SamplingPartialReplacementBiblio.pdf
© 2006, Timothy G. Gregoire, Yale University
Last Revised: November 2006
Sampling with Partial Replacement Bibliography
1942-Present
1.
Jessen, R. J. (1942) Statistical Investigation of a Sample Survey for Obtaining Farm Facts.
Iowa State College of Agriculture and Mechanic Arts, Agricultural Experiment Station,
Research Bulletin 304. (for SPR material, see 54-59).
2.
Patterson, R. D. (1950) “Sampling on Successive Occasions with Partial Replacement or
Units.” Journal of the Royal Statistical Society, Series B, 12: 241-255.
3.
Cochran, W. G. and S. P. Carroll. (1953) “A Sampling Investigation of the Efficiency of
Weighing Inversely as the Estimated Variance.” Biometrics, 9: 447-459.
4.
Meier, P. (1953) “Variance of a Weighted Mean.” Biometrics 9: 59-73.
5.
Narain, R. D. (1953) “Research Notes on the Recurrence Formula in Sampling on
Successive Occasions.” Journal of the Indian Society of Agricultural Statistics, 5: 96-99.
6.
Tikkiwal, B. D. (1953) “Optimum Allocation in Successive Sampling.” Journal of the
Indian Society of Agricultural Statistics, 5: 100-102.
7.
Graybill, F. A. and R. B. Deal. (1959) “Combining Unbiased Estimators.” Biometrics,
December: 543-550.
8.
Hall, O. F. (1959) “The Contribution of Remeasured Sample Plots to the Precision of
Growth Estimates.” Journal of Forestry, 57(11): 807-811.
9.
Ware, K. D. (1960) “Optimum Regression Sampling Design for Sampling of Forest
Populations on Successive Occasions.” Ph.D. Dissertation, Yale University.
10. Ware, K. D. and T. Cunia. (1962) “Continuous Forest Inventory With Partial Replacement
of Samples.” Forest Science. Monograph #3: 1-40.
11. Bickford, C. A. (1963) “On Successive Forest Inventories.” Division of Forest
Management Proceedings, pg. 25-30.
12. Bickford, C. A., C. E. Mayer, and K. D. Ware. (1963) “An Efficient Sampling Design for
Forest Inventory: The Northeastern Forest Resurvey.” Journal of Forestry 61:826-833.
13. Kulldorf, G. (1963) “Some Problems of Optimum Allocation for Sampling on Two
Occasions.” Review of the International Statistical Institute, 31:24-57.
14. Cunia, T. (1964) “What Is Sampling with Partial Replacement and Why Use It in
Continuous Forest Inventory.” Division of Forest Mensuration Proceedings, pg. 207-211.
15. Rao, J. N. K. and J. E. Graham. (1964) “Rotation Designs for Sampling on Repeated
SamplingPartialReplacementBiblio.pdf
© 2005, Timothy G. Gregoire, Yale University
Occasions.” Journal of the American Statistical Association, 59: 492-511.
16. Tikkiwal, B. D. (1964) “A Note On Two-Stage Sampling On Successive Occasions.” The
Indian Journal of Statistics, Series A, 26: 97-100.
17. Cunia, T. (1965) “Continuous Forest Inventory, Partial Replacement of Samples and
Multiple Regression.” Forest Science, 11(4): 480-502.
18. Raj, D. (1965) “On A Method of Using Multi-Auxiliary Information In Sample Surveys.”
Journal of the American Statistical Association, 60: 270-277.
19. Raj, D. (1965) “On Sampling Over Two Occasions With Probability Proportionate To
Size.” Annals of Mathematical Statistics, 36: 327-331.
20. Singh, D. and D. Singh (1965) “Double sampling for stratification on successive occasions.
Journal of the American Statistical Association, 60: 784-792.
21. Frayer, W. E. (1966) “Weighted Regression In Successive Forest Inventories.” Forest
Science, 12: 464-472.
22. Frayer, W. E. and G. M. Furnival. (1967) “Area Change Estimates From Sampling With
Partial Replacement.” Forest Science, 13: 73-77.
