Geomorphological mapping legends and the cartographic principles for map design are discussed, followed by details of dynamic web-based mapping systems that allow for greater immersive use by end users and the effective dissemination of data.
We set the same principle for mapping unplaced scaffolds as we used to validate the draft genome: unplaced scaffolds could only be inserted between two contiguous placed scaffolds and we aligned the candidate scaffolds and their neighbors based on the cattle genome order.
A general principle or rule for mapping that was outlined before the first sequence, A, was to have a concept oriented perspective.
Here we put forward a transparent model solely based on first principles simulations for mapping the deformation modes in γ-TiAl polysynthetic twinned alloys.
In this work, we first outline the principles for landslide mapping, and we review the conventional methods for the preparation of landslide maps, including geomorphological, event, seasonal, and multi-temporal inventories.
We start by presenting one of the most interesting generalizations of Banach's contraction mapping principle for mappings T : X k → X, obtained in 1965 by Prešić [20], which will be fundamental in establishing our stability results for k-step fixed point iterative methods in the present paper.
To fill this unoccupied but highly-demanded niche, we have developed NaviCell which uses Google Maps for navigation into the map, semantic zooming principles for exploring the map at various scales and the standard WordPress blogging system for collecting comments on the maps, providing a discussion forum for the community around the map's content.
There exist well-consolidated cartographic principles and techniques for mapping physical landscapes.
In the context of cyclic mapping, the authors [1] observed the analog of Banach contraction principle for discontinuous mapping.
We now establish the demiclosed principle for the mapping satisfying (RCSC -condition.
