Activated carbon(AC) can be utilized as a soil conditioner in agricultural crop areas. This study was conducted to investigate the effect of AC on Leaf and Stem Production of Angelica acutiloba as affected by different amounts of AC. The results obtained are summarized as follows. Growth characteristics including plant height and leaf length were the highest when activated carbon added with 10, suggesting that optimum amount of activated carbon was ranged from 10 to 20%. Growth and enlargement of the root were improved by 10% AC.

This study was conducted to develop effective production system in greenhouse for leaves and stems of Angelica acutiloba by fertilizing of Sta-Green in pots. The results obtained are summarized as follows. Germination rate of Angelica acutiloba seeds collected in 2003 was 13%, while germination rate of seeds Collected in 2004 was above 91%. Seed germination rate and plant biomass of Angelica acutiloba collected in 2004 were higher than seed gathering in 2003. Especially, plant growth and yield of Angelica acutiloba grown in pot(The pots was filled with soil mixtures of Sta-Green and Peat Moss mixed with 45:55 ratio.) was the highest. These results indicate that leaf and stem production of Angelica acutiloba can be improved by fertilizing of Sta-Green in pots and optimizing seed collecting time in greenhouse.

The purpose of this study is to develop a simulation model of rural road path for infrastructure of green-tourism and public service in rural areas. This study makes an objective function for moving cost minimization considering car travel time according to road characteristics, which can route the optimal shortest road paths between the center places and all rear villages, based on GIS coverages of road-village network for connecting between center places and rural villages as input data of the model. In order to verify the model algorithm, a homogeneous hexagonal network, assuming distribution of villages with same population density and equal distance between neighborhood villages on a level plane area, was tested to simulate the optimal paths between the selected center nodes and the other rear nodes, so that the test showed reasonable shortest paths and road intensity defined in this study. The model was also applied to the actual rural area, Ucheon-myun, which is located on Hoengsung-gun, Kangwon-do, with 72 rural villages, a center village (Uhang, 1st center place) in the area, a county conte. (Hoengsung-eup, 2nd center place), and a city (Wonju, 3rd center place), as upper settlement system. The three kinds of conte. place, Uhang, Hoengsung-eup, and Wonju, were considered as center places of three scenarios to simulate the optimal shortest paths between the centers and rural villages, respectively. The simulation results on the road-village network with road information about pavement and width of road show that several spans having high intensity of road are more important that the others, while some road spans have low intensity of road.

풋마늘의 이용성을 증대시키고 합리적인 소비를 촉진시키기 위해 풋마늘의 영양성분을 조사하였고, 풋마늘 분말을 첨가한 빵을 제조하여 관능검사 및 미생물학적 특성을 조사하였다. 동결건조하여 분쇄한 풋마늘 분말의 일반성분은 수분 , 조단백질 , 조지방은 , 회분 , 탄수화물이 였고, 유리당은 glucose, fructose와 sucrose가 확인되었다. 무기성분은 K이 1,140 mg/100 g으로 가장 많았으며, Ca, P, Na의 함량이 높았다. 총

화개지역 4곳의 농가에서 재배한 재래종 녹차를 제다회사에서 녹차분말로 제다하여 일반성분, 비타민 C함량, 무기질 성분을 분석하였다. 녹차의 품질은 색차계로 녹차의 색도를 측정하고 관능검사를 통하여 조사하였다. 녹차의 일반성분은 수분함량은 , 조회분은 , 조지방 함량은 , 단백질 함량은 , 탄수화물은 를 차지하였다. 녹차분말의 총 비타민 C함량은 이었으며 산화형이 로서 비타민 C함량의 를 차지하였다. 녹차의 무기질 함량은 나트륨, 마그네슘, 칼

저온에서 가루차를 일반포장, 일반포장+항산화제, 일반포장+방습제처리시 4개월 이후 품질관련 성분인 총질소, 총아미노산, 탄닌, 카페인, 엽록소, 지방산 함량이 상당히 저하되었으며, 일반포장 + 진공처리는 일반포장 저장에 비해 1개월 정도 저장기간의 연장이 가능하였다. 제품의 표면색상은 저온보관시 일반포장에서는 저장 1개월에 a값(녹색)이 -16.43에서 저장 5개월에는 정도 감소된 -10.11로 크게 감소되었다. 외관과 내질에 따른 관능평가시 저

Experiments revealed that green water phenomena resemble dam-break, in which flow over deck edge forms a vertical wall of water and suddenly falls down into deck. In this paper the dam breaking problems were formulated using Glimm's algorithm, so-rolled, Random Choice method and, several validations were presented.

본 연구는 미국 현지인을 대상으로 우리 나라의 녹차음료에 대한 기호도 조사를 실시하였으며 조사대상자의 성별 및 연령분포는 남자 , 여자 , 10대 , 20대 , 30대 , 40대 , 50대 이었다. 녹차음료의 포장상태는 전체 응답자 중 가 만족하고 있었으며, 포장디자인은 , 인쇄정도는 가 만족하고 있었다. 하지만, 냄새와 향의 경우 와 로 다른 항목에 비해 기호도가 상대적을 낮았다.