23. Abraham, T. P., R. K. Khosla, and O. P. Kathuria. (1969) “Some Investigations on the Use
of Successive Sampling in Pest and Disease Surveys.” Journal of the Indian Society of
Agricultural Statistics, 21(2): 43-57.
24. Cunia, T. and R. B. Chevrou. (1969) “Sampling With Partial Replacement On Three or
More Occasions.” Forest Science, 15: 205-224.
25. Ghangurde, P. D. and J. N. K. Rao. (1969) “Some Results On Sampling Over Two
Occasions.” Sankhyā, 31: 463-472.
26. Wensel, L. E. and H. H. John. (1969) “A Statistical Procedure for Combining Different
Types of Sampling Units In a Forest Inventory.” Forest Science, 15: 307-317.
27. Avadhani, M. S. and B. V. Sukhatme. (1970) “A Comparison of Two Sampling Procedures
with an Application to Successive Sampling.” Applied Statistics, 19: 251-259.
28. Frayer, W. E., R. C. VanAken, and R. D. Sullivan. (1971) “Application of Sampling with
Partial Replacement to Timber Inventories, Central Rocky Mountains.” Forest Science,
17: 160-162.
29. Sen, A. R. (1971) “Successive Sampling With Two Auxiliary Variables.” Sankhyā, 33:
371-378.
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SamplingPartialReplacementBiblio.pdf
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30. Singh, R. (1972) “On Pathak and Rao's Estimate in PPS With Replacement Sampling Over
Two Occasions.” Sankhyā, 34: 301-303.
31. Blight, B. J. N. and A. J. Scott. (1973) “A Stochastic Model for Repeated Surveys.”
Journal of the Royal Statistical Society, Series B, 35: 61-66.
32. Sen, A. R. (1973) “Some Theory of Sampling on Successive Occasions.” Australian
Journal of Statistics, 15: 105-116.
33. Sen, A. R. (1973) “Theory and Application of Sampling on Repeated Occasions with
Several Auxiliary Variables.” Biometrics, pg. 381-385.
34. Chotai, J. (1974) “A Note on the Rao-Hartley-Cochran Method for PPS Sampling Over
Two Occasions.” The Indian Journal of Statistics, 36: 173-180.
35. Frayer, W. E. and J. E. Barnard. (1974) “Experiences with Sampling with Partial
Replacement in the United States.” Prepared for IUFRO Conference, June 25-29, 1973,
Nancy, France.
36. Hazard, J. W. & L. C. Promnitz (1974) “Design of successive forest inventories:
optimization by convex mathematical programming. Forest Science 20(2) 117-127.
37. Newton, C. M., T. Cunia, and C. A. Bickford. (1974) “Multivariate Estimators for
Sampling with Partial Replacement on Two Occasions.” Forest Science, 20: 107-116.
38. Barnard, J. E. (1975) “Sampling with Partial Replacement Contrasted with Complete
Remeasurement Inventory Designs: An Empirical Examination.” In: Proceedings
Monitoring Forest Environment Through Successive Sampling ( T. Cunia, ed.) Joint
IUFRO S4.02 and SAF Inventory Working Group Symposium, Syracuse, NY, June 1974.
39. Kathuria, O. P. (1975) “Some Estimators in Two-Stage Sampling on Successive Occasions
with Partial Matching at Both Stages.” The Indian Journal of Statistics, 37: 147-162.
40. Sen, A. R. and T. M. Gerig. (1975) “Estimation of Population Means Having Equal
Coefficient of Variation on Successive Occasions.” International Statistical Institute
Bulletin, 46(4): 314-321.
41. Cunia, T. (1976) “Statistical Advances in the Methodology of Forest Inventory.” XVI
IUFRO World Congress, Oslo, Norway.
42. Chakrabarty, R. P. and D. S. Rana. (1977) “Joint Estimates of Change and Mean in MultiStage Sampling On Successive Occasions II.” 41st Session of the International Statistical
Institute, Contributed Paper 47: 102-107.
43. Chaudhuri, A. and R. Arnab. (1977) “On the Relative Efficiencies of a Few Strategies of
Sampling with Varying Probabilities on Two Occasions.” Calcutta Statistical Association
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Bulletin, 26: 25-38.
