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자연림 복원을 위한 모듈군락식재 실험연구 ＝ Experimental study on modular community planting for natural forest restoration / 한용희 ; 박석곤 1

요약 1

ABSTRACT 1

서론 2

연구방법 3

1. 연구내용 3

2. 연구방법 3

3. 조사 및 분석 6

결과 및 고찰 6

1. 수목 생존율 6

2. 수목 생장량 7

3. 식피율 변화 8

4. 수고생장 예측 8

5. 종합고찰 9

REFERENCES 10

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권호기사 목록 테이블로 기사명, 저자명, 페이지, 원문, 기사목차 순으로 되어있습니다.
기사명 저자명 페이지 원문 목차
고양산(1,152.3m, 정선군)과 문래산(1,082.5m, 정선군) 일원의 관속식물 = Floristic characteristics of vascular plants in the Goyangsan Mtn.(Jeongseon-gun) and Munraesan Mtn.(Jeongseon-gun) area 김영철, 채현희, 박유철, 이선미 p. 220-256

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한국의 희귀 및 특산식물에 대한 국내·외 연구동향 = Korean and worldwide research trends on rare plant and endemic plant in Korea 채현희, 김영철, 손성원 p. 257-276

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전남 보성군 일림산 일원 관속식물상 = The flora of vascular plants in Mt. Ilimsan and its adjacent areas(in Boseong-gun, Jeonnam-do, Korea) 신순호, 오찬진, 유한춘 p. 277-302

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전국 야생 벌목 분포에 대한 기후요인 영향 연구 = Effects of climatic factors on the nationwide distribution of wild aculeata (Insecta: Hymenoptera) 유동수, 권오창, 신만석, 김정규, 이상훈 p. 303-317

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InVEST 모델을 이용한 가지산도립공원의 서식지질 분석과 생태계서비스평가 = Habitat quality analysis and an evaluation of Gajisan provincial park ecosystem service using InVEST model 권혜연, 장정은, 신해선, 유병혁, 이상철, 최송현 p. 318-326

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생태복원용 식물종 선정을 위한 지표의 중요도·우선순위 = Importance and priority of indicators for selection of plant species for ecological restoration 성정원, 신현탁, 유승봉, 박석곤 p. 327-337

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자연림 복원을 위한 모듈군락식재 실험연구 = Experimental study on modular community planting for natural forest restoration 한용희, 박석곤 p. 338-349

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국립공원 내 소리 분포 특성 분석 연구 : Analysis of sound distribution characteristics and its impact on national park : Mudeungsan national park / 무등산국립공원 유지수, 류훈재, 문성준, 장서일, 기경석 p. 350-357

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참고문헌 (48건) : 자료제공( 네이버학술정보 )

