In early generation variety trials, large numbers of new varieties may be compared, and little seed is usually available for each variety. A so-called unreplicated trial has each new variety on just one plot at a site, but includes several (often around 5) replicated check or control (or standard) varieties. The total proportion of check plots is usually between 10% and 20%. The aim of the trial is to choose some (around 1/3) good performing varieties to go on for further testing, rather than precise estimation of their mean yield. Now that spatial analyses of data from field experiments are becoming more common, there is interest in an efficient layout of an experiment given a proposed spatial analysis. Some possible design criteria are di...
Controlling spatial variation in agricultural field trials is the most important step to compare tre...
Early generation breeding experiments often are un-replicated due to insufficiency of seed. Due to t...
Early generation selection experiments typically involve several hundred to thousands of lines. Vari...
In early generation variety trials, large numbers of new breeders' lines need to be compared, and us...
AbstractIn early generation variety trials, large numbers of new breeders’ lines (varieties) may be ...
AbstractIn early generation variety trials, large numbers of new breeders’ lines (varieties) may be ...
In early generation variety trials, large numbers of new breeders' lines (varieties) may be compared...
In field trials including large numbers of varieties, it is often impossible or impractical to repli...
Systematic designs (where the allocation of varieties to plots is according to some fixed, non-rando...
Crop researchers performing germplasm screenings are often unable to replicate their plots due to sc...
In the presence of spatial heterogeneity in experimental fields, the traditional random blocking has...
In the presence of spatial heterogeneity in experimental fields, the traditional random blocking has...
In the presence of spatial heterogeneity in experimental fields, the traditional random blocking has...
Soil heterogeneity is generally the major cause of variation in plot yield data and the difficulty o...
A simulation study was conducted to determine the relative response to selection of a one-dimensiona...
Controlling spatial variation in agricultural field trials is the most important step to compare tre...
Early generation breeding experiments often are un-replicated due to insufficiency of seed. Due to t...
Early generation selection experiments typically involve several hundred to thousands of lines. Vari...
In early generation variety trials, large numbers of new breeders' lines need to be compared, and us...
AbstractIn early generation variety trials, large numbers of new breeders’ lines (varieties) may be ...
AbstractIn early generation variety trials, large numbers of new breeders’ lines (varieties) may be ...
In early generation variety trials, large numbers of new breeders' lines (varieties) may be compared...
In field trials including large numbers of varieties, it is often impossible or impractical to repli...
Systematic designs (where the allocation of varieties to plots is according to some fixed, non-rando...
Crop researchers performing germplasm screenings are often unable to replicate their plots due to sc...
In the presence of spatial heterogeneity in experimental fields, the traditional random blocking has...
In the presence of spatial heterogeneity in experimental fields, the traditional random blocking has...
In the presence of spatial heterogeneity in experimental fields, the traditional random blocking has...
Soil heterogeneity is generally the major cause of variation in plot yield data and the difficulty o...
A simulation study was conducted to determine the relative response to selection of a one-dimensiona...
Controlling spatial variation in agricultural field trials is the most important step to compare tre...
Early generation breeding experiments often are un-replicated due to insufficiency of seed. Due to t...
Early generation selection experiments typically involve several hundred to thousands of lines. Vari...