The succession formed on a non-rimmed shelf, the architecture of which varied from an inner to an outer shelf setting upsection.
However, lateral variations in subsidence regime and shifts in sediment supply led to significant variations in shelf-margin architecture along-strike, directly impacting sediment partitioning between the shelf and the deep-water areas.
What becomes clear here is Gursky's fascination with display, seen variously in terms of human beings arrayed in large numbers (as in "Engadine," in which hundreds of cross-country skiers snake across the snow-covered landscape), products (the entire line of Nike sneakers arranged on evenly lighted shelves) or architecture (especially hotel interiors and office-building exteriors).
Despite the obvious importance of sediment supply to shelf-margin architecture and to the potential of margins to contain and bypass deep-water sands, the role of supply in shelf-margin growth has received limited attention.
This report presents a comprehensive survey of the effect of different data layouts on the single processor performance characteristics for the lattice Boltzmann method both for commodity "off-the-shelf" (COTS) architectures and tailored HPC systems, such as vector computers.
The shelf-edge wedge architecture where it is embayed by canyons is progradational into the canyon axes and marked, particularly in the north, by block like features.
This study focuses on shelf-wide stratigraphic architecture, from which implications are drawn for the stratigraphic-sealing potential of the deltaic clastics.
Changes in frequency of sea level oscillation occurring on a geological time scale (i.e. green-house and ice-house periods) may result in a drastic change in delta architecture from shelf-edge to shelf deltas.
The potential commercial applications (increased shelf life, reduced plant architecture) of transgene-encoded auto-regulated cytokinin biosynthesis in this ornamental plant and the production of male sterile lines to prevent undesirable gene flow between the genetically modified plants and related species are also discussed.
The framework includes design solutions for scalable, accurate and efficient parallel