Comparison of Construction Methods with Zoysiagrass at the New Incheon International Airport

인천국제공항 착륙대 녹지지역의 잔디식재를 위한 한국잔디류 시공법 비교

  • 이상국 (아이오와 주립대학교 원예학과) ;
  • 이정호 (연세대학교 생물자원공학과) ;
  • 주영규 (연세대학교 생물자원공학과)
  • Published : 2002.12.01

Abstract

The back-filled soil of the New Incheon International Airport construction site was reclaimed with sea sand in near the Young-Jong island. The primary study was carried out from August 1993 to June 1997 to study soil amendment and to select salt resistance turfgrass species. This study dealt with low maintenance area that included most part of open space of airport site. The second experiment, from October 1996 to August 1998, focused on soil amendment and selection of turfgrass species for alongside runway where turf area was maintained. Through two previous studies, propagation methods with zoysiagrass were tested for alongside runway and surrounding areas at 1998. The study of construction methods with zoysiagrass, vegetative propagation showed better results on visual quality and cover rating compare with seeding propagation. However, significant different between vegetative and seeding propagation was not showed on visual quality and drought tolerance after one year of plot establishment. The cover rating by seeding construction methods reached in excess of 70% of limitation suggested by the Incheon International Airport Cooperation. Zoysia net and sprigging net methods were the most suitable where there requires rapid and high rate of ground cover. Seeding propagation should be acceptable to obtain a resonable cover rating where there allows relatively longer period of completion. Therefore, it should be possible to attain a proper rating of ground cover on the site of open space, alongside runway or areas similar to the New Incheon International Airport which is being built on dredged seashore sand. However, the methods of soil amendment, selecting salt tolerance species, and proper construction procedure should be considered at the a time.

Keywords

References

  1. 김기곤, 김명진, 김지덕, 오휘영, 이동근, 임상하, 주영규. 1992. 한국의 골프장 계획이론과 실무. 도서출판 조경. P.375
  2. 노윤희, 안건용, 박형계, 김병만, 강병기, 오휘영, 안원태, 윤징오, 김창수, 윤국병, 윤정섭, 최 상철, 이종필, 염도의, 이규목, 강건희,민경현, 정재훈, 김승환. 1976. 조경설계기준. 한국종합조경공사. P.1314, P.1324-1325
  3. 류순호, 안봉원, 오휘영, 강병화, 정영상, 주영규. 1998. 식재지반조성 학술용역 2차년도 최종보고서. 신공항건설공단. 1-1F0-C476-002. P.106-138
  4. 신공항건설공단. 1998. 인천국제공항 활주로지역 잔디공사 공사시방서. 1-1F1-L203-001. 02930 잔디식재공사
  5. 이기춘, 구자웅, 이장춘. 1986. 간척지 제염용수량 산정에 관한 연구. 전북대학교 농대논문집. 17:115-121
  6. 이용재, 황기성, 고봉길, 오영택, 홍종운.1979. 1979년도 시험 연구보고서(토양 비료 열자원). 농업기술 연구소. P.531-548
  7. 정이근, 하호성, 주영철. 1985. 간척지 토양에서 비전도도 및 무기염류의 변화가 수도생육에 미치는 영향. 농시논문집(식환,균이, 농가). 27(2):23-33
  8. 주영규, 김경남, 김두환, 심규열, 심상렬, 최준수, 손진수. 2000. 2002년 월드컵축구경기장 잔디 그라운드 조성과 관리지침.2002년 월드컵축구대회조직위원회. p.21-29
  9. 주영규. 2001. 인천국제공항 녹화사업을 위한 식재지반조성 학술연구. 한국잔디학회.P.3-4
  10. 최원열. 1995. 간척지 생산환경 개선과 작물생산성 향상 및 간척지 환경조사 연구.교육부 학술연구 조성에 의한 연구 최종결과 보고서. p.1-7
  11. 축산기술연구소. 1996. 표준사료분석법. 농촌진흥청. p.I-19
  12. Ahti, K., A. Moustafa, and H. Kaerwer.1977. Tolerance of turf grass cultivars tosalt. In :Proc. Intl. Turfgrass Res.Conf.(ed.) J. B. Beard. p.165-171. Amer.Soc. Agron. Madison, WI
  13. Beard, J. B. 1973. Turfgrass: Scienceand Culture. Prentice-Hall, Inc., Englewood Cliffs, N. J. p.658
  14. Christians, N. E. 1988. Fundamentalsof turfgrass management. Ann arborpress, Michigan. p.33-56
  15. Horst, G. L. and R. M. Taylor. 1983. Germination and initial growth ofKentucky bluegrass in soluble salts.Agron. J. 75:679-681 https://doi.org/10.2134/agronj1983.00021962007500040024x
  16. Hong, J. U. 1988. Studies on the salttilerance of lawn grasses in sandculture. Kr. J. Turfgrass Sci. 2(1):5-30
  17. Marcar, N. E. 1986. Effect of calciumon the salinity tolerance of wimmeraryegrass (JLotium rigidum Gaud., cv.Wimmera) during germination. Plantand Soil. 93:129-132 https://doi.org/10.1007/BF02377152
  18. Nonnan, J.M. and Campbell, G.S.1989. Canopy Structure. : Plant Physiological Ecology: Field methods andinstrumentation, (ed.) R. W. Pearcy, J.Ehleringer, H. A. Mooney and P. W.Rundel, Chapman & Hall, London andNew York. p.301-325
  19. Orlov, D. S., I. A. Luganskaya, and I. N.Lozanovskaya. 1989. Chemical reclamation of saline-sodic soil of lower donflood plain by some industrial wastes
  20. Peacock, C. 1986. Can we cope withsalty water? USGA Green SectionRecord. July/August. p.6-7
  21. SAS Institute, 1990. SAS/STAT user'sguide. Vo12. 4th ed. SAS Institute,Cary, NC, USA
  22. Schitgaarde, J. V. 1974. Drainage foragriculture. p.449-460
  23. Torello, W. A. and A. G. Symington.1984. screening on the turfgrass species and cultivars for NaCl tolerance. Plantand Soil 82:155-161 https://doi.org/10.1007/BF02220243
  24. Yeam, D. Y., J. J. Murray, and G. R.Bauchan. 1987. Classification for Zoysiagrass using morphological traits.Korean. Society. Horticulture. Science. Abstract. 5(1):128-129
  25. Yoo, Y. K. 1990. Studies on the salttolerance of turfgrass in Vitro. Msthesis. Seoul Nation University, Suwon.p. 1-42