻하며, 청초(淸楚)'는 여리고 고움, 또는 가늘고 부드러움을 의미하는'초(楚)'의 이미지를 투사하여 맑고 깨끗한 시의 경계 속에 화려하지 않은 아름다움이나 섬세하고 부드러운 시인의 정서를 담고 있는 시를 뜻하고, '청월(淸越)'은 탈속적이고 빼어남을 의미하는 '월(越)'의 이미지를 투사하여 맑고 깨끗한 시의 경계 속에 세속을 뛰어넘는 빼어난 풍모와 정신세계를 보여주는 시를 뜻하였음을 알 수 있다. 그런데 허균이 사용한 풍격 용어의 제1자가 가지는 속성에 비해 제2자의 속성은 선명하게 나타나지 않았다. 특히 제2자가 유사한 의미를 지니고 있을 경우 그 범주를 명확히 하기는 더욱 쉽지 않다. 따라서 풍격 용어의 명확한 변별적 자질을 파악하기 위해서는 먼저 제1자를 중심으로 풍격 용어들의 계열을 구분하고, 이후 이렇게 구분된 동일 계열의 풍격 용어를 다시 제2자를 중심으로 정리하는 작업이 필요한데, 이 경우 풍격 용어 각각의 제2자가 지칭하는 내용에 대한 고려가 필요하다. 그것은 풍격 용어가 작품의 미적(美的) 특질(特質)과 함께 작가(作家)의 개성(個性)을 동시에 설명하는 것이고, 작품의 미적 특질에 대한 설명은 작품이 만들어 낸 최종적인 시경(詩境) 또는 의경(意境) 뿐만 아니라 작품의 형성 과정과 표현 기법까지도 포괄하기 때문이다. "성수시화"에서 허균이 사용한 풍격 용어들을 보면, 허균은 표현 기법이나 창작 방법보다 시 속에 드러난 작가의 기상과 시가 만들어낸 최종적인 의경(意境)에 주목하여 시를 평가하였다. 이와 같은 허균의 풍격 비평이 지니는 전반적인 양상에 대해서는 앞으로 자료를 보다 확충하여 더 자세하게 확인해 나가도록 하겠다.
The writers have conducted the investigation to assess the nutritional status of young rural Korean children aged from 0 to 4 years old in August 1971. The survey areas were Kaejong-myon. Daeya-myon, Okku-gun, Jeonra-bukdo, Korea. These survey areas were typical agricultural plain areas. The total numbers of children examined were 2,706 comprising 1,394 male and 1,312 female. The weight, height, and chest circumference of children were measured and means and standard deviations. were calculated for each measurement. In addition, the nutritional status of each child was classified by the four levels of malnutrition and the Gomez classification, The examination of red blood cell count, haematocrit value, and intestinal parasite infection were carried out at the same time. In general, recent work tend to suggest that environmental influences, especially nutrition, are of great importance than genetic background or other biological factors for physical growth and development. Certainly the physical dimensions of the body are much influenced by nutrition, particularly in the rapidly growing period of early childhood. Selected body measurements can therefore give valuable information concerning protein-calory malnutrition. Growth can also be affected by bacterial, viral, and parasitic infection. For the field workers in a developing country, therefore, nutritional anthropometry appears to be of greatest value in the assessment of growth failure and undernutrition, principally from lack of protein and calories. In order to compare and evaluate the data obtained, the optimal data of growth from the off-spring of the true well-fed, medically and socially protected are needed. So-called 'Standards' that have been compiled for preschool children in Korea, however, are based on measurement of children from middle or lower socio-economic groups, who are, in fact, usually undernourished from six months of age onwards and continuously exposed to a succession of infective and parasitic diseases. So that, the Harvard Standards which is one of the international reference standards was used as the reference standards in this study. Findings of the survey were as follows: A. Anthropometric data: 1) Comparing the mean values for body weight obtained with the Korean standard weight of the same age, the rural Korean children were slightly haevier than the Korean standard values in both sexes. Comparing with the Japanese children values, the rural Korean children were slightly haevier in male and in the infant period of female but lighter in female of the period of 1 to 4 years old than Japanese children. 2) Comparing the mean values for height obtained with the Korean standard height of the same age, the rural Korean children were taller than the Korean standard values except the second half of infatn period in both sexes. Comparing with the Japanese children, the rural Korean children were slightly smaller than Japanese children except the first half of infant peroid in both sexes. 3) Mear values of chest circumference of rural Korean children obtained were less than the Korean standard values of the same ages in both sexes. B. Prevalence of Protein-Calory Malnutrition: Children examined were devided into two groups, i. e., infant(up to the first birthday) and toddler (1 to 4 fears old). 