야생 차나무 집단의 임분구조와 물질현존량

박인협,류석봉,이선하 ( In Hyeop Park,Suk Bong Ryu,Seon Ha Lee ) 한국산림과학회 1998 한국산림과학회지 Vol.87 No.2

Twelve Camellia sinensis populations were studied to investigate the biomass distribution related to stand structure. With increasing mean age of the population, mean root collar diameter increased, while mean height, density and root collar area had no correlation with the age. The result of dimension analysis after cutting the sample trees showed that dry weights of stems +branches and root were exponentially increased and dry weights of current leaves and twigs were linearly increased with increasing root collar diameter. However, the dry weight of older leaves was not related to the root collar diameter. The range of total biomass was 1,162∼11,474㎏/㏊ and the range of current leaf biomass was 165∼1,341㎏/㏊. The range of T/R ratio was 1.5∼2.8. The biomass of stems+branches and root were significantly correlated with the root collar area of the population and were not significantly correlated with the mean age, mean root collar diameter and density of the population. The biomass of current leaves and twigs were significantly correlated with the root collar area and density of the population.

여천공단 주변 해송림의 대기오염에 의한 식물사회학적 변화

박인협,임행진,류석봉 順天大學校 農業科學硏究所 1996 農業科學硏究 Vol.10 No.-

This study was carried out to investigate phytosociological changes of Pinus thunbergii forests induced by air pollution near Yochon industrial complex where air pollution was severe until the early 1980's and lowered to a degree after air pollution was regulated about the middle of the 1980's. Pinus densiflora forests were affected primarily by air pollution, and secondarily by forest structure changed by air pollution. After air pollution was lowered to a degree, low damage forests without invasion and growth of Pueraria thunbergiana and Smilax china have recovered to healthy Pinus densiflora forests but, severe damage forests where Pueraria thunbergiana and Smilax china invaded and grew have declined to scrubby forests. Severe damage forests require silvicultural treatments, especially clearing and killing Pueraria thunbergiana and Smilax china to be healthy forests where tree species compete with each other excluding those vine species.

조림 분야 : 굴참나무림과 신갈나무림의 물질생산에 관한 연구

박인협,서영권 한국임학회 2001 한국임학회 학술발표논문집 Vol.2001 No.-

지리산국립공원 계곡부의 사면방향과 해발고에 따른 산림구조

박인협,임도형,문광선 한국환경생태학회 2000 한국환경생태학회 학술대회지 Vol.2000 No.1

학술연구논문 포스터발표 : 1분과: 산림환경, 산림생태, 수목학, 분류, 조림 ; 전남지역 졸참나무의 바이오매스 확장계수와 상대생장식

박인협,채경석,김소담,박종원,이경학,손영모,김래현 한국임학회 2013 한국임학회 학술발표논문집 Vol.2013 No.-

학술연구 발표논문집 : 포스터 발표 ; 상주대학교 애일당 안 : 완도지역 상수리나무 임분과 리기다소나무 조림지에서 밀도조절에 따른 상록활엽수종 치수의 생장

