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許三男,朴弘錫,白泳基 全北大學校 附設 畜産開發硏究所 1988 畜産開發硏究報告 Vol.2 No.-
In an effect to study experimental animal farms of universities for student practice and faculty teaching purpose, current situation and future development plans of 8 national and, 5 private universities, and 6 agricultural junior colleges were investigated. Results were as follows :1. In general, many of the university farms were too small in size or not funded enough to carry out its own function as for teaching and student practice as well as research. Man power for the farm management was also in very short supply. 2. Number of animal breeds and heads, and their productivity were far below than what they supposed to be, mainly due to the short support of the farm by the gocernment of the university. 3. Farm buildings, facilities and farm land for forage production were also very old and poor. 4. One of the major limitations against university experimental farm operation was the government or the university regultion that requested a certain level of income to be returned out of the farm operation. 5. Having above mentioned problems and not properly supported by the government or universities, all the personal who were in needs of using experimental farm at the univerrsity had a strong desire to have a minimum size of experimental farm at least for teaching, student practice and ressarch. 6. To maintain an experimental farm to be functioned as desired the urgent needs of Chonbuk National University's animal farm were estimated to have farm buildings, facilities and animals with proper amount of operating funds to maintain, 40 ha of farm land including grassland, 35 dairy cows, 10 of each beef and korean cattles, 120 pigs, 1500 chicks, 10 sheep, 10 goats and 100 rabbits.
섬바디의 생육특성에 관한 연구 제1보 섬바디의 발아특성
허삼남,김동암,박훈 ( Sam Nam Hur,Dong Am Kim,Hun Park . ) 한국축산학회 1977 한국축산학회지 Vol.19 No.3
Investigations were conducted into the imbibition rates of seeds, changes of seed viability after harvest, and the effects of specific gravity of seeds and high temperature treatment on germination to shorten the period of germination after seeding. Tire results are summarized as follows: 1. The lipid content of Dystaenia takesimana was 28.65% which was much higher than that of alfalfa or orchardgrass. 2. With KOH scarification imbibition rate was increased by more than two times and the optimum temperature was 20℃. 3. The percent germination was reduced gradually after harvest and rapidly after 45 days getting zero after one year. 4. The percent germination was increased by increase of the specific gravity of seeds and breeding heavier and larger seeds to improve seedling growth is suggested. 5. With high temperature treatment of the seeds at 40℃ in pregermination, the percent germination was increased from 44.3 to 91.1%. 6. It would appear that the slow germination of Dystaenia takesianana may be due to poor mobilization of seed reserves, an innate character of the seed.