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Construction of a genetic linkage map is fundamental for switchgrass molecular breeding and the elucidation of its genetic mechanisms for economically important traits.
A comprehensive genetic linkage map is fundamental to modern plant genetics and breeding because it allows the identification and utilization of agronomic trait loci, such as qualitative and quantitative trait loci, as well as the evaluation of genetic diversity and genomic structure of genetic resources.
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Landslide inventory maps are fundamental for assessing landslide susceptibility, hazard, and risk.
Genetic linkage maps are fundamental resources that enable diverse genetic and genomic approaches, including quantitative trait locus (QTL) analyses and comparative studies of genome evolution.
Genetic linkage maps are fundamental resources for genome and genetic study, and also provide molecular markers for breeding in agriculturally important species.
These maps are fundamental for switchgrass breeding through marker-assisted selection and elucidation of the genetic mechanisms for economically important traits.
Linkage maps are fundamental tools in many genetic studies and have been created using various types of polymorphic markers since their conception by Sturtevant in 1913 [ 1].
In addition to the ubiquitous use of scaling factors on construction plans and geographic maps, similarity is fundamental to trigonometry.
Development of molecular markers such as SSR (simple sequence repeat), DArT (diversity arrays technology) and SNP (single nucleotide polymorphism) is fundamental for linkage map construction and QTL mapping.
This information is fundamental to mapping the distribution and chemistry of arsenic in the cell, and may also help in the design of more effective chelating agents for the treatment of arsenic poisoning.
Land surface morphology is fundamental to geomorphological mapping and many GIS applications.
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