Full text: Technical Commission VII (B7)

    
Cliff, A. D., and J. K. Ord, 1981. Spatial Processes: Models & 
Applications. London: Pion. 
Dobbie M. J and B. L. Henderson., 2008. Sparse sampling: 
Spatial design for monitoring stream networks. Statistics 
Surveys, 2, pp. 113-153. 
Feng Jianzhong, 2010. Spatial sampling theory and 
methodology based on remote-sensing a priori knowledge. 
Insitute of Agricultural Resources and Regional Planning, 
Chinese Academy of Agricultural Sciences, Postdoctor 
Research Report. 
Getis A. and Ord J. K., 1992. The analysi of spatial association 
by use of distance statitisc. Geographical Analyis, 23(3), pp. 
189-206. 
Gong G. Y., 1985. Treatment and development of the Huang- 
huai-hai Plain: Preliminary discussion of spatial scope about the 
Huang-huai-hai Plain (No. 1). Beijing: Science Press. 
Hu J. R. and J. X. Huang, 1990. The theory and method of 
geological statistics. Beijing: geological publishing house, pp. 
22-240. 
Huang B. W., D. Zheng and M. C. Zhao, 1999. Modern nature 
geography. Beijing: Science Press, pp. 299-318. 
Jia B., W. Q. Zhu, Y. Z. Pan, G. B. Song and T. G. Hu, 2008. 
Sensitivity Analysis of Pre-classification Accuracy Based on 
Remote Sensing Image to Ground Area Estimation from Spatial 
Sampling. Journal of Remote Sensing, 12(6), pp. 972-979. 
Jiang C. S., J. F. Wang and Z. D. Cao, 2009. A review of 
Geospatial sampling theory. Acta Geographica Sinica, 64(3), 
pp. 368-380. 
Jiao X. F., B. J. Yang and Z. Y. Pei, 2002. Design of Sampling 
Method for Cotton Field Area Estimation Using Remote 
Sensing at a National Level. Transactions of the CSAE, 18(4), 
pp. 159-162. 
Jiao X. F., B. J. Yang and Z. Y. Pei, 2002. Paddy rice area 
estimation using a stratified sampling method with remote 
sensing in China. Transactions of the CSAE, 22(5), pp. 105-110. 
Journel A. and C. H. Huijbregts, 1978. Mining Geostatistics. 
London: Academic Press Inc., pp. 1-150. 
International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume XXXIX-B7, 2012 
XXII ISPRS Congress, 25 August — 01 September 2012, Melbourne, Australia 
    
Li Lianfa, Wang Jinfeng, Liu Jiyuan, 2004. Optimization of 
decision-making for spatial sampling in remote sensing survey 
of land. Science in China (Series D), 34(10), pp. 975-982. 
LiuE.Y., J H. Cui, L. I. Chen, Y. X. Zhao, Y. J. Qin and C. 
Wu, 2009. A View on Geomorphologic Zonalization of North 
China Plain. Geography and Geo-information Science, 25(4), 
pp. 100-103. 
Ma R. H., Y. X. Pu and X. D. Ma, 2007. GIS spatial correlation 
patterns and exploring discovery. Beijing: Science Press, pp. 3- 
137. 
Ord J. K. and A. Getis, 1995. Local spatial autocorrelation 
statistics: distribution issue and an application. Geographical 
Analysis, 27(4), pp. 286-306. 
Stevens Jr. D. L. and A. R. Olsen, 2004. Spatially Balanced 
Sampling of Natural Resources. Journal of the American 
Statistical Association, 99(465), pp. 262-278. 
Wang D., Q. B. Zhou and J. Liu, 2008. Studies on experiment 
of optimizing design of space sampling frame and sampling 
basic elements of crop area. Chinese Journal of Agricultural 
Resources and Regional Planning, 29(4), pp. 9-15. 
Wang J. Y. et al., 1990. Geostatistics and its application in the 
development of coal resources. Beijing: China Coal Industry 
Publishing House, pp. 25-221. 
Wang J., D. Zhuang, L. Li and Y. Ge, 2002. Spatial sampling 
design for monitoring the area of cultivated land. International 
Joumal of Remote Sensing, 13(2), pp. 263-284. 
Wang X. J. et al., 2005. Spatial analysis of soil trace metal 
contents. Beijing: Science Press. 
Wu B. F. and Q. Z. Li, 2004. Crop Acreage Estimation Using 
Two Individual Sampling Fram eworks with Stratification. 
Journal of Remote Sensing, 8(6), pp. 551-569. 
Zhang R. D., 2005. The spatial variability theory and 
Application. Beijing: Science Press. 
APPENDIX: RELATED FIGURES 
     
  
Figure 1. Fraction (i.e., RIP/RIP) Figure 4. sample-point allocation of Figure 5. Sample-point 
of winter wheat planting area in 
each pixel of 250mX250m of the 
CNP 
on Getis Order G; stratification 
I; stratification 
  
spatial sampling in the CNP, based allocation of spatial sampling 
in the CNP, based on Moran's sampling in the CNP, based on 
   
Figure 8. Sample-point 
to readjust for optimized spatial readjusted allocation of spatial allocation of spatial sampling 
Figure 6. Sample points needed Figure 7. sample-point 
in the CNP, based on 
Geary's C, stratification 
sampling in the CNP, based on 
Moran's I, stratification Moran 's I, stratification
	        
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