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Effects of Local Climatic Conditions on the Early Growth in Progeny Test Stands of Korean White Pine  

신만용 (국민대학교 산림자원학과)
김영채 (경희대학교 임학과)
Publication Information
Korean Journal of Agricultural and Forest Meteorology / v.4, no.1, 2002 , pp. 1-11 More about this Journal
Abstract
This study was conducted to reveal the effects of local climatic conditions on the early growth of Korean white pine progeny test stands. For this, stand variables such as mean DBH, mean height, basal area per hectare, and volume per hectare by stand age and locality were first measured and summarized for each stand. Based on these statistics, annual increments for 10 years from stand age 10 to 20 were calculated for each of stand variables. The effects of local climatic conditions as one of environmental factors on the growth were then analyzed by both a topoclimatological method and a spatial statistical technique. From yearly climatic estimates,30 climatic indices which affect the tree growth were computed for each of the progeny test stand. The annual increments were then correlated with and regressed on the climatic indices to examine effects of local climatic conditions on the growth. Gapyung area provided the best conditions for the early growth of Korean white pine and Kwangju area ranked second. On the other hand, the growth pattern in Youngdong ranked last overall as expected. It is also found that the local growth patterns of Korean white pine in juvenile stage were affected by typical weather conditions. The conditions such as low temperature and high relative humidity provide favor environment for the early growth of Korean white pine. Especially, it was concluded that the low temperature is a main factor influencing the early growth of Korean white pine based on the results of correlation analysis and regression equations developed far the prediction of annual increments of stand variables.
Keywords
Korean white pine; annual increment; local climatic conditions; stand variables; topoclimatological method; spatial statistical technique;
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1 김광식, 1975: 농업기상학. 향문사. 331p.
2 수자원공사, 1992: 기상환경 변화 조사(1차). 244p.
3 임경빈, 1985: 조림학원론. 향문사. 491p.
4 Clutter, J.L., J.C. Fortson, L.V. Pienaar, G.H. Brister, and R.L. Bailey, 1992: Timber management: A quantitative approach. Krieger Pub. Co. 333 p.
5 Kramer, H., 1988: Waldwachstumslehre. Paul Parey. 374 p.
6 김일현, 신만용, 김영채, 전상금, 2001: 복원된 국지기후에 근거한 잣나무 성숙임분의 영양생장에 미치는 국지기후의 영향. 한국농림기상학회지. 3(2), 105-113.
7 수자원공사, 1993: 임하 및 주암 다목적댐 건설에 따른 기상환경 변화 조사(2차). 306p.
8 손영모, 정영관, 1994: 지형, 토양 및 기상인자가 해송의 수고생장에 미치는 영향. 한국임학회지. 83(3), 380-390.
9 수자원공사, 1994: 임하 및 주암 다목적댐 건설에 따른 기상환경 변화 조사(3차). 264p.
10 Grace, J. and D.A. Norton, 1990: Climate and growth of pinus sylvestris at its upper altitudinal limit in Scotland: Evidence from tree growth-rings. J. of Ecol., 78, 601- 610.
11 신만용, 윤진일, 서애숙, 1999: 공간통계기법을 이용한 전국일 최고/최저기온 공간변이의 추정. 대한원격탐사학회지, 15(1), 9-20.
12 산림청, 1981: 임업기술. 1362p.
13 Seino, H., 1993: An estimation of distribution of meteorological elements using GIS and AMeDAS data. J. of Japanese Agricultural Meteorology. 48(4), 379-383.
14 과학기술처, 1992: 전국 그물망 기후값 추정 및 기후도 작성 연구(III). 379p.
15 Carmean, W.H., 1954: Site quality for Douglas-fir in south western Washington and its relation to precipitation, elevation, and physical soil properties. Soil Sci. Soc. Amwe. Proc. 18, 330-334.
16 노의래, 1983: 기상인자에 의한 우리나라 삼림수종의 생육범위 및 적지적수에 관한 연구. 한국임학회지, 62, 1-18.
17 한상섭, 박완근, 1988: 잣나무와 소나무의 직경생장과 Key-Tear. 한국임학회지. 77(2), 216-221.
18 Nakai, K., 1987: Japanese system of the meteorological information service to user communities including the education and training. Preprint from the WMO symposium on education and training in meteorology with emphasis on the optimal use of meteorological information and products by all potential users. Shinfield Park. U.K., 13-18 July 1987.
19 Okamura, T., 1987: Mesh climatic data-Present and prospect of production and application. Tenki. 34(3), 25-42.
20 Jackson, D.S., 1962: Parameters of site for certain growth components of slash pine. Duke Univ. School of For. Bul. 16. 118 p.
21 전상근, 신만용, 정동준, 장용석, 김명수, 1999: 지역별 잣나무의 초기생장 특성과 미기후의 영향. -정기평균 생장량과 미기후와의 관계-. 한국임학회지. 88(1), 73-85.
22 신만용, 윤진일, 1992: 지형-기후 관계식에 의한 제주도의 월별 기온분포의 추정. 한국임학회지, 81(1), 40-52.
23 정영관, 이부권, 박남창, 1982: 기상인자가 삼나무 및 편백의 활착률, 직경생장 및 수고생장과의 관계 _진해지방을 중심으로._ 경상대 논문집. 21, 117-120.
24 Sander, D.H., 1971: Soil properties and siberian elm tree growth in Nebraska wind-breaks. Soil Science. 112(5), 357-363.