A review of the sampling theory of comprehensive forest resources monitoring
Tóm tắt
Sampling is a key technique in comprehensive forest resources monitoring. The history of the sampling survey was briefly reviewed and sampling theories were classified and compared in detail. On the basis of that, the application of different sampling methods in comprehensive forest resources monitoring was illustrated in accordance with the sampling classification of Michael Köhl et al. Improvement of the sampling system in China was discussed to meet the new requirements of forest monitoring.
Tài liệu tham khảo
Annika K, Matti M (2006). Forest Inventory Methology and Applications. The Netherlands: Springer, 301
Anthonie V L, Alparslan A C (2007). Forest Mensuration. Berlin: Springer
Brown T K (1971). A planner intersect method for sampling fuel volume and surface area. For Sci, 17(1): 96–102
Chen C Z (2007). Study on forest survey system of Taiwan. In: Lin J S. ed. Proceedings of Academic Conference on Forest Management Cross Trait. Taiwan: Forest Resources Department of Jiayi University, 17–38 (in Chinese)
Ding H M (2006). Comprehensive monitoring-mission in new era. China Green Every Day, 10–19 (in Chinese)
Du Z F (2005). Technologies and Applications of Sampling Survey. Beijing: Tsinghua University Press, 28–55 (in Chinese)
Fan H K (1995). Sampling Survey Technologies. Tianjin: Nankai University Press, 1–23 (in Chinese)
Feng S Y, Ni J X, Zou G H (2004). Theories and Methods of Sampling Survey. Beijing: China Statistics Press, 1–30 (in Chinese)
Feng S Y, Shi X Q (1994). Sampling Survey-Theories, Methods and Practices. Shanghai: Shanghai Science and Technology Press, 1–18 (in Chinese)
Ge H L, Zhou G M, Zhang G J, Du Q, Xu D (2007). Remote sensing three-phase sampling technique and its application to area estimation in annual forest inventory. Sci Silv Sin, 43(6): 77–82 (in Chinese)
Jiang D T (2003). Forest survey technique of fixed sub-compartment and unequal strip. J Northeast For Univ, 31(5): 18–23 (in Chinese)
Jiang X Y (2001). The definition of the rate of best rotation in sampling survey. J Northeast For Univ, 29(1): 96–97 (in Chinese)
Lei Y C, Tang S Z (2007). Application of adaptive cluster sampling in national forest inventory. Sci Silv Sin, 43(11): 132–137 (in Chinese)
Li Z X, Cao N X, Wang W L, Guo Y S, Zhang B Y (1985). Multi-stage unequal probability sampling of forest resources inventory by remote sensing. J Beijing For Univ, 7(2): 70–75 (in Chinese)
Liu F G, Chen G Y, Zhao H P (2003). Study on application of minor sample estimation in forest sampling survey. For Invest Des, 4: 32–34 (in Chinese)
Liu S Q (1998). Study on the line interset sampling principle for estimating the stem number of a stand. J Gansu Agr Univ, 33(1): 68–72 (in Chinese)
Liu S Q, Hong J S, Peng S K (1999). The principle of line intersect sampling for surveying stand volume. J Northeast For Univ, 27(2): 60–64 (in Chinese)
Liu Y, Xiang X N, Liu A X (2005). Research on methods for controlling the volume of forest management inventory. J Zhejiang For Coll, 22(5): 535–539 (in Chinese)
Ma J W, Li C S, Sun Y J (1995). Forest Surveying. Harbin: Northeast Forestry University Press, 1–23, 284–300 (in Chinese)
Mark D G, Stephen L G, Dennis C, Katja P (2003). Canada’s national forest inventory: what can it tell us about old growth? For Chron, 79(3): 421–428
Michael K, Steen M, Marco M (2006). Sampling Methods, Remote Sensing and GIS Multiresource Forest Inventory. New York: Spring-Verlag Berlin Heideberg, 81
Qin J D, Zhou H Z (1984). Forest multistage sampling survey with the help of Landsat data. J Northeast For Univ, 12(1): 26–32 (in Chinese)
She G H, Lin G Z, Wen X R, Lin S M, Ye J S (2007). Improvement of forest inventory method for management plan and stand growth estimation on horizontal point sample. J Nanjing For Univ, 31(5): 11–14 (in Chinese)
Song X M, Li J L (2007). Sampling Survey Technologies. 2nd ed. Beijing: China Forestry Publishing House, 53–75, 207–211 (in Chinese)
Sun S Z (2005). Sampling Survey. Beijing: Peking University Press, 1–11, 163 (in Chinese)
Sun Y J (2007). Monitoring and Evaluation of Resources and Environment. Beijing: Higher Education Press, 142 (in Chinese)
Tan J, Wu Q M (2002). The number of basic sampling unit in the sequential sampling. J Nanjing For Unv, 26(3): 53–55 (in Chinese)
Tokola T, Shrestra S M (1999). Comparison of cluster-sampling techniques for forest inventory in southern Nepal. For Ecol Manag, 116: 219–231
Vries (1974). Multi-stage line intersect sampling. For Sci, 20(2): 129–133
Wang H X (2003). Study on application of two-stage sampling survey in forest resources monitoring. East China For Manag, 17(3): 31–33 (in Chinese)
Warren W G, Olsen P F (1964). A line intersect technique for assessing logging waste. For Sci, 10: 267–276
Xiao X W (2004). Strategic thinking of construction of comprehensive monitoring system of forest resources and ecological conditions in China. For Res Manag, 3: 1–15 (in Chinese)
Xie B C (original works), Zhang Y T, Dong L (adaptation) (1998). Theories and Application Methods of Sampling Survey. Beijing: China Statistics Press, 1–11 (in Chinese)
Ye R H (2003). New design of forest resources inventory system in America. For Res Manag, 3: 65–68 (in Chinese)
Yu F, Zhang B, Dai Q G (2003). Brief introduction of application of systematic sampling on forest operational inventory. For Invest Des, 2: 41–42 (in Chinese)
Zhang Y X, Wang Z X (2007). Research on Application of Remote Sensing Technology in National Forest Inventory. Beijing: China Forestry Publishing House, 1–13 (in Chinese)
Zhao X W (1997). Quantitative Estimation of Remote Sensing in Forestry. Beijing: China Forestry Publishing House, 6 (in Chinese)
Zhu W F, Wei X L (1999). Application of PR sampling in forest volume survey. Inner Mongolia For Invest Des, 1: 26–27 (in Chinese)