The remaining 35 markers correspond to the external boundaries of the regions of conserved synteny with human, from which ESTs were chosen for marker development and map either to other chromosomes for which RH maps were developed (GGA1, 10, 18 or 24) or to unknown regions (data not shown).
Spatial distribution maps were developed using ordinary kriging.
Soon thereafter, dialect maps were developed; most often they depicted the division of a language's territory into regional dialects.
Wear maps were developed, based on the generated debris characteristics (composition, shape and size).
The maps were developed using data mining and an elaborate cross-validation scheme.
Processing maps were developed based on the data obtained using the principles of dynamic materials modeling.
Then the processing maps were developed on the basis of corrected flow stress data.
Soil quality indices maps were developed using digital soil mapping methods.
Competitive maps were developed to compare all six processes by Ketoprofen removal efficiency, mineralization capacity, and operational costs.
The associated design maps were developed based on which highly porous architectures with extreme properties were selected for experimental evaluations.
By considering the thermal performance of the thermosyphon together with the observed flow regimes, diabatic flow maps were developed.