참고문헌 목록에 대한 테이블로 번호, 참고문헌, 국회도서관 소장유무로 구성되어 있습니다.
번호 참고문헌 국회도서관 소장유무
1 Andel, J. and J. Aronson(2006) Restoration Ecology: The New Frontier. Wiley-Blackwell, Publishing, USA, 319pp. 미소장
2 Aoki, J. and H. Harada(1985) Formation of environmental protection forests and change in soil fauna, especial Orbatid mites. Bull. Inst. Environ. Sci. Technol., Yokohama Natl. 12:125-135. (in Japanese with English summary) 미소장
3 Bae, S.H. and S.D. Lee(2019) A study on the timing of management through comparison of growth rate by year of tree in the ecological restoration site-focused on the deciduous tree-. Proc. Korean Soc. Environ. Ecol. Con. 29(2): 85-86. (in Korean) 미소장
4 Bormann, F.H.(1965) Changes in the growth pattern of white pine trees undergoing suppression. Ecology 46(3): 269-277. 미소장
5 Cho, D.G.(2021) Study on the current status of ecological restoration plant species use.-Focusing on the ecosystem conservation cooperation fund return projects. Korean J. Environ. Ecol. 35(5): 525-547. (in Korean with English abstract) 미소장
6 Clewell, A.F. and J. Aronson(2013) Ecological Restoration:Principles, Values, and Structure of an Emerging Profession (2nd ed.). Island Press, 303pp. 미소장
7 Edward, F.G. and G.W. Dennis(1993) Albizia julibrissin mimosa. Institute of Food and Agricultural Sciences, University of Florida, Fact Sheet ST-68. 미소장
8 Fujimori, T., Y. Kanazawa, Y. Kiyono, K. Kamo and I. Iimori(1984) Crown development and stem growth in relation to stand density in even-aged pure stands (I). Stand structure of young Cryptomeria japonica. J. Jap. For. Sot. 66: 132-140. 미소장
9 Harada, H. and T. Ishikawa(2014) A Practical Guide to the Environmental Protection Forests in Urban Areas. Tokyo Japan: Tokai University Press, 144pp. (in Japanese) 미소장
10 Hayashi, H., Y. Murakami and K. Mutou(2018) Growth and evaluation of enviromental protection forests planted in Fuji city. Shizuoka prefecture. ECO-HABITAT 25(1): 51-56. (in Japanese with English synopsis) 미소장
11 Hong, S.H., B.H. Han and J.I. Kwak(2010) Development of the Pinus densiflora community planting model in the central cool temperate zone of Korea. Journal of the Korean Institute of Landscape Architecture 38(3): 107-114. (in Korean with English abstract) 미소장
12 JGRDC(Japan Greenery Research and Development Center) (1997) Ecology Greening Technology Manual. Tokyo, Japan, 112pp. (in Japanese) 미소장
13 Jo, H.K. and H.M. Park(2016) Exploring planting strategies through monitoring of a greenspace established in the riparian zone-The case of an implementation site in Gapyeong county-. Journal of Environmental Science International 25(12):1689-1699. (in Korean with English abstract) 미소장
14 Jo, H.K. and H.M. Park(2017) Changes in growth rate and carbon sequestration by age of landscape trees. J. KILA 45(5): 97-104. (in Korean with English abstract) 미소장
15 Jo, H.K., J.Y. Kim and H.M. Park(2013) Monitoring tree growth and propriety after riparian greenspace establishment‐The case of an ecological planting site in Gapyeong county‐. Proc. Korean Soc. Environ. Ecol. Con. 23(1): 55. (in Korean) 미소장
16 Jo, H.K., T.W. Ahn and C.Y. Son(2014) Improving riparian greenspace established in river watersheds. Paddy Water Environ. 12(1): 113-123. (in Korean with English abstract) 미소장
17 Kameyama, A., A. Misawa, M. Kondo and H. Koshimizu(1989)Frontier Techniques of Revegetation. Tokyo, Japan: Soft Science Inc., 360pp. (in Japanese) 미소장
18 Kameyama, A., N. Kuramoto and H. Yosiyuki(2005) Nature Restoration and Rehabilitation: Using Ecotechnological Approach. Tokyo, Japan: Soft Science Inc., 375pp. (in Japanese) 미소장
19 Kanazawa, Y., Y. Kiynno and T. Fuzimori(1990) Relationship between canopy depth and other dimensions of coastal Pinus thunbergii Parlat. Forests in Japan. Tree Physiology 7: 317-327. 미소장
20 Ki, K.S. and J.Y. Kim(2012) Monitoring of plant community structure change for four years (2007~2010) after riparian ecological restoration, Nakdonggang(river). Kor. J. Env. Eco. 26(5): 707-718. (in Korean with English abstract) 미소장
21 Kim, D.G.(2011) The development of ecological planting model for the make up of coastal windbreak forest on Suncheon bay in Suncheon-si, Korea. J. Korean Env. Res. Tech. 14(1): 89-104. (in Korean with English abstract) 미소장
22 Kim, H.J.(2008) A Study on the Flaw Analysis of Trees in the Reclaimed Seaside area: With Special Reference to the Park and Green Works of Songdo District, Incheon Metropolitan City. Master’s thesis, Hanyang University. (in Korean with English abstract) 미소장
23 Kim, H.S.(2018) A Study on the Reduction of the Landscape Tree Flaws-Focusing on Gwang-ju Metropolitan City Park and Green Area-. Master’s thesis, Chonnam National University. (in Korean with English abstract) 미소장
24 Kim, J.J.(2009) A Study on the Method of the Riparian Revegetation Techniques for the Riparian Areas Restoration:Focused on the Han-river Riparian areas. Doctor’s thesis, Dankook University.(in Korean with English abstract) 미소장