박인협,최윤호,서영권,이석면,유석봉,이돈구 한국임학회 2003 한국임학회 정기학술발표논문집 Vol.2003 No.-

산림군집구조 조사를 위한 조사구 크기에 관한 연구(V) - 구룡산지역 활엽수혼효림군집 교목층과 관목층의 적정 조사구수 -

박인협,서영권 한국환경생태학회 2002 한국환경생태학회지 Vol.15 No.4

무작위표본추출법에 의한 산림군집구조 조사시 교목층과 관목층의 적정 조사구수를 파악하기 위하여 혼효율이 비교적 높은 구룡산 상금정계곡 활엽수혼효림군집의 교목층과 관목층을 대상으로 각각 10m$\times$10m, 5m$\times$5m 크기의 조사구를 15개씩 설치한 후 종수-면적 곡선, performance curve 등을 적용하였다. 종수-면적 곡선에의한 교목층의 적정 조사구수는 일반적인 수준에서 5개 이상이었으며, 보다 정확성을 요구할 경우 10개 이상이었다. 교목층의 상대중요치에 의한 performance curve를 작성한 결과 조사구수 4개 이상에서 우점종과 준우점종의 구분이 뚜렷해지며, 조사구수 8개 이상에서는 준우점종의 순위가 일정한 경향이었다 교목충의 종다양도는 조사구수 7개 이상에서 비교적 일정한 경향을 보였으며 조사군집을 대표한다고 할 수 있는 전체 조사구수 15개의 종다양도와 0.05 이내의 차이를 보였다. 교목층 전체 조사구수와의 유사도지수는 조사구수 5개 이상에서 80% 이상, 9개 이상에서 90% 이상이었다 관목층의 경우, 종수-면적 곡선에 의한 적정 조사구수는 일반적인 수준에서 5개 이상이었으며, 보다 정확성을 요구할 경우 12개 이상이었다. 관목충의 상대중요치에 의한 performance curve를 작성한 결과 조사구수 4개 이상에서 우점종과 준우점종의 구분이 뚜렷하였으며, 조사구수 13개 이상에서는 준우점종의 순위가 일정한 경향으로 유지되었다. 관목층 종다양도는 조사구수 6개 이상에서 비교적 일정한 경향을 보였으며, 조사군집을 대표한다고 할 수 있는 전체 조사구수 15개의 종다양도와 0.05이내의 차이를 보였다. 관목층 전체 조사구와의 유사도지수는 조사구수 5개 이상에서 80%, 9개 이상에서 90% 이상이었다. 이상을 종합하면, 우점종과 준우점종이 구분되는 일반적인 수준의 적정 조사구수는 교목층과 관목층 모두 대체로 5개, 준우점종 내에서의 순위까지 구분되는 보다 정화겅을 요구하는 수준의 적정 조사구수는 교목층 10개, 관목층 13개 정도이었다. A mixed forest community of broad-leaved trees in Guryongsan area was studied to determine the adequate number of plots of tree and shrub strata for investigating forest community structure. Fifteen 10m$\times$10m plots were set up in the tree stratum and fifteen 5m$\times$5m plots were set up in the shrub stratum. Species-area curves and performance curves were made from vegetation analysis of the plots. In tree stratum, the minimum number of plots where a given percentage increase in number of plots produced less than the same percentage in number of species was five. In tree stratum, minimum number of plots where a given percentage increase in nuts her of plots produced less than the half of the percentage increase in number of species was ten. In tree stratum, minimum number of plots where the dominant species was distinguished from the subdominant species was four In tree stratum. minimum number of plots where the subdominant species were distinguished from each other was eight. In tree stratum, the difference of species diversity(H') between seven or more plots and total fifteen plots was less than 0.05 Similarity index was more than 80% between aye or more plots and total fifteen plots, and more than 90% between nine or more plots and total fifteen plots. In shrub stratum, the minimum number of plots where a given percentage increase in number of plots produced less than the same percentage in number of species was five . In shrub stratum, the minimum number of plots where a given percentage increase in number of plots produced less than the half of the percentage increase in number of species was twelve. In shrub stratum. minimum number of plots where the dominant species was distinguished from the subdominant species was four. In shrub stratum, the minimum number of plots where the subdominant species were distinguished from each other was thirteen. In shrub stratum, the difference of species diversity(H') between six or more plots and total fifteen plots was less than 0.05. Similarity index was more than 80% between five or more plots and total fifteen plots, and more than 90% between nine or more plots and total fifteen plots. It may be given as a conclusion that adequate number of 10m$\times$10m plots for the tree stratnm was about 5 in general acse and 10 in case of requiring more accuracy, and that the adequate number of 5m$\times$5m plots for ahrub stratum was about 5 in general case and 13 in case of requiring more accuracy.

