먼지시료는 전라북도 고창군에 있는 10개 중 고등학교에서 채취하였다. 교실 내의 칠판 위, 전등 반사판 위, 게시판 위, 물품장 위에 쌓인 분진 등의 먼지와 창틀 밖 난간 등에 쌓인 먼지시료, 그리고 운동장에서 총 45개의 시료를 채취했다. 채취한 먼지 시료를 Thompson and Wood(1982)의 방법으로 화학처리 한 후 Cd, Co, Cr, Cu, Ni, Pb, Zn, Mn 등 8개의 원소를 정량 분석했다. 교실 내 먼지 시료 중에 Cd, Cu, Pb, Zn 등의 중금속 함량이 높았다. 또한 교실 외 먼지 시료 중에는 Cu, Ni, Pb, Zn의 함량이 높았다. 먼지 시료 중 Cd(4.6 ppm), Cu(124 ppm), 그리고 Zn(350 ppm) 농도는 세계 평균 지표 토양과 환경오염기준 보다 매우 높다. 이러한 경우는 전주시 중 고등학교의 먼지 시료 분석과 유사하다. 국내 선행연구와 비교했을 때 교실 내 외 환경은 Cu, Zn을 제외하고 농축이 심하다. 운동장 환경은 전주시의 교통량이 많은 주거 도로와 주 도로변, 운동장에 있는 먼지 중의 중금속 함량 보다 낮았다. 운동장 먼지 시료에서 오염지수가 1.0 이상인 중금속 오염은 1개 학교에서 나타났지만 교실 내 외 먼지 시료에서 오염지수가 1.0 이상인 중금속 오염은 7개 학교에서 나타났다. 산업화가 덜 된 농촌 지역의 학교라 할지라도 교실 내에는 중금속의 오염양상이 도시 지역의 학교와 같았다. 이는 교통량의 상대적 차이나 산업화의 정도와 관계없이 실내에서 중금속 오염이 동일하게 일어나고 있음을 보여준다.

야외 포장에서 십자무늬긴노린재의 연중 발생소장 및 월동, 식이 선호성 등을 조사하여 얻은 결과는 다음과 같다. 시기별 발생소장은 5월 상, 중순에 월동성충이 출현하여 6월 하순부터 8월 중순까지 1세대성충이 출현하고 9월 중순에서 10월 상순에 2세대성충이 출현하였다. 이 2세대성충이 토양 속이나 낙엽밑에서 월동하였다. 십자무늬긴노린재는 백열등(100W), 청광등(BL:20W), 흑광등(BLB:20W)의 유아등에는 모두 유인되지 않았다. 식이 선호성은 박주가리과의 박주가리와 백하수오(큰조롱)에 기주특이성을 보였다.

본 연구는 전라북도 중등 과학교사들이 가지고 있는 과학에 관련된 태도를 조사 연구하는데 목적이 있으며 전반적인 과학에 관련된 태도뿐만 아니라 과학에 관련된 태도의 범주별 태도 경향, 과학교사들의 배경요인별 과학에 관련된 태도의차이 등을 알아보았다. 과학에 관련된 태도 점수는 100점 척도로 67.6점에 해당한 미온적인 태도로 조사되었다. 범주별 인식경향은 과학에 대한 태도 영역의 지식과 학문성이 가장 낮고 목적과 가치성은 가장 높게 나타났으며 과학적 태도 영역에서는 객관성 범주가 가장 낮게, 개방성 범주가 가장 높게 나타났다. 문항별 특이한 점을 보면 과학을 발전시키도록 지원해 주어야 한다는 생각이 많으면서도 과학발전이 없었으면 인간은 더욱 행복해졌을 것이다 라고 생각하는 이중적인 면을 볼 수 있다. 배경별 과학교사들의 과학에 관련된 태도 경향을 역시 유의도 5%에서 차이가 있는 것을 보면 정규대학 출신 과학교사에 비해 양성소, 부전공, 상치 교사들의 태도점수가 낮게 나타났으며, 지구과학 전공교사가 타 전공에 비해 약간 높았다. 연수 횟수에 따라 태도의 차이를 보이지 않아 방학 때 실시하는 과학교사들의 연수가 과학에 관련된 태도의 변화에 별 영향을 미치지 못하고 있는 것으로 나타났다. 또한 과학발전에서 중요한 것으로는 외적인 조건의 향상을 가장 많이 생각하였다.