44. Hazard, J. W. 1977. Estimating area in sampling forest populations on two successive
occasions. Forest Science 23(2) 253-267.
45. Schmid-Haas, P. (ed.). (1977) “Inventories on Successive Occasions.” Swiss Federal
Institute of Forestry Research, CH 8903 Birmensdorf, Reports #171, 94 pages.
46. Barnard, J. E. (1978) “Example of a Specific Regional Inventory: The United States
Northeastern Double Sampling with Partial Replacement Design.” Paper Presented
IUFRO "National Forest Inventory", Bucharest, Romania, June 1978.
47. Matis, K. and J. C. Hetherington. (1978?) A com;puter simulation approach to sampling
with partial replacment. (source unknown) (pp. 207-213).
48. Arnab, R. (1979) “On Strategies of Sampling Finite Populations on Successive Occasions
with Varying Probabilities.” The Indian Journal of Statistics, 41: 141-155.
49. Dixon, B. L. and R. E. Howitt. (1979) “Continuous Forest Inventory Using a Linear
Filter.” Forest Science, 25: 675-689.
50. Tripathi, T. P. and O. P. Srivastava. (1979) “Estimation on Successive Occasions Using
PPS WR Sampling.” The Indian Journal of Statistics, 41: 84-91.
51. Arnab, R. (1980) “Two-stage sampling over two occasions.” Australian Journal of
Statistics, 22(3)349-357.
52. Jones, R. G. (1980) “Best Linear Unbiased Estimators for Repeated Surveys.” Journal of
the Royal Statistical Society, 42: 221-226.
53. Matérn, B. (1980). Comments on the precision of the estimated change in successive forest
inventories. In: Growth of Single Trees and Development of Stands, proceedings of the
joint meeting of the S 4.01-02 and S 4.02-03 workign parties of IUFRO. Mitteilungen der
Forstlichen Bundes-Versuchsanstalt, Wien (Vienna?). 130 Heft. (pp. 173-175).
54. Rao, J. N. K. (1980) “Estimating the Common Mean of Possibly Different Normal
Populations: A Simulation Study.” Journal of the American Statistical Association, 75:
447-453.
55. Singh, R. (1980) “A Modified PPSWR Scheme for Sampling Over Two Occasions.” The
Indian Journal of Statistics, 42: 124-127.
56. Arnab, R. (1981) “Sampling on two occasions with varying probabilities.” Australian
Journal of Statistics, 23(3)360-364.
57. Kilpatrick, D. J. (1981) “Optimum Allocation in Stratified Sampling of Forest Populations
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on Successive Occasions.” Forest Science, 27: 730-738.
58. Nyyssönen, A. (1981) “Remeasurement of Sample Plots in Management Plan Inventories:
Some Experiences.” 1981 XVII IUFRO World Congress, Japan.
59. Omule, S. A. Y. (1981) “Successive Forest Inventories Using Multistage Sampling with
Partial Replacement of Units.” Thesis, Doctor of Philosophy, The University of British
Columbia.
60. Schmid-Haas, P. (1981) “Monitoring change with combined sampling on aerial photographs
and on the ground.” In: Arid Land Resource Inventories: Developing Cost-efficient
Methods (H. G. Lund, et al, eds.). U. S. D. A. Forest Service General Technical Report
WO-28. (pp. 383-388).
61. Scott, C. T. (1981) “Simplified Estimators for Sampling with Partial Replacement on
Multiple Occasions.” Staff Paper Series Number #23, Department of Forest Resources,
University of Minnesota, St. Paul, MN.
62. Titus, S. J. (1981) “A Useful Function for Making Growth Estimates with Partial
Replacement Sampling.” Resource Evaluation Newsletter, Technical Article 3: 4-7.
63. Omule, S.A.Y. and A. Kozak. (1982) “Estimators for successive forest sampling with
partial replacement.” Canadian Journal of Forest Research, 12: 753-750.
64. Omule, S. A. Y. and D. H. William. (1982) “Optimum allocation by dynamic
programming for sampling on successive occasions with partial replacement of units.”