산림군집구조 조사를 위한 조사구 크기에 관한 연구 5 : 구룡산지역 활엽수혼효림군집 교목층과 관목층의 적정 조사구수

박인협,서영권 한국환경생태학회 2002 한국환경생태학회지 Vol.15 No.4

무작위표본추출법에 의한 산림군집구조 조사시 교목층과 관목층의 적정 조사구수를 파악하기 위하여 혼효율이 비교적 높은 구룡산 상금정계곡 활엽수혼효림군집의 교목층과 관목층을 대상으로 각각 10m×10m, 5m×5m 크기의 조사구를 15개씩 설치한 후 종수-면적 곡선, performance curve 등을 적용하였다. 종수-면적 곡선에의한 교목층의 적정 조사구수는 일반적인 수준에서 5개 이상이었으며, 보다 정확성을 요구할 경우 10개 이상이었다. 교목층의 상대중요치에 의한 performance curve를 작성한 결과 조사구수 4개 이상에서 우점종과 준우점종의 구분이 뚜렷해지며, 조사구수 8개 이상에서는 준우점종의 순위가 일정한 경향이었다 교목충의 종다양도는 조사구수 7개 이상에서 비교적 일정한 경향을 보였으며 조사군집을 대표한다고 할 수 있는 전체 조사구수 15개의 종다양도와 0.05 이내의 차이를 보였다. 교목층 전체 조사구수와의 유사도지수는 조사구수 5개 이상에서 80% 이상, 9개 이상에서 90% 이상이었다 관목층의 경우, 종수-면적 곡선에 의한 적정 조사구수는 일반적인 수준에서 5개 이상이었으며, 보다 정확성을 요구할 경우 12개 이상이었다. 관목충의 상대중요치에 의한 performance curve를 작성한 결과 조사구수 4개 이상에서 우점종과 준우점종의 구분이 뚜렷하였으며, 조사구수 13개 이상에서는 준우점종의 순위가 일정한 경향으로 유지되었다. 관목층 종다양도는 조사구수 6개 이상에서 비교적 일정한 경향을 보였으며, 조사군집을 대표한다고 할 수 있는 전체 조사구수 15개의 종다양도와 0.05이내의 차이를 보였다. A mixed forest community of broad-leaved trees in Guryongsan area was studied to determine the adequate number of plots of tree and shrub strata for investigating forest community structure. Fifteen 10m×10m plots were set up in the tree stratum and fifteen 5m×5m plots were set up in the shrub stratum. Species-area curves and performance curves were made from vegetation analysis of the plots In tree stratum, the minimum number of plots where a given percentage increase in number of plots produced less than the same percentage in number of species was five. In tree stratum, minimum number of plots where a given percentage increase in nuts her of plots produced less than the half of the percentage increase in number of species was ten. In tree stratum, minimum number of plots where the dominant species was distinguished from the subdominant species was four In tree stratum. minimum number of plots where the subdominant species were distinguished from each other was eight. In tree stratum, the difference of species diversity(H') between seven or more plots and total fifteen plots was less than 0.05 Similarity index was more than 80% between aye or more plots and total fifteen plots, and more than 90% between nine or more plots and total fifteen plots. In shrub stratum, the minimum number of plots where a given percentage increase in number of plots produced less than the same percentage in number of species was five . In shrub stratum, the minimum number of plots where a given percentage increase in number of plots produced less than the half of the percentage increase in number of species was twelve. In shrub stratum. minimum number of plots where the dominant species was distinguished from the subdominant species was four. In shrub stratum, the minimum number of plots where the subdominant species were distinguished from each other was thirteen. In shrub stratum, the difference of species diversity(H') between six or more plots and total fifteen plots was less than 0.05. Similarity index was more than 80% between five or more plots and total fifteen plots, and more than 90% between nine or more plots and total fifteen plots.

지리산국립공원 쌍계사지역 계곡부의 해발고와 사면부위에 따른 산림구조

박인협,서영권,이석면,류석봉 한국환경생태학회 2000 한국환경생태학회 학술대회지 Vol.2000 No.1

벌목시기에 따른 양버즘나무와 Sweetgum 맹아의 성장

박인협,Steinbeck, Klaus 한국임학회 2000 한국산림과학회지 Vol.89 No.4

Twelve-year-old rootstocks of sycamore and sweetgum were coppiced at monthly intervals for one year. Sprout growth was measured three and five years after cutting. After three years, average dry weight of the sprouts cut in May, June and July was lower by 36% for sycamore and by 24% for sweetgum than those cut during the other months of the year. However, these differences were reduced to be 23% and 14%, respectively, after five years.