The purpose of this study is to find the spatial factors, strucure of living and activity in traditional Korean house through the Phiysiological view, Spatial factors of the house are concerned to the interior environment and sanitary condition, The elements of respiratory, nerve, temperature sence. vision, hearing, smelling have good condition and touch, pressure sence, pain, metabolism are poor in the house, Ventilation, Lighting, pleasant condition of interior environment are concerned to the elements that mentioned above and have most important meaning in the relation rate of space as 1st factor. And 2nd factor is for metabolism, housework and rest, 3rd factor ie for temperature sence, privacy and reproduction. The relation rate of factors concering interior environment are high in the upper class house. Anbang has important meaning in the relation of living structure and relation sequence of space is anbang, Konnonbang, kitchen, toilet, water place, auxiliary buildings. The relation rate of activity is high in interior space in winter and exterior space in summer.

The character of spatial organization in rtaditional house is found through the analysis of field survey and measure of its micro climate in hot weather period of summer. The mean temperature of interior space is higher than outside space of the house. In the point of structural conditions, inside of Choga in caustal and mountain area is cooler than any other houses. In inland area, slate roof house is cooler than Choga. In mountain area, the thermal difference of inside and outside in Kyubjib is higher than Hotjib. In the point of spatial conditions, kitchen is the coolest space and very suitable for spatial organization. Anbang is the hottest space because of its centeral position in the house. In wind condition, mountain area is windy and caustal area is calm. Around the house the rear side of the house is windy and left side is calm.

진달래방패벌레(노린재목: 방패벌레과)의 발생소장을 1994년 전라북도 완주군지역에 식재된 철쭉포장에서 조사하였다. 진달래방패벌레는 전북지역에서 년 최고발생세대수는 4세대였고, 각 세대의 성충발생최성기는 5월 하순, 7월 중순, 8월 하순, 그리고 10월 중순으로 나타났다. 진달래방패벌레는 앞뒷면의 주맥 근처조직에서 알로 월동하였다.

The technology of direct-seeding in rice cultivation is an innovation mainly induced by factors in market economy and is rapidly diffused among individual farmhouses. Because the effect of technology can be affected by many factors under various farming circumstances, the impact and stability of the direct-seeding technology compared with transplanting was analyzed under various topographical regions. Yield in direct-seeding was higher in plains, although the farm size producing higher yield was quite different depending on the topographical regions. In the direct-seeding cultivation of rice, man-labor hours was reduced by about 38 percent and the reduction rate showed little difference among topographical regions. Fertilizer was used about 11 percent more but the increase rate varied from 3 to 17 percent depending on regions with higher rates in plains. Application of agricultural chemicals was also increased about 9 percent in direct-seeding, but the increase rate was as high as 12 percent in suburbs. More fertilizer and agricultural chemicals were used in direct-seeding cultivation by farmhouses implementing both direct-seeding and transplanting than by those implementing direct-seeding only. Use of more fertilizers and agricultural chemicals in direct-seeding in all regions may indicate its technical instability. Major problems causing the technical instability of direct-seeding cultivation should be solved by comprehensive research considering various farming circumstances such as topographical features rather than just a top-down style research and extension.

The purpose of this study is to estimate the low-flow statistics at the mountainous watershed. The formulation for the estimation of the design low-flow statistics was obtained by means of a hydraulic approach applied to a simple conceptual model for a mountainous watershed. Three of the independent variables associated with the low-flow statistics is watershed area(A), average basin slope(S) and the base flow recession constant(K); Watershed area was measured from topographic maps and average basin slope is approximated in this study using Strahler's slope determining method. And base flow recession constant computed using Vogel and Kroll's method. Unfortunately, this method is usually unavailable at ungaged sites. In this study, recession constant at ungaged sites is estimated using graphical regression method used by Giese and Mason. The model for estimating low-flow statistics were applied to all 61 catchments in the Sumjin, Mankyung basin.

