일천궁 고온피해 양상 및 비닐멀칭 두둑의 온도영향 분석

서지정보

ㆍ발행기관 : 한국국제농업개발학회 ㆍ수록지정보 : 한국국제농업개발학회지 / 35권 / 3호
ㆍ저자명 : 김용일, 이은송, 정혜민, 김용구, 이정훈, 이상구, 이성우, 한경숙, 윤영호

목차

서 언
재료 및 방법
1. 일천궁 재배농가 포장 고온피해 현황 및 특성 조사
2. 장기 시험재배에 의한 고온피해 특성 분석
3. 비닐멀칭 두둑의 온도 분포 및 작물 피해 영향 분석
4. 통계처리
결과 및 고찰
1. 2018년 일천궁 재배농가 고온피해 조사 및 피해유형분석
2. 장기재배 시험에 의한 고온피해 특성 분석일천궁의 형태적 특성에 따른 고온취약성
3. 비닐멀칭 두둑의 온도영향 분석두둑표면 온도분포
적 요
ACKNOWLEDGMENTS

영어 초록

Cnidium officinale M. is an important crop that is widely used as a raw material for health functional foods. However, it is experiencing cultivation difficulties due to climate change and abnormally high temperatures. In response to this problem, the characteristics and main causes of the high-temperature damage occurring in C. officinale M. cultivation fields were analyzed. A survey of five farmhouse fields in Jecheon and Bonghwa, major C. officinale M. cultivation areas in Korea in 2018, indicated that about 5% to 37% of the cultivation fields in Jecheon and 5% to 15% of the fields in Bonghwa died from wilting. The high-temperature damage of the C. officinale M. fields is divided into two categories: upper leaves drying due to solar radiation and temperature, and lower leaves dying serially to the radiant heat of the vinyl mulch. Damage caused by radiant heat was typically greater. This is due to the greenhouse effect that occurs in the small space between the black vinyl mulching and the soil. The heat radiated to the surface of the ridge creating an environmental condition that greatly exceeded the atmospheric temperature especially on hot days. As a result, short plants with underground parts, such as C. officinale M., can suffer more high-temperature damage than other plants, so it is considered that it is necessary to develop related technologies such as mulching materials that can reduce pavement temperature in the future.

참고 자료

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