Browse > Article

A Study on Propagation and Growth Characteristics of Tamarix chinensis for Development of Plant Using in Coast Environmental Forests  

Park Chong-Min (Division of Forest Sciences, Chonbuk National University)
Kim Yong-Kil (Jeollabukdo Forest Environment Research Institute)
Publication Information
Journal of the Korean Institute of Landscape Architecture / v.34, no.3, 2006 , pp. 79-90 More about this Journal
Abstract
Tamarix chinenis blooms twice a you and its flowers, branches and leaves make the adjustment of tree shape. Propagation methods and growth characteristics of T. chinensis were studied in order to ascertain its potential use as one of vegetation resources for coast forestation and landscaping. The study results indicated that 1 or 2 you old hard wood cuttings showed higher rooting ratio than greenwood or semi hard wood cuttings. One to one mixture between vermiculite and pearlite appeared to be the best for bed soil, and sea sand and silt(loess) mixture was the next. Sea sand and granitic soil followed after. In terms of seasonal differences, spring cuttings showed the best rooting ratio, root number, and root length. Fall cuttings followed after spring cutting, and summer cuttings showed worst results regarding rooting ratio, root number, and root length. The best rooting promotion effects of growth regulators were observed with sea sand bed soils. There was no significant difference among growth regulators in terms of rooting and shoot growth. Low concentration below 100 ppm of growth regulators was enough for rooting promotion effect. In general, the number and mean length of roots and shoots were showed the excellent records in the sites with high rooting ratio. The study result strongly showed that T. chinensis can be considered as a suitable tree for coast forestation and landscaping because of its easy cutting propagation and rapid growth on saline lands.
Keywords
Wood Cutting; Bed Soils; Rooting; Shoot Growth;
Citations & Related Records
연도 인용수 순위
  • Reference
1 김계환. 박종민(2004) 향료지원조성을위한순비기니무의 증식에 관한 연구. 임산에너지 23(1): 26-37
2 변재경(2001) 임해매립지에서 해풍차단이 식재수목에 미치는 영향. 산림 431: 68-72
3 이영노(1996) 원색한국식물도감. 서울: 교학사
4 本間 啓(1973) 綠地學硏究. 東京: 東京大學農學部園藝第二(綠地學)硏究室
5 佐佐木 弘康(1974) 造園樹木の密閉抽木繁殖. 農業技術 285(2): 32-36
6 곽병엽, 정해주(1980) 밀폐상에서 NAA 침지처리가 각종 관상 식물의 녹지삽목 발근에 미치는 영향. 한국임학회지 21(1): 91-97
7 河合 英二(2001) 海岸林の役剨の變化. 日本海岸材學會誌 1(1): 17-20
8 임경빈 외 28인(9195) 특용수재배학, 서울: 향문사
9 김도균(2000) 임해매립지의 조경수목 생육 특성 -광양만의 곰솔과 느티나무를 중심으로-. 영남대학교 대학원 박사학위논문
10 김계환, 정영상, 박종민 (2004) 비산먼지대책 및 환경림 조성 연구 농업기반공사 농어촌연구원 보고서
11 Krsilmamoorthy, H.N.(1970) Promotion of rooting in mung bean hypocotyl cutting with ethrel, an ethylene reasing compound. Plant & Cell Physiology 11: 979-982   DOI
12 대한주택공사(1995) 생육환경 특성을 고려한 아파트 단지내 조경수목 선정 및 식재방안 연구
13 김치선(1996) 팝꽃나무의 형태적 특성, 종자발아 및 삽목번식에 관한 연구. 전북대학교 대학원 석사학위논문
14 농어촌진흥공사(1996) 한국의 간척. 의왕: 농어촌진흥공사
15 김용식, 오구균, 김도균, 신현탁(1999) 가뭄극복을 위한 식재지 관리방안 -광양지역을 중심으로-. 영남대학교부설 자원문제 연구소 자원문제연구논문집 18(1): 7-13
16 박종민, 박을수(2001) 해안사구 녹화식물 개발을 위한 순비기 나무의 생장특성 및 번식에 관한 연구. 한국환경생태학회지 15(1): 57-68
17 박현수 (2002) 임해매립지에 있어서 조경수 적합성 연구. 순천대학교 대학원 석사학위논문
18 이창복(1989) 대한식물도감. 서울: 향문사
19 김도균, 김용식, 김민수, 오구균(2001) 광양만 입해매립지 곰솔 식재지반 토양환경의 수직적 특성. 한국환경생태학회지 15(2): 186-192