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Brief Job Description

Shyh-Chian Tang

  • Position：Associate Researcher
Research interests / job description1. Operations management and planning
2. Forest operations
3. Forest engineering
4. Agroforestry management
EducationPh.D. Department of Forestry, National Taiwan University, Taiwan. (1997)
M.S. Department of Forestry, National Taiwan University, Taiwan. (1993)
B.S. Department of Forestry, National Taiwan University, Taiwan. (1991)
Experience2023.08~ Associate Researcher, Taiwan Forestry Research Institute, MOA.
2018.08~2023.07 Associate Researcher, Taiwan Forestry Research Institute, COA.
2003.09~2018.08 Assistant Researcher, Taiwan Forestry Research Institute, COA.
2000.10~2003.09 Assistant, Taiwan Forestry Research Institute, COA.
1999.08~2000.10 Assistant Technician, Construction Bureau, Taipei City Government.
TEL886-2-23039978 ext 2631
Emailstantang@tfri.gov.tw
  1. Wang DH, Chung CH, Hsieh HC, & Tang SC. (2018). Taper Modeling on Calocedrus formosana Plantations in Lienhuachih, Central Taiwan. Taiwan J For Sci 33(2):163-171.
  2. Wang DH, Chung CH, Hsieh HC, Tang SC, Chung CH, Chen TH. (2015). Three-year Patch Thinning Effects on the Stand Structure in Overstory Trees of a Japanese Cedar Plantation in Taiwan. Taiwan J For Sci 30(1):55-74.
  3. Wang DH, Lin CY, Chen TH, Tang SC, Chung CH, & Hsieh HC. (2014).  Comparing the Early Growth of Pure and Mixed Plantations of Calocedrus formosana and Michelia formosana at Lienhuachih, Central Taiwan. Taiwan J For Sci 29(3):221-238.
  4. Wang DH, Tang SC, Hsieh HC, Chung CH, & Lin CY. (2012). Distance-Dependent Competition Measures for Individual Tree Grown on a Taiwania on Plantation in the Liuguei Area. Taiwan J For Sci 27(3):215-228.
  5. Wang DH, Chung CH, Hsieh HC, Tang SC, Chung CH, & Chen TH.(2012). Site Index Model for a Sugi Plantation (Cryptomeria japonica) in Zenlen Area, Taiwan. Taiwan J For Sci 27(3):299-307.
  6. Wang DH, Chung CH, Hsieh HC, Tang SC, Chen TH. (2011). Baseline Survey and the Immediate Thinning Impact on the Stand Composition of Woody Plants and Overstory Structure of a Sugi Plantation (Cryptomeria japonica) in the Zenlen Area. Taiwan J For Sci 26(3):295-303.
  7. Wang DH, Hsieh HC, Tang SC, Chung CH. (2010). Stand Growth Simulation of a Taiwania Plantation in the Liouguei Area. Taiwan J For Sci 25(2):155-169.
  8. Wang DH, Tang SC, Hsieh HC, & Chung CH. (2008). Site Index Curve for Taiwania Plantations in the Liukuei Area. Taiwan J For Sci 23(4):335-49.
  9. Wang DH, & Tang SC. (2008). Four-Year Monitoring of Thinning Effects on the Microclimate and Ground Vegetation in a Taiwania Plantation in the Liukuei Experimental Forest, Taiwan. Taiwan J For Sci 23(2):191-8.
  10. Wang DH, Hsieh HC, & Tang SC. (2007). Taper Modeling on Taiwania Plantation Trees in the Liukuei Area. Taiwan J For Sci 22(3):339-353.
  11. Wang DH, Tang SC, & Chiu CM. (2006). Impact Four Years after Thinning on the Growth and Stand Structure of Taiwania Plantation in the Liukuei Experimental Forest. Taiwan J For Sci 21(3):339-51.
  12. Chiu CM, Lin CJ, Tang SL, Tang SC, Lo-Cho CN. (2004). Effects of Different Chemical Dressings on Wound Areasd of Pruned Taiwan Zelkova (Zelkova serrata Hay.) Trees Against Discoloration and Decay. Taiwan J For Sci 19(3):177-186.
