Sentence examples for maps of plants from inspiring English sources

First generation comparative maps of plants relied on Southern hybridization of highly conserved homologous probes and their scoring as RFLP markers [ 10, 11].

Thus, SSRs serve as important molecular marker discovery centers for studying linkage maps of plants, genetic analysis for economically important quantitative traits, plant evolution and breeding studies [ 54, 55].

High density genetic maps of plants have, nearly without exception, made use of marker datasets containing missing or questionable genotype calls derived from a variety of genic and non-genic or anonymous markers, and been presented as a single linear order of genetic loci for each linkage group.

The method produces, for a given area, "plausible maps of plant species density" considering land-cover maps.

Two maps of plant communities with a 1-cm2 grid and the AOF were overlaid (scale: 1 cm = 15 km).

By their method of construction, both potato physical maps differ from previous de novo physical maps of plant genomes.

The feasibility of using untargeted MSI for food analysis was revealed by ion maps of plant metabolites in cherry tomatoes and maize-kernel slices.

Maps of plant traits revealed populations from warmer and drier areas, such as the Columbia Plateau and much of the Central Basin and Range, usually had less dry weight, earlier heading, and smaller, more narrow leaves (Fig. 1).

The published physical maps of plant genomes have shown an evolution of BAC fingerprinting methods over the past decade: starting with agarose gel electrophoresis [ 11], this was followed by high-resolution sequencing gels [ 12], which was in turn superseded by multi-colour capillary electrophoresis [ 13].

Fig. 3 The concept map of fungi Fig. 4 The concept map of plants.

His map analogy seems not to have been taken literally at first, as no Map of Plants appears to have been rendered until Paul Giseke did so in 1792, fourteen years after Linnaeus's death [ 40]; but thereafter the cartographic enterprise persisted until 1859 and beyond, with Alphonse de Candolle developing rules for distributing plant taxa on a two-dimensional "map" [ 41].