초지조성에 관한 임학도(林學徒)의 기우(杞憂)

윤광배 한국임학회 1982 한국산림과학회지 Vol.58 No.1

산림 컨설팅시스템 도입에 관한 연구

윤광배,전은진 建國大學校 自然科學硏究所 2000 建國自然科學硏究誌 Vol.11 No.-

Nowadays, we're in the face of the consulting boom about in real estate, interior decoration, venture business, health and etc. The consulting business, for the importance of the business nature, should be formulated its in the optimal environment for its future improvement and growth. Forestry consulting business can be said to be a high-tech business in the tip future industry. That is, it is the business to fulfill the client's needs with high techniques and information concerning forestry consulting. Forestry consulting" Appraisal of value - land and timber, economic analysis, growth and yield analysis and program development, habitat conservation planning, sustainable forest management planning and monitoring, environmental impact studies. The scope of this study is limited to real estate consulting business that is set as the agenda of the forestry consulting among the several foreign forestry consultant company.

21世紀 持續的 林業을 위한 生態系 經營 모델의 開發

윤광배 건국대학교 자연과학연구소 1998 建國自然科學硏究誌 Vol.9 No.1

Ecosystem management means using an ecological approach to achieve the multiple-use management of national forests and glasslands by blending the needs of people and environmental values in such a way that national forests grasslands represent diverse, health, productive, and sustainable ecosystems (Robertson 1992). Ecosystem management is a concept whose time has come. But ecosystem management is only a concept for dealing with larger spatial scales, longer time frames, and many more variables(ecological, economic, and social)than have commonly been considered in past management approaches. 21st-century forestry will be defined by understanding and managing complexity, providing a wide range of ecological goods and services, and managing across broad landscapes. The adoption of ecosystem management as a guiding philosophy for 21st-century forestry represents a move from simplified to complex conceptions of ecological organizational systems. Like sustained yield forest management, which was a radical departure from current practice when it was introduced near the turn of the century, the protection and sustainable management of forest ecosystems seems destined to become the " Conventional wisdom" in forest resource management in twenty-first century(Sample 1991). The sustained-yield paradigm that dominated this century was based on several key assumptions : To develop sustainable forest ecosystem management, we must change from managing forest states to managing process from focusing on trees to focusing on ecosystems. As opposed to compartment and stand-level management, foreset ecosystem management must be placed in a larger context we refer to as dynamic landscape heterogeneity. Sustainable ecosystem management should be seem not merely as protecting additional old-growth reserves and providing landscape corridors, but also as a necessary change in managing the larger commodity forest matrix of the landscape. The maintenance of species diversity, functional diversity, and processes through harvesting cycles is needed not only for wildlife, but also to sustain the long-term productive potential of forests and to provide a buffer against future uncertainty, such as climatic change. A formal process of adaptive management will required to maximize the benefits and to achieve the long-term objective of ecosystem management. Adaptive management is a crucial element of any ecosystem-based strategy. It is based on a continuing process of action based on planning, monitoring, evaluation and adjustment.

