• Title/Summary/Keyword: Il-Am-Yeon-Gi

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Genealogical reading on YeonHangrok : A general survey on a series of YeonHang documents of 18th Century No-Ron Jeon-Ju Lee's Family(老論 全州李氏) and an analysis on their points of concern (연행록의 계보적 독해 - 18세기 전반 노론 사대신 전주이씨 집안 연행 기록의 개관과 관심지향 분석 -)

  • KIM, HYUN-MEE
    • (The)Study of the Eastern Classic
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    • no.62
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    • pp.37-65
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    • 2016
  • This paper is to explain who are the authors of first-half 18th Century private prose YeonHangRok(燕行錄) written in Chinese Character and what are interest-oriented aspects of that books. As objects of study, 3 private prose YeonHangRok(燕行錄) written by No-Ron Jeon -Ju Lee's Family(老論 全州李氏) were chosen. Result of reading articles in their anthology, I found their consciousness about going to Beijing. : They aware of "The importance of YeonHang(燕行)" and when they run a mission, they take an attitude of 'observation and attention' to their experience. With that consciousness of YeonHang(燕行) in common, So-jae(疎齋), Il-am (一菴) and Hanpojae(寒圃齋) wrote their YeonHangRok(燕行錄) that mainly describe their direct experience. So-jae(疎齋) and Hanpojae(寒圃齋)'s categories of descriptions are specialized in 'Public Affairs' and 'mission', Il-am(一菴) has widened to the everyday cultures and people of Other cultures.

The Analysis of Estrus Behavior and the Evaluation of Conditions Required for Improving Reproductive Efficiency in Holstein Dairy Cows using a Heat Detector (발정탐색기를 이용한 Holstein 젖소의 발정행동 분석 및 번식효율 향상을 위한 조건의 평가)

  • Baek, Kwang-Soo;Lee, Wang-Shik;Son, Jun-Kyu;Lim, Hyun-Joo;Yoon, Ho-Beak;Kim, Tae-Il;Hur, Tai-Young;Choe, Chang-Yong;Jung, Young-Hun;Kwon, Eung-Gi;Jung, Yeon-Sub;Kim, Sun-Kyu;Won, Jeong-Il
    • Journal of Embryo Transfer
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    • v.28 no.3
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    • pp.177-184
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    • 2013
  • The objective of this study was to analyze the accuracy of estrus detection of heat detector and analysis of estrus behavior (mounting and mounted), and the evaluation of conditions required for improving reproductive efficiency in Holstein dairy cows fitted with a estrous detector. The heat detection system consists of estrous detector based on wireless sensor and an electric bulletin board displayed estrus behavior data. When cow mounting other cows, the accuracy of estrus behavior displayed an electric bulletin board were 87.5% (mounting other cows only), 100% (mounting other cows but not standing), 80.0% (mounting other cows with standing for 1~4 seconds), 90.0% (mounting other cows but not standing for 1~4 seconds), 80% (mounting other cows with standing for more than 5 seconds) and 90.0% (mounting other cows but not standing for more than 5 seconds). When cow mounted other cows, the accuracy of estrus behavior displayed an electric bulletin board were 100% (mounted other cows but not standing), 100% (mounted other cows with standing for 1~4 seconds), 100% (mounted other cows but not standing for 1~4 seconds) and 100% (mounted other cows with standing for more than 5 seconds). Circadian distribution of first observed in estrus were 59.1% (am 8~pm 6) and 40.9% (pm 6~am 8). Distribution for the number of estrus behavior were 40.9% (less than 3 times), 36.4% (4~6 times) and 22.7% (more than 4 times). The conception rates relative to interval from first estrus behavior to insemination for estrus periods were 23.1% (less than 11 hours) and 55.6% (12~20 hours).