Overview of Research Trends in Estimation of Forest Carbon Stocks Based on Remote Sensing and GIS

Kim, Kyoung-Min; Lee, Jung-Bin; Kim, Eun-Sook; Park, Hyun-Ju; Roh, Young-Hee; Lee, Seungho; Park, Key-Ho; Shin, Hyuseok

doi:10.11108/kagis.2011.14.3.236

Cited by 5 publications

(2 citation statements)

References 52 publications

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“…Band Ratio, Tasseled Yim et al, 2009;Powell et al, 2010;kim et al, 2011). Oza et al(1996) (Lillesand et al, 1994 Franco-Lopez et al, 2001;Yim et al, 2007).…”

Section: Abstract : Landsat Tm Pinus Koraiensis Volume Estimation mentioning

confidence: 99%

Stand Volume Estimation of Pinus Koraiensis Using Landsat TM and Forest Inventory

Park

Lee

2014

Journal of the Korean Association of Geographic Information Stu

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“…Band Ratio, Tasseled Yim et al, 2009;Powell et al, 2010;kim et al, 2011). Oza et al(1996) (Lillesand et al, 1994 Franco-Lopez et al, 2001;Yim et al, 2007).…”

Section: Abstract : Landsat Tm Pinus Koraiensis Volume Estimation mentioning

confidence: 99%

Stand Volume Estimation of Pinus Koraiensis Using Landsat TM and Forest Inventory

Park

Lee

2014

Journal of the Korean Association of Geographic Information Stu

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“…or 5.9% of the total national emissions in 2017, with forests accounting for 99.9% of the total absorption [1]. Therefore, it can be seen that trees, the main component of forests, play the most vital role in reducing the vast amount of carbon emissions from the atmosphere [2,3]. However, the trees growing at high elevations and/or latitudes face mortality risk and extinction threat due to the ever-increasing global warming and drought risks due to climatic changes [4][5][6][7][8].…”

Section: Introductionmentioning

confidence: 99%

Intra-annual dynamics of cambial and xylem phenology in subalpine conifers at Deogyusan National Park in the Republic of Korea

Park

Choi

Park³

et al. 2021

J Wood Sci

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Subalpine conifers are highly sensitive to climatic changes. In these trees, the intra-annual dynamics of cambial activity and phenological process in xylem development are closely associated with climatic conditions. However, these scientific findings have not been verified for subalpine conifers in the Republic of Korea. Therefore, we initiated such a study with four subalpine conifers, viz. Abies koreana, Pinus koraiensis, Taxus cuspidata, and Picea jezoensis, growing between 1573 and 1594 m a.s.l. at Deogyusan National Park. Microcores (Ø 2 mm) of these trees were obtained using a mini borer, called as Trephor, every week between April 7 and September 25 in 2017 to monitor their growing seasons, the intra-annual dynamics of the cambial activity, and the number of cells during phenological phases of cell enlargement and cell-wall thickening. For the study, five trees were selected for each conifer species. Results showed that the cambial activity of A. koreana, P. koraiensis, and P. jezoensis required at least 73.8 heat-sum values, whereas the T. cuspidata needed 109.6 heat-sum. The durations of cambial activity of A. koreana, P. koraiensis, T. cuspidata, and P. jezoensis were 134 (127–144), 113 (92–128), 113 (106–120), and 100 (76–128) days, respectively. The intra-annual variations of the number of cells in the cambium, during the cell enlargement phase and cell-wall thickening phase showed predominantly a bell-shaped curve, with a delay of approximately 2–4 weeks between each other. On the other hand, the number of cumulated mature cells showed an S-shaped curve. Through this study, the first fundamental data on phenological process in xylem development of subalpine conifers in the Republic of Korea have been successfully presented.

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Detection of landuse/landcover changes using remotely-sensed data

Park

Lee

2016

J. For. Res.

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Overview of Research Trends in Estimation of Forest Carbon Stocks Based on Remote Sensing and GIS

Cited by 5 publications

References 52 publications

Stand Volume Estimation of Pinus Koraiensis Using Landsat TM and Forest Inventory

Stand Volume Estimation of Pinus Koraiensis Using Landsat TM and Forest Inventory

Intra-annual dynamics of cambial and xylem phenology in subalpine conifers at Deogyusan National Park in the Republic of Korea

Detection of landuse/landcover changes using remotely-sensed data

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