Now in order to overcome the weakest points of the rural areas of the city of Kimje and, transform them into rural cultural villages which have local governing systems suitable to new localization age and activate this plan, we selected Daesan Village as a model village which had shown a lot of potentials in the basic research and studied it dividing it into the former part and the latter part. We studied Daesan village in the former part focusing on state analysis and basic ideas and in the latter part focusing on master plan and detail planning. We can summarize the conclusion like the followings. 1. Daesan Village located 8 kilometer away from the downtown Kimje and the city of Iksan respectably has comparatively good environment of good sunny place as an open field whose surrounding configuration of the ground consists of farming lands and low hills in front and rear. It has 38 farming households in all. 2. Human environment(인문환경); the village road whose width is about 4 meters is forming a flow system forking off into three. There is a route bus which operates three times a day even into the inside of the village. The main sources of revenue are vegetables in facilities, fruits and floriculture. Their average revenue is about 10.5 million won. 3. Here in DaeSan Village a legend dealing with Teasan literally meaning a big mountain consist of th village's tradition and you can see the tombs of a very faithful son and Anwi an army general in the age of the Japanese Invasion of Korea of 1592 to 1598 inside the village. 4. 85 out of the eitire population 141 whose age are over 20 showed very positive attitudes in a questionnaire about, making the village a cultural one and its development. 5. The basic of planned ideas is to increase the revenue of the farming household by making the village a professional farming one which has a state-of the-art production facility and agricultural technique. It is to make the village the one where people can enjoy the sense of the rural life and the farmer can enjoy their lives through consumptive and consistant leisure and resting activities. 6. We are planning to make entrance space, life space, rest and sport space, and cultural space considering the characteristics of the village and the demand of the resident. We are also planning to make tile entire city of Kimje an information transmitting base in short and long term perspectives. 7. DaeSan Village was planned as a place where tradition and the future exist together. On the basis of this concept we planned future programs for Daesan Village and in the latter part of the study master plans and detail plans will be continued.the regional agricultural condition. The development permissions were only during the period of restricted to use (1979.12~1993.11). We propose that the authority of development permission should be given to the local autonomy government, because the local government has the knowledge of its individual agricultural conditions.

Pyrite contained in wasted ore dumps induces a strong acid environment when it contacts oxygenated rainfall. Present research was designed to evaluate the pollution of an area that is supposedly contaminated by pyrite of ore wasted dumps form in Chonju Il Mine. Measured are the pH and selected heavy metal elements in the supposedly polluted hydrologic system. The samples include three types those collected from the stream waters; those from the stream sediments; and those from the rice field soil scattered over the area. The dispersion path of the pollution source was also traced. The pH of the hydrologic system ranged from 3.44 to 5.46, which clearly indicates that the area is on the acid environment. The pH tends to rise as the distance from the minehead increases. The content of heavy metal elements dissolved in the stream water varies as follows; Mn=69.73∼1.99ppm, Cd=0.02∼0.03ppm, Zn=0.77∼1.18ppm, Cu=0.04∼0.13ppm, Pb=0.22∼0.32ppm. The stream water in this state may induce serious heavy metal pollution to the agricultural land and the water for human life especially in the villages down the stream. The content of heavy metal elements dissolved in the stream sediment varies as follows; Mn=245.0∼4685.0ppm, Cd=10.0∼15.0ppm, Zn=105.0∼210.0ppm, Cu=65.0∼155.0ppm, Pb=90.0∼150.0ppm. The content of heavy metal elements dissolved in the rice field soil varies as follows; Mn=185.0∼260.0ppm, Cd=10.0∼15.0ppm, Zn=135.0∼180.0ppm, Cu=65.0∼90.0ppm, Pb=100.0∼130.0ppm. The pollution index in the stream sediment and the rice field soil is 1.36∼2.03, which shows that pollution had already begun all over the area where the samples were collected.

This paper reviews the differences between the selected village groves and the selected roadside groves. In Chonbuk province, the village groves were principally found in the east mountainous region and roadside groves were principally found in the west low-sloped region. They were located in the place of good accessibility and good view. The differrence between the village groves and roadside groves was considerately large in the aspect of physical, socio-behavioral condition and vegetation structure. Both were contrasted in many points. The results resolve itself into Table 2, 4, 6. This research is useful in finding the characters of the both groves and in preparing the conservation and management plan of the groves through comparative review.