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Past developments and future opportunities in the design and analysis of crop experiments

By R. N. Edmondson


A review of papers on the statistical design and analysis of experiments published in the Journal of Agricultural Science, Cambridge, over the last 100 years is presented. The development of significant ideas in the practical design of field experiments is reviewed. Some possible future developments in the design of spatial field trials and computer-aided design of experiments are discussed

Topics: SB
Publisher: Cambridge University Press
Year: 2005
OAI identifier:

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  5. (1988). An algorithm to generate designs for variety trials. doi
  6. (1938). An empirical law describing heterogeneity in the yield of agricultural crops. doi
  7. (1953). An example of fractional replication in an experiment on sugar canemanuring.JournalofAgriculturalScience,Cambridge 43, doi
  8. (1988). An investigation of two-dimensional yield variability in breeders’ small plot barley trials. doi
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  10. (1978). Block designs for variety trials. doi
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  16. (1998). Field experimentation on rough land: the method of Papadakis reconsidered. doi
  17. (1994). Fractional factorial designs for factors with a prime number of quantitative levels.
  18. (1976). Generation of factorial designs.
  19. (1936). Incomplete Latin squares. doi
  20. (1936). Incomplete randomized blocks. doi
  21. (1984). Inter-plot competition in variety trials of field beans. doi
  22. (1995). Interplot interference and nearest neighbour analysis of field experiments. doi
  23. (1937). Me´thode statistique pour des expe´riences sur champ. Institut pour l’Ame ´ lioration des Plantes, Salonique (Gre ` ce),
  24. (1946). Recent developments in the design of field experiments III. Fractional replication. doi
  25. (1988). Relative accuracy of a neighbour method for field trials. doi
  26. (1989). Review of design and analysis of crop experiments 31CULLIS,B .
  27. (1989). Row-andcolumn designs with two replicates.
  28. (1976). Serial designs balanced for effects of neighbours on both sides. doi
  29. (2002). Some problems in the design and analysis of field experiments subject to inter-plot interference. doi
  30. (2000). Spatial dependence and block designs in spaced plant herbage trials. doi
  31. (1994). Statistical analysis of two-dimensional variationin variety yield trials. doi
  32. (1973). Statistical Methods for Research Workers. 14th Edition. doi
  33. (1927). Studies in crop variation IV. The experimental determination of the value of top dressing with cereals. doi
  34. (1929). Studies in crop variation VI. Experiments on the response of the potato to potash and nitrogen. doi
  35. (1931). Studies in the yield of tea: I. The experimental errors of field experiments with tea. doi
  36. (1938). The approximate recovery of information from replicated field experiments with large blocks. doi
  37. (1926). The arrangement of field experiments. doi
  38. (1948). The changing of treatments in a long-term trial. doi
  39. (1937). The design and analysis of factorial experiments. doi
  40. (1963). The effect of block size on the errors of modern cereal experiments. doi
  41. (1983). The efficiency of incomplete block designs in National List and Recommended List cereal variety trials. doi
  42. (1911). The experimental error of field trials. doi
  43. (1965). The factorial combination of treatments in rotation experiments. doi
  44. (1945). The fractional replication of factorial arrangements. doi
  45. (1910). The interpretation of experimental results.
  46. (1933). The principles of orthogonality and confounding in replicated experiments. doi
  47. (1908). The probable error of a mean. doi
  48. (1954). The use of covariance to control gradients in experiments. doi
  49. (1983). The use of generalized lattice designs in potato variety trials (some preliminary results). doi
  50. (1998). Trojan square and incomplete Trojan square designs for crop research. doi

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