송이 생육환경 특성을 고려한 소나무비오톱지도 작성 연구 - 강원도 양양군을 사례로 - = Biotope Mapping of Pinus densiflora Based on Growth Environment of Tricholoma matsutake - A Case Study of Yangyang-gun, Kang Won-do -

다국어 초록 (Multilingual Abstract)

The purpose of this paper was to ensure the basis for effective management of Tricholoma matsutake mountain province, to perform biotope mapping of Pinus densiflora based on growth environment of Tricholoma matsutake, target a cluster of Yangyang-gun, Kang Won-do. Study Methods were to review on growth and environmental characteristics of Tricholoma matsutake through internal and external documents and to identify vegetational structure and soil characteristics. This paper studied growth structure and soil environment of Pinus densiflora forest where a farm of production area for Tricholoma matsutake of in order to set the standard of Pinus densiflora biotope. Mapping standards were derived by separating of landform conditions, soil conditions, vegetation conditions. Biotope types were divided into possible production area for Tricholoma matsutake and potential production area for Tricholoma matsutake, possible production area for Tricholoma matsutake were Pinus densiflora biotope in landform and soil structure that enables Tricholoma matsutake production and Single-layered Pinus densiflora biotope of less than 30㎝(DBH)-Tree species that other shrub is dominant in shrub layer, Multi-layered Pinus densiflora biotope that Pinus densiflora forest was predominant in understrory layer. Potential production area for Tricholoma matsutake were single-layered Pinus densiflora biotope of more than 30㎝(DBH) in landform that enables Tricholoma matsutake production, Pinus densiflora biotope with Quercus predominant in the understrory layer, single-layered Pinus densiflora biotope with Quercus predominant in shrub layer, inappropriate vegetation structure area that the induction of production of Tricholoma matsutake was possible through future vegetation management. According to the research results, Pinus densiflora forest were divided into 16 types; 6 types of possible Tricholoma matsutake production areas, 9 potential Tricholoma matsutake production areas and 16 types of areas where Tricholoma matsutake production was impossible. Possible production areas account for 15.48%, or 9.8㎢ out of the total Pinus densiflora forest while potential production areas take up 32.42%, or 20.52㎢, and areas where Tricholoma matsutake production was impossible was 52.10%, or 32.97㎢.

국문 초록 (Abstract)

본 연구는 효과적인 송이산 관리를 위한 기초자료 확보를 위하여 강원도 양양군을 사례로 송이 생육환경특성을 고려한 소나무비오톱지도 작성을 목적으로 수행하였다. 연구방법은 송이와 관련한 국내․외 관련연구 고찰을 통해 송이 생육환경 특성을 도출하고, 송이 생산지의 식물군집구조와 토양환경을 파악하여 소나무비오톱 지도화 기준을 도출하였다. 지도화 기준은 송이가 발생할 수 있는 중요 요인을 지형 조건과 토양 조건, 식생 조건으로 구분하여 도출하였다. 전체 비오톱유형은 송이생산 가능지, 송이생산 잠재지로 크게 구분하였으며, 송이생산 가능지는 송이생산이 가능한 지형구조 및 토양구조 내 분포하는 소나무 비오톱으로 관목층에 기타 관목성상의 수종이 우점하는 흉고직경 30㎝ 미만의 단층구조의 소나무 비오톱과 아교목층에 소나무가 우점하는 다층구조의 소나무비오톱이 해당되었다. 송이생산 잠재지는 송이생산이 가능한 지형구조 내에 분포하고 있으나 흉고직경 30㎝ 이상의 노령화된 소나무가 우점하는 단층구조의 소나무비오톱, 아교목층에 참나무류가 우점하는 소나무 비오톱, 관목층에 참나무류가 우점하는 단층구조의 소나무 비오톱 등 식생구조가 부적절한 지역으로 향후 식생관리를 통해 송이 발생 유도가 가능한 지역이었다. 연구결과 소나무비오톱은 송이생산 가능지 6개 유형, 송이생산 잠재지 9개 유형, 송이생산 불가능지 등 총 16개 유형으로 구분되었다. 송이생산 가능지는 전체 소나무림 중 총 9.8㎢, 15.48%이었고, 송이생산 잠재지는 20.52㎢, 32.42%이었으며, 송이생산 불가능지는 32.97㎢, 52.10%이었다.

