The efficacy of a marker for selection of a trait is greatest when the marker is within an identified gene; therefore, targeting gene regions for development of high-density molecular maps is desirable.
To advance site-specific management, detailed functional (application-orientated) soil maps are desirable.
Soil maps were desirable for purposes of land valuation for taxation, agronomic planning, and even in military operations.
However, to increase the use of SBGN, tools for editing, validating and translating SBGN maps are desirable.
A map like this is desirable because the probabilities can be compared directly with observed data for any number of configurations and with other similar models (e.g. Pickup et al. 2011).
Requirements of military agencies often have a decisive influence on map design, since it is desirable to avoid the expense of maintaining both civil and military editions of maps.
A tool that can automatically display such phenotypes with the heat map is highly desirable.
This suggests that the Laplacian eigenfunction approach could be more useful than the PC approach in contexts such as association mapping in which it is desirable to capture the population structure with as few components as possible, in order to preserve power.
Nonetheless, it is desirable to map the locations of the breakpoints with as high a degree of accuracy as possible.
Since the mapping altitude is high, it is desirable to have a large baseline between the laser and the camera observing the laser projection to achieve a high resolution in the vertical direction, which typically requires the camera and the laser to be at opposite ends of the vehicle.