  1. Tang SC*, Wu JL, Chen CY, Hsieh HC. (2023, June). Applying the Long Short – Term Memory Technique to Develope the Intelligence Service Platform for Plantation Thinning Programming. ICEO&SI 2023-International Conference on Earth Observations and Societal Impacts. Taipei.
  2. Tang SC*, Wu JL, Chen YA, Hsieh HC, & Chen WH. (2022, November). Applying the Long Short-Term Memory Method to Simulate the Stand Growth of Plantations after Thinning and Model Evaluation. The 13th Asian-Pacific Federation for Information Technology in Agriculture 2022 (APFITA 2022). Vietnam.
  3. Hsieh HC*, Li MS, Wu ML, Tang SC, & Hung SH. (2022, August).  Measuring Street Tree DBH and Height from Mobile LiDAR Scanning. ICEO&SI 2022-International Conference on Earth Observations and Societal Impacts. Hualien.
  4. Hsieh HC, & Tang SC. (2020, October). Applications of terrestrial LiDAR and satellite imagery to urban forest inventory. International Forum on Remote Sensing and Digital Solutions for Greenspace Management. Taipei.
  5. Hsieh HC, Tang SC, & Huang JY. (2019, August). Comparison of Four Types of Terrain Laser Scanner for MeasuringSingle-tree Attributes of Urban Forest. SFEM 2019: The International Symposium of Sustainable Forest Ecosystem Management. Japan.
  6. Hsieh HC, Tang SC, & Pan WC. (2019, July) A comparison of urban tree cover extractions using vegetation indices of monthly planetscope images. ICEO&SI 2019-International Conference on Earth Observations and Societal Impacts. Tainan.
  7. Hsieh HC, Tang SC, Pan WC, Pan HL, & Chen WH. (2019, April). A comparison of three types of terrain laser scanner for measuring single-tree attributes of urban forest. ISRS 2019-2019 International Symposium on Remote Sensing. Taipei.
  8. Tang SC, Tsai JB, & Hsieh HC. (2019, June). Cost Benefit Analysis of Under-Forest Economy. ICEO&SI 2019. Tainan.
  9. Hsieh HC, Tang SC, & Huang JY. (2018, August). Assessing the impact of timber harvest on forest roads using Terrestrial Laser Scanner data. Proceeding of SFEM2018/IUFRO 4.02.02. Chiayi.
  10. Tang SC. (2017, December). Development and Promotion of Forestry Machinery and Operational Techniques in Taiwan. New Agriculture -The 2017 International Conference on Intelligent Agricultural Machinery in Taiwan. Yunlin.
  11. Tang SC, Lin SY, & Kuo TC. (2016, October). Good Helper of Forest Harvest Operations - Multi-Functional Wood Harvester. 1st International Conference on Intelligent Agricultural Machinery in Taiwan. Yunlin.
  12. Tang SC, Lin SY, & Kuo TC. (2016, October). Automatic control and mechanical analysis for multi-functional wood harvester. 1st International Conference on Intelligent Agricultural Machinery in Taiwan. Yunlin.
  13. Tang SC, & Chiu CM. (2013, June). The Benefit Evaluation of Agroforestry on Plain Areas. International Conference on Earth Observations and Societal Impacts. Tainan.
  14. Tang SC, Su SH, Chiu CM, Wang DH, & Chang LW. (2010, June). The Growth and Plant Biodiversity of the Young Stand of Formosan Michelia in Different Pruning Treatments and the Shelter Status. 2010 International Symposium on Forest Biodiversity and Conservation. Nantou.
  15. Wang DH, Tang SC, Hsieh HC, & Chung CH. (2008, August). Dominant Height Growth and Site Index Curve on Taiwania Plantation in Liukuei Area,Taiwan. Toward the Establishment of the Mulit-purpose and Long-term Forest Management Plans. Japan.