Canadian Journal of Forest Research, 12: 264-269.
65. Matis, K. G., J. C. Hetherington and J. Y Kassab. (1984) “Sampling with Partial
Replacement - A Literature Review.” Commonwealth Forest Review, 63(3): 193-206.
66. Omule, S. A. Y. (1984) “Multistage sampling with partial replacement.” Canadian
Journal of Forest Research, 14: 869-873.
67. Scott, C. T. (1984) “A New Look at Sampling with Partial Replacement.” Forest Science,
30: 157-166.
68. Houllier, F. (1985). Successive inventories in the forest: theoretical advantages and practical
limits of sampling with partial replacement. Annales des Sciences Forestières. 42(3) 245264.
69. Scott, C. T. (1986) “An Evaluation of Sampling with Partial Replacement.” In: Use of
Auxillary Information in Natural Resource Inventories, (R. G. Oderwald, H. E. Burkhart,
T. E. Burk, eds.). SAF Publication No. 86-01, Blacksburg, VA, October 1-2, 1985.
70. Shikui, P. (1986) “A Comparison of replacement strategies in continuous forest
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inventory.” Silva Fennica, 20: 245-250.
71. Ranneby, B., T. Cruse, B. Hägglund, H. Jonasson, and J. Swärd. (1987) “Designing a new
national forest survey for Sweden.” Studia Forestalia Suecica, No. 177, 29 p.
72. Schreuder, H. T., H. G. Li, and C. T. Scott. (1987) “Jackknife and Bootstrap Estimation for
Sampling with Partial Replacement.” Forest Science, 33: 676-689.
73. Song, X. (1989) “Continuous Forest Inventory with Bayesian Estimation.” Forest
Statistics (D. R. Pelz, Ed.) Proceedings of the conference on forest statistics, IUFRO 6.02,
Freiburg, Germany.
74. Van Deusen, P. C. (1989) “Multiple-Occasion Partial Replacement Sampling for Growth
Components.” Forest Science, 35: 388-400.
75. Fuller, W. A. (1990) “Analysis of Repeated Surveys.” Survey Methodology, 16(2): 167180.
76. Kangas, A. (1991) “Updated measurement data as prior information in forest inventory.”
Silva Fennica, 25: 181-191.
77. Scott, C. T. and M. Köhl. (1993) “A method for comparing sampling design alternatives
for extensive surveys.” Mitteilungen der Eidgengessischen Anstalt fuer Wald, Schnee und
Landschaft, Birmensdorf, Band 69, Heft 1., 62 p.
78. Scott, C. T. and M. Köhl. (1994) “Sampling with Partial Replacement and Stratification.”
Forest Science, 40: 30-46.
79. Prasad, N. G. N. and J. E. Graham. (1994) “PPS Sampling over Two Occasions.” Survey
Methodology, 20: 59-64.
80. Ranneby, B. and E. Rovainen. (1995) “On the determination of time intervals between
remeasurements of permanent plots.” Forest Ecology and Management, 71: 195-202.
81. Bokalo, M., S. J. Titus, and D. P. Wiens. (1996) “Sampling with partial replacement
extended to include growth projections.” Forest Science, 42(3): 328-334.
82. Scott, C. T. 1998. Sampling methods for estimating change in forest resources. Ecological
Applications 8(2)228-233
83. Scott, C.T., M. Kohl, and H.J. Schnellbacher. (1999) “A comparison of periodic and
annual forest surveys.” Forest Science, 45(3): 433-451.
84. Köhl, M. and C.T. Scott 2000. A comparison of periodic versus permanent surveys. In:
Proc. Integrated Tools for Natural Resources Inventories in the 21st Century. Burk, T.E.
and M.H. Hansen, ed., Boise, ID. USDA Forest Service, North Central Research Station,
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St. Paul, MN. GTR-NC-212. p.94-103
85. Xie, S.X., D. Liao, and V.M. Chinchilli. (2001) “Measurement error reduction using
weighted average method for repeated measurements from heterogeneous instruments.”
Environmentrics, 12: 785-790.
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