1) Percentages of four levels of malnutrition: a) When the nutrtional status of each child was classified (1) by body weight value, the percentages for male and female of children attained standard growth were 52.8%(infant 83.3%, toddler 44.4%) and 39.7% (infant 74.5%. toddler 30.5%), the first level of malnutrition were 31.9%(infant 13.7%, toddler 36.9%) and 31.7%(infant 15.3%, toddler 36,0%), the second level of malnutrition were 12.3%(infant 1.7%, toddler 15.3%) and 23.3% (infant 7.7%, fodder 27.5%), the third level of malnutrition were 2.7%(infant 0.7%, toddler 3.2%) and 4.6%(infant 1.8%, toddler 5.3%) the fourth level of malnutrition were 0.3% (infant 0.7%, toddler 0.2%) and 0.7% (0.7% for infant and toddler) respectively. (2) by height value, the percentages for male and female of children attained standard growth were 80.3% (infant 97.3%, toddler 75.6%) and 75.1% (infant 96.4%, toddler 69.5), the first level of malnutrition were 17.9% (infant 2.0%, toddler 22.3%) and 23.6% (infants 3.6%, toddler 28.8%), the second level of malnutrition were 1.2% (infant 0.3%, toddler 1.5%) and 1.1% (infant 0%, toddler 1.4%), the third level of malnutrition were 0.4%(infant 0.3%, toddler 0.5%) and 0.2%(infant 0%, toddler 0.3%), the fourth level of malnutrition were 0.1%(infant 0%, toddler 0.1%) and 0% respectively. (3) by body weight in relation to height, the percentages for male and female of children attained standard growth were 87.9% (infant 77.6%, toddler 87.9%) and 78.2% (infant 77.4%, toddler 78.2%), the first level of malnutrition were 12.2% (infant 18.4%, toddler 10.6%) and 18.2% (infant 17.9%, toddler 18.3%), the second level of malnutrition were 1.9%(infant 3.3%, toddler 1.5%) and 3.0%(infant 3.3%, toddler 2.9%), the third level of malnutrition were 0.1%(infant 0%. toddler 0.1%) and 0.5% (infant 0%, toddler 0.6%), the fourth level of malnutrition were 0.1%(infant 0.7%, toddler 0%) and 0.3% (infant 1.5%, toddler 0%) respectively. b) When the nutritional status of each child according to the mother's age at perturition, i. e., young aged mother (up to 30 years old), middle aged mother (31 to 40 years old) and old aged mother (41 years or above) was classified (1) by body weight, among infants and toddlers, at each year of age, with increasing the mother's age, there was an increase in percentage of subjects underweight. This tendency of increasing percentage of underweight was more significant in the infant period than the toddler period. (2) by height value, no significant differences between each mother's age group were found. c) When the nutritional status of each child according to the birth rank, i. e., lower birth rank (first to third) and higher birth rank (fourth or above) was classified (1) by weight value, children of higher birth rank were slightly more often underweight than those of lower birth rank, but not significant. (2) by height value, no differences were found between children of lower and higher birth rank. 2) Gomez Classification: When the nutritional status of each child was classified a) by body weight value, the percentages for male and female of children. attained standard growth were 53.1% (infant 82.6%, toddler 44.9%) and 39.2% (infant 73.4%, toddler 30.1%), the first degree of malnutrition were 39.4% (infant 14.7%, toddler 46.2%) and 47.1% (infant 21.9%, toddler 53.8%), the second degree of malnutrition were 7.3%(infant 2.3%, toddler 8.6%) and 12.9% (infant 4.0%, toddler 15.2%). and the third degree of malnutrition were 0.2%. (infant 0.3%, toddler 0.2%) and 0.8% (infant 0.7%, toddler 0.9%) respectively. b) by height value, the percentages for male and female of children attained standard growth were 80.8% (infant 97.0%, toddler 76.3%) and 73.8%(infant 95.6%, toddler 68.0%), the first degree of malnutrition were 18.5% (infant 2.7%, toddler 22.9%) and 24.6% (infant 4.4%, toddler 30.0%), the second degree of malnutrition were 0.6%(infant 0.3%, toddler 0.7%) and 0.5% (infant 0.1%, toddler 0.7%), and the third degree of malnutrition were 0.1%(infant 0%, toddler 0.1%) and 1.1% (infant 0%, toddler 1.3%) respectively. C. Results of clinical laboratory examination: 1) Red blood cells: The ranges of mean red blood cell counts for male and female were