멸종위기 야생생물 산림 서식지 질적 평가 체계 개발

윤광배,김선령,정석환,이진홍,도재화,한승현 한국환경생물학회 2022 환경생물 : 환경생물학회지 Vol.40 No.3

In terms of habitat conservation, it is essential to develop a habitat assessment system that can evaluate not only the suitability of the current habitat, but also the health and stability of the habitat. This study aimed to develop a methodology of habitat quality assessment for endangered species by analyzing various existing habitat assessment methods. The habitat quality assessment consisted of selecting targeted species, planning of assessment, selecting targeted sites, assessing performance, calculating grade, and expert verification. Target sites were selected separately from core and potential habitats using a species distribution model or habitat suitability index. Habitat assessment factors were classified into ecological characteristic, landscape characteristic, and species-habitat characteristic. Ecological characteristic consisted of thirteen factors related to health of tree, vegetation, and soil. Landscape characteristic consisted of five factors related to fragment and connectivity of habitat. Species-habitat characteristic consisted of factors for evaluating habitat suitability depending on target species. Since meanings are different depending on characteristics, habitat quality assessment of this study could be used by classifying results for each characteristic according to various assessment purposes, such as designation of alternative habitats, assessment of restoration project, and protected area valuation for endangered species. Forest habitat quality assessment is expected to play an important role in conservation acts of endangered species in the future through continuous supplementation of this system in regard to quantitative assessment criteria and weighting for each factor with an influence. 본 연구에서는 서식지 질적 평가에 대한 추진체계를 6단계로 구분하고, 평가 대상지 선정 방법과 서식지 질적평가 항목을 제시하였다. 서식지 질적 평가 항목은 서식지의 건강성, 안정성, 단절화 및 파편화 정도, 서식지 적합성, 위협 정도 등에 대한 종합적인 평가가 가능하도록 구성되었다. 그러나 현시점에서는 자료부족으로 인하여 서식지 질적 평가 체계가 적용 가능한 멸종위기종이 극히 일부에 해당된다. 서식지 질적 평가 체계는 향후 멸종위기종들에 관한 서식환경자료가 축적되고 이를 기반으로 평가항목들에 대한 정량적 기준 및 가중치가 부여되면 멸종위기종 별 주요 서식지에 대한 보전방안 마련에 크게 기여할 것으로 기대된다.

GIS를 이용한 생태공원 조성에 관한 연구 -충주 호암지 대상으로-

윤광배,전은진 한국임학회 2004 한국임학회 학술발표논문집 Vol.2004 No.-

캐나다의 자연공원

윤광배,Yun, Gwang-Bae 한국자연공원협회 1994 한국자연공원 Vol.62 No.-

캐나다의 행정은 연방정부와 각주정부가 병입적인 형태로 구분되어 있다. 연방의 정책인 국립공원제도와 주의 정책인 주립공원에 대하여서 온타리오주를 예로 하여 논술하기로 한다.

Echolocation Call Structure and Intensity of the Malaysian Myotis muricola (Chiroptera: Vespertilionidae)

윤광배,박영철 강원대학교 산림과학연구소 2016 Journal of Forest Science Vol.32 No.1

Echolocation call structure and intensity were measured from the Malaysian Myotis muricola, which were recorded from the hand–released bat. The Malaysian M. muricola produced typical FM call pattern of the genus Myotis, producing steep, downward frequency-modulated calls. The average PF of calls is 64.39±1.33 (kHz). Discrete PF patterns of two types are found, which consist of 63.39 kHz and 66.15 kHz. The averages of SF and D are 126.07±3.37 kHz and 2.14±0.29 ms, respectively. There are various IPI lengths with average of 42.97±12.68 ms. A pulse consists of two harmonies which consist of the first harmony with wider bandwidth and the second harmony with narrower bandwidth. The PF of the first harmony is higher than that of the second harmony. The typical FM call structure, with two harmonies and wide bandwidth, would be highly related to fast flying and wide screening in the dense forests.

레이저를 사용한 산림측정기술 개발 : Light Amplification by Stimulated Emission of Radiation

윤광배 건국대학교 자연과학연구소 1996 建國自然科學硏究誌 Vol.7 No.-

Advances in the world of technology in laser diodes, electronic vertical angle encoders and fluxgate compasses are moving us from an age of hand compass and inclinometers an age of multi-purpose instrument. This new technology is producing the forest inventory crews with an instruments that has more versatility, ease of use and accuracy than has ever been available before. The CRITERION 400 provides the capability to determine and display tree heights and diameters with ease. In addition, it can determine and display slope distance, horizontal distance, slope in degrees and percent and azimuth. The opportunity now exists to build on the proven technology of CRITERION 400 and proceed with the development of the next generation of instruments.

제19차 IUFRO(국제임업연구기구)대회 참가기

윤광배 한국산림경영인협회 1990 山林經營 Vol.59 No.-

산림자원의 다목적 이용

윤광배 한국산림경영인협회 1989 山林經營 Vol.43 No.-