본 연구의 목적은 국내에서 선발된 고 oleic acid 콩 품종인 광안콩의 환경안정성을 검토한 것으로 미국과 한국의 10개 환경에서 광안콩의 oleic acid 함량을 평가한 결과를 요약하면 다음과 같다. 1. 대조품종으로 이용된 고 oleic acid 콩 N98-4445A는 10개 환경에서 평균 55.5%의 oleic acid 함량을 보였고, M23은 47.4%의 함량을 보였다. 2. 광안콩은 고 oleic acid 대조품종 보다는 낮은 함량을 보였

Oil and fatty acid composition of 648 soybean germplasms of different categories including Korean and American source were analyzed by NIRS (Near Infrared Reflectance Spectrophotometer) method at Yeongnam Agricultural Research Institute, Milyang, Korea. A

In general, it is known that smaller soybeans produce a higher sprout yield. The small soybean germplasm below 100 mg seed^-1 is limited, so wild soybeans (Glycine soja) are useful genetic source for the breeding of small seed-size soybean for s

Snap bean is a new corp in Korea but believed to have a great deal of potentials for both domestic and overseas markets. The present study was performed to obtain the basic information about growth- and quality-related characteristics and to determinate the optimum seeding date and harvesting time for snap bean. Pod yield was significantly affected by seeding date. The highest pod yield was obtained from March 20 for determinate type and April 4 for indeterminate one, respectively, with the range of 13.0-23.7 t/ha. The pod length of indeterminate type was over 13cm, and the pod length was over 5 grams. The pod width for tested varieties was less than 1.0cm. Considering the pod growth characters such as pod length, pod width, and pod weight, the optimum harvesting time for immature pods of snap bean was supposed to be from 15 to 20 days after flowering. The daily yield of snap bean was begun to sharply increase from 15 days after the first flowering and the maximum yield was recorded at 30 days after flowering. For the accumulated yield, nearly 90% of total yield was obtained in 42 days after flowering.