  16. Wang DH, & Tang SC. (2007, October). Taper Modeling on Taiwania Plantation in Liu Kuei. IUFRO Division 5 Conference. Taipei.
  1. Tang SC*, Wu JL, Chen YA, Hsieh HC, & Chen WH. (2022, November). Applying the Long Short-Term Memory Method to Simulate the Stand Growth of Plantations after Thinning and Model Evaluation. The 13th Asian-Pacific Federation for Information Technology in Agriculture 2022 (APFITA 2022). Vietnam.
  2. Hsieh HC*, Li MS, Wu ML, Tang SC, & Hung SH. (2022, August).  Measuring Street Tree DBH and Height from Mobile LiDAR Scanning. ICEO&SI 2022-International Conference on Earth Observations and Societal Impacts. Hualien.
  3. Hsieh HC, & Tang SC. (2020, October). Applications of terrestrial LiDAR and satellite imagery to urban forest inventory. International Forum on Remote Sensing and Digital Solutions for Greenspace Management. Taipei.
  4. Hsieh HC, Tang SC, & Huang JY. (2019, August). Comparison of Four Types of Terrain Laser Scanner for MeasuringSingle-tree Attributes of Urban Forest. SFEM 2019: The International Symposium of Sustainable Forest Ecosystem Management. Japan.
  5. Hsieh HC, Tang SC, & Pan WC. (2019, July) A comparison of urban tree cover extractions using vegetation indices of monthly planetscope images. ICEO&SI 2019-International Conference on Earth Observations and Societal Impacts. Tainan.
  6. Hsieh HC, Tang SC, Pan WC, Pan HL, & Chen WH. (2019, April). A comparison of three types of terrain laser scanner for measuring single-tree attributes of urban forest. ISRS 2019-2019 International Symposium on Remote Sensing. Taipei.
  7. Tang SC, Tsai JB, & Hsieh HC. (2019, June). Cost Benefit Analysis of Under-Forest Economy. ICEO&SI 2019. Tainan.
  8. Hsieh HC, Tang SC, & Huang JY. (2018, August). Assessing the impact of timber harvest on forest roads using Terrestrial Laser Scanner data. Proceeding of SFEM2018/IUFRO 4.02.02. Chiayi.
  9. Tang SC. (2017, December). Development and Promotion of Forestry Machinery and Operational Techniques in Taiwan. New Agriculture -The 2017 International Conference on Intelligent Agricultural Machinery in Taiwan. Yunlin.
  10. Tang SC, Lin SY, & Kuo TC. (2016, October). Good Helper of Forest Harvest Operations - Multi-Functional Wood Harvester. 1st International Conference on Intelligent Agricultural Machinery in Taiwan. Yunlin.
  11. Tang SC, Lin SY, & Kuo TC. (2016, October). Automatic control and mechanical analysis for multi-functional wood harvester. 1st International Conference on Intelligent Agricultural Machinery in Taiwan. Yunlin.
  12. Tang SC, & Chiu CM. (2013, June). The Benefit Evaluation of Agroforestry on Plain Areas. International Conference on Earth Observations and Societal Impacts. Tainan.
  13. Tang SC, Su SH, Chiu CM, Wang DH, & Chang LW. (2010, June). The Growth and Plant Biodiversity of the Young Stand of Formosan Michelia in Different Pruning Treatments and the Shelter Status. 2010 International Symposium on Forest Biodiversity and Conservation. Nantou.
  14. Wang DH, Tang SC, Hsieh HC, & Chung CH. (2008, August). Dominant Height Growth and Site Index Curve on Taiwania Plantation in Liukuei Area,Taiwan. Toward the Establishment of the Mulit-purpose and Long-term Forest Management Plans. Japan.
  15. Wang DH, & Tang SC. (2007, October). Taper Modeling on Taiwania Plantation in Liu Kuei. IUFRO Division 5 Conference. Taipei.
  • Latest update date：2023-10-06
  • Clicks：78
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Taiwan Forestry Research Institute
2024-05-07
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