25 Kim, J.Y.(2007) Development of the Community Planting Models for the Urban Green Space in the Metropolitan Area, the Middle Temperate Zones, Korea. Ph.D. dissertation, University of Seoul. (in Korean with English abstract) 미소장
26 Kim, K.J.(2020) A Study on Policy Management to Improve the Effect of Ecological Restoration in Damaged Areas of Korea National Park. Ph.D. dissertation, Kangwon National University. (in Korean with English abstract) 미소장
27 Kim, S.H. and S.G. Park(2021) Causes of weakening tree vigor of Pinus thunbergii in Hanbando coastal forest in Shinangun, Jeollanamdo province. Korean J. Environ. Ecol. 35(4): 398-407. (in Korean with English abstract) 미소장
28 Korea Environment Institute(2007) Native Plant Community Restoration Based on Phytosociology. Seoul, Korea, 53pp. (in Korean with English abstract) 미소장
29 Kweon, Y.C.(1976) Influence on growth larch(Larix gmelini var. principisrupprechtii(Mary) Pilger) seedling in planting density. Jinju A. & F. Jr. Coll. 14: 1-4. (in Korean with English abstract) 미소장
30 Kwon, J.O.(1997) A Study on the Ecological Planting Models by the Analysis on the Natural Vegetation in Middle District, Korea. Master’s thesis, University of Seoul. (in Korean with English abstract) 미소장
31 Lee, S.W., J.H. Choi and S.K. Yoo(2008) Study on the growth characteristics of Platanus orientalis by growth density control. Forest Bioenergy 27(1): 26-29. (in Korean with English abstract) 미소장
32 Meguro, S., T. Kitamura and H. Harada(2005) Growth behavior to tree thinning in environmental protection forests and its assessment. Eco-Habitat 12(1): 1-10. (in Japanese with English abstract) 미소장
33 Meguro, S.(2000) Growth behavior of trees and the habitat on environmental protection forests in Japan. Eco-Habitat 7(1):73-80. (in Japanese with English abstract) 미소장
34 Ministry of Environment(2011) Waterfront Eco Belt Creation Management Guide. Seoul, Korea, 571pp. (in Korean) 미소장
35 Ministry of Environment(2014) Technology Development for the Establishment of Riparian Greenspaces and Eco-corridors. Seoul, Korea, 1295pp. (in Korean) 미소장
36 Miyawaki, A., K. Fujiwara and M. Ozawa(1993) Native forest by native trees: Restoration of indigenous forest ecosystem:Reconstruction of environmental protection forest by prof. Miyawaki’s method. Bull. Inst. Environ. Sci. Technol., Yokohama Natl. 19: 73-107. (in Japanese with English) 미소장
37 Murakami, Y., H. Hayashi and K. Mutoh(2018) Development of restored forests by the mixed and dense planting method: 10years of Asahi-Inochino-Mori(Asahi ecotope for wildlife) in Fuji city. Eco-Habitat 25(1): 57-83. (in Japanese with English abstract) 미소장
38 Nakashima, A., S. Yabu, H. Yamada and H. Komabashiri (1998)Stand structure of ‘Ecological tree planting’ site within a industrial open space at bay shore on the eighteenth year after planting. J. JILA 61(5). (in Japanese with English) 미소장
39 National Institute of Ecology(2018) The 4th National Natural Environment Survey. Chungnam-do, Korea. (in Korean) 미소장
40 Noh, N.J., B.R. Kwon, A.R. Yang and M.S. Cho(2020) Effect of planting density on early growth performances of Zelkova serrata trees. J. Korean Soc. For. Sci 109(3): 281-290. (in Korean with English abstract) 미소장
41 Oh, K.K.(1986) A Study on Planting Design Criteria on the basis of Ecological Characteristics of Natural Vegetation-By the Analysis on Natural Vegetation of Changduk Palace-. Master’s thesis, Seoul National University. (in Korean with English abstract) 미소장
42 Park, J.S.(2015) Restoration and Management of Waterside Green areas by Evaluation of Planted Tree Damage: A Case Study of Han-river Riparian Eco-belt. Master’s thesis, Dankook University. (in Korean with English abstract) 미소장
43 Park, S.G., C.Y. Sung and H.M. Kang(2021) The types of warm temperate forest and the degraded levels in the island area of the west and south coast. Korean J. Environ. Ecol. 35(6): 579-593. (in Korean with English abstract) 미소장
44 Salisbury, F.B. and C.W. Ross(1992) Plant Physiology. Wadsworth Publishing Company, California, American, 682pp. 미소장
45 Song, S.H.(2017) A study on the Actual Conditions of Afforestation of Evergreen Broad-leaved Trees in the Jeonnam Region and the Recognition of the Persons Concerned. Master’s thesis, Sunchon National University. (in Korean with English abstract) 미소장
46 Suzuki, S., H. Chiyonobu, S. Aoike, S. Kodate, Y. Ikumi, T. Takahashi, N. Fujitake and H. Otsuka(1998) Changes of vegetation and soils with years in man-made forests formed by close planting nursery stocks of laurel trees. 2.changes of soil properties with years. Japanese Society of Pedology 42(1):33-43. (in Japanese with English summary) 미소장
47 Takasuna, H. and H. Takayama(2011) Growth of the seedlings of eight deciduous broad-leaved tree species and change of vegetation structure during fifteen years. J. Jpn. Soc. Reveget. Tech. 37(1): 108-113. (in Japanese with English abstract) 미소장
48 Watson, W.T.(2005) Influence of tree size on transplant establishment and growth. Hort Technology 15(1): 118-122. 미소장

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