A new vegetable soybean cultivar, “Dajin” (Milyang 125) was selected from a cross Keunolkong / Josaengbaekjo(Introduction) // Keunolkong, and was developed at the Yeongnam Agricultural Research Institute (YARI) in 2003 on the basis of its yield performanc

A new black seed coat soybean cultivar with green cotyledon, Cheongja 2 was developed at the Yeongnam Agricultural Research Institute (YARI) in 2003. Cheongja 2 was selected from a cross Milyang 70 / Ilpeumgeumjeongkong. The preliminary, advanced and regi

In order to develop molecular markers related to stay green phenotype, AFLP analysis was conducted using near-isogenic lines for either stay green or non stay green trait. Both lines have characteristics of multi-ear and tillers (MET). Two out of 64 primer combinations of selective amplification identified three reproducible polymorphic fragments in MET corn with stay green. Both of E+AGC/M+CAC and E+AAG/M+CAA primer combinations produced two and one specific polymorphic fragments linked to stay green trait, respectively. For the conversion of AFLPs to sequence tag sites (STSs), primers were designed form both end sequences of each two polymorphic fragments. One fragment, which was amplified with E+AAG/M+CAA primer combinations, possessed 298 bp long and showed a 91~% homology with maize retrotransposon Cinful-l. One out of two polymorphic fragments produced with E+AGC/M+CAC primer combination had 236 bp long and matched a 96~% homology with an intron region of 22kDa alpha zein gene cluster in Zea mays. One out of two PCR fragments amplified with MET2 primer set in the stay green MET was not produced in the non-stay green MET. The developed AFLP and STS marker could be used as an efficient tool for selection of the stay green trait in the MET inbred.

The prices of domestic green tea products are relatively expensive and price differences within products of the same levels of quality are various. Also, there is no basic criteria on evaluation of green tea quality. To group 43 commercial green tea products into several parts by the principal component and cluster analyses, this work was done by use of 8 chemical constituents which were analyzed by NIR system. The principal component and cluster analyses revealed 8 groups. The first group included 16 products that had lower free amino acid and theanine contents. The second group included 5 products having higher free amino acid and theanine contents, but lower ash contents. The third group included 13 products showing medium values of 8 constituents. The IV group included 4 products having higher contents of moisture, free amino acids, and theanine. The V group included 1 product showing higher moisture but lower catechins contents. The VI group included 2 products that had higher moisture and catechins contents, but lower free amino acid and theanine contents. The VII group had higher moisture and catechins contents. The VIII group had higher ash and vitamin C contents. The free amino acid contents which were the most important in flavor evaluation of green tea quality did highly positively correlate with the contents of total nitrogen (0.956**),~;theanine~;(0.981**),~;and~;caffeine~;(0.793**) , but negatively with the contents of ash (-0.884**) . The catechins used as for functional ingredients did correlate with contents of caffeine(+) and vitamin C(-), respectively.

FPSOs are commonly proposed and used for offshore oil production. Due to the fundamental requirement of FPSOs to remain moored at their location, they are unable to avoid severe weather. FPSOs normally operate head to the weather, and sensitive equipment located near the bow will be susceptible to green water damage. Damage may occur to both equipment and superstructure, with resulting risk to personnel. To initially access green water is allowed by the physical understanding of green water events. In this paper the main focus is put on the physical phenomena of green water accounted for with the tested data in regular waves.

This study was conducted to characterize and to elucidate the inheritance mode of green-kerneled rices which were selected in rice germplasms collected in China. Three green-kerneled varieties (Hexi 41, Beijingluimi-1, and Jilinluimi-1), three regular whi

As urbanization has been expanded in Korea, open spaces, such as urban parks and public sites, have been utilized for other uses, and then this bring out environmental changes for the worse. It is expected that these changes become more serious problems due to overpopulation, increasing individualism, and development of transportation. This research base on the consideration of connecting between decreasing urban green spaces and distributed green sites so as to build the substantial plan for the Green Network construction for urban heat island mitigation in Dalseo district, Daegu Metropolitan City. The result were as follow; 1)Connecting existing natural sites to the remained parks green zone made an Ideal form of Green-Network system. 2)Some school sites were selected for usable open spaces in order to build Green-Network system, and the plan connecting together with exist natural sites was suggested. 3)Moreover, the scheme of planting on the road spaces for connecting green spaces was proposed. 4)The devices of planting on the urban riverside for enhancing the role of urban stream to form green network was conceived.

Purpose of this paper is to propose a green campus coexisting in human, nature and culture through making the ecological ly stable campus. The 'green campus' has the six design concepts. These are follows; Vivid campus, Blue campus using the water, Eco-campus aimed at green hand, Cultural campus, Progressive campus and Scholarly campus. These concepts are not only made with the independent role but also the in interactive relation. Campus will be changed into the huge biotope or ceo-garden through the green-hand and water system. Because of the various organism(human, trees, insect etc.), campus will be changed in form of the more vivid space. It should be expected thing this design as following points ; First, it will be improved environmental quality in Kook-Min Univ. changed into the sustainable and environment-friendly green campus as well. Secondly, it will be energetic campus as a living space for rest and cultural activities. ThirdJy, it will be improved the image of campus and opened to the public. FourthJy, it will be grown the talented man who has both a human nature and a intelligence.