참고문헌 (Reference)

1 이수동, "생태적 측면에서의 자연공원 관리계획 수립방안-천마산군립공원을 중심으로-" 대한국토·도시계획학회 41 (41): 111-129, 2006

2 김경태, "산사태취약성 분석을 통한 북한산국립공원의 생태적 위험도 평가" 한국환경생태학회 22 (22): 119-127, 2008

3 이수동, "불암산도시자연공원의 환경생태 현황 조사·분석을 통한 생태적 측면에서의 공원관리계획 수립" 한국환경생태학회 20 (20): 170-187, 2006

4 岩切靖次, "マツタケ発生環境並びに環境改善試験（中間報告)" 京都林指業務報告 63-95, 1966

5 小川眞, "マツタケの生物學" 築地書館 333-, 1991

6 Schaefer, M., "Ökologie. Reihe Wörterbücher der Biologie.- 3. Aufl" Stuttgart u.a. (Gustav Fischer) 433-, 1992

7 Park, I.K., "The Ecological management and characteristics of the Pinus densiflora S. et Z. Forest in Namsan, Seoul" University of Seoul 2005

8 Westhoff, V, "The Braun-Blanquet approach. Handbook of vegetation science, In Ordination and classification of vegetation" Dr. Junk, The Hague 617-726, 1973

9 Lee, T.S., "Survey on the Environmental Conditions at the Habitat of Tricholoma matsutake S . in Korea" 11 (11): 37-44, 1983

10 Yangyang-gun, "Statistical Year Book of Yangyang" Yangyang-gun 97-, 2006

11 Koo, C.D., "Spatiotemporal change in ectomycorrhizal structure between Tricholoma matsutake and Pinus densiflora symbiosis" 89 (89): 389-396, 2000

12 Koo, C.D., "Some Considerations on Problems in Pine Mushroom (Tricholoma matsutake) Industry in Korea" 18 : 95-104, 2001

13 小川眞, "Mycorrhiza in the Pine Forest - The Ecological Study of Matsutake as a Microorganism" 9 (9): 225-227, 1981

14 Leser, H., "Landschaftsökologie" Verlag Eugen Ulmen 1991

15 Park, W.K., "Influence of climatic factors on the radial growth of Pinus densiflora from Sogni Mountains in Central Korea, In Tree-Ring Analysis" CAB International 287-297, 1999

16 Ellenberg, H., "Grundlagen der vegetationsgliederung, I. Aufgaben und Method der Vegetationskunde, In Einfuhrung in die phytologie IV" Stuttgart 136-, 1956

17 Koo, C.D., "Financial Analysis of Vegetation Control for Sustainable Production of Songyi(Tricholoma matsutake) in Korea" 87 (87): 519-527, 1993

18 Han, B.H., "Ecological Management Plan Based on Biotope Type and Wildlife Habitat Assessments in Gahyunsan" 79-81, 2008

19 Koo, C.D, "Ecological Hypothesis of vegetation management for Tricholoma matsutake production: Vegegation management can improve availability of photosynthate, nutrients and water to the mushroom" 1 : 122-123, 2004

20 Koo, C.D., "Correlation between Production of Tricholoma matsutake and Annual Ring Growth of Pinus densiflora" 89 (89): 232-240, 2000

21 Hur, T.C., "Comparison to Soil Environment of Tricholoma matsutake and Sarcodon aspratus at Uljin Sokwang-ri Pinus densiflora for. erecta Uyeki Forest" 20 : 77-82, 2002

22 Lee, K.S., "Characteristics of Chemical Distribution in Pine Mushroom(Tricholoma Magnivelare) Habitat Soil" 41 : 129-, 2008

23 Sukopp, H, "Biotope mapping and nature conservation strategies in urban areas of the Federal republic of Germany" 15 : 39-58, 1988

24 Lee, T.S., "A Study on the Pine Forest Conditions Growing Tricholoma matsutake in Korea" 11 (11): 39-49, 1983

25 Lee, K.J., "A Comparative Study on the Mushroom Populations between Matsutake- Producing and Non-producing Pinus densiflora Stands" 72 : 27-31, 1986