To appreciate the current state of map-making and to weigh the pros and cons of digital versus traditional print atlases, it is important to grasp the broader topography of digital projects that are focused on ancient geography.
To achieve mobility over such a broad set of terrain topographies – spanning structured and unstructured environments – an ideal robot will employ both static, highly stable motions (e.g. dexterous crawling, climbing, walking), as well as highly dynamic agility maneuvers (e.g. leaping, inertial reorientation, controlled landing; running; etc).
To achieve mobility over such a broad set of terrain topographies – spanning structured and unstructured environments – an ideal robot will employ both static, highly stable motions (e.g. dexterous crawling, climbing, walking), as well as highly dynamic agility maneuvers (e.g. leaping, inertial reorientation, controlled landing; running; etc). to optimally traverse the terrain at hand.
Unfortunately the topography of this familiarity modulation is not well characterized, making it difficult to assess whether familiar minus unfamiliar N170 topographies implicate a broad negative shift across multiple channels, or whether the effect is a specific modulation of the channels specifically implicated in the N170 topography.
Stands were chosen to span a broad range of elevation, aspect, and topography.
Afterwards, this model was used to simulate a broad range of common scenarios of topography and rainfall from commercial farms in southern Spain.
Undoubtedly there will be cultural factors influencing the use of domestic animals, however, the data presented here indicate cattle and sheep/goat husbandry being significantly affected by environment (precipitation, temperature, topography and ecology) on a broad west-east gradient.
This intensive five-week summer workshop takes place in Rome and is designed to provide a broad overview of that city's major architectural sites, topography, and systems of urban organization.
Additionally, orientation was associated with more negativity than shape (topography; top panel, right), resulting in a broad area of significant differences at right hemispheric recording sites (permutation-corrected t-map; top panel, right).
Polymeric microfibres can give a scaffold cell-size pores and a broad range of mechanical strength but cannot provide the nano-topography required for cell attachment; whereas polymeric nanofibres alone can provide ECM-mimicking and biocompatible nano-topography but are limited in the achievable range of mechanical properties and pore sizes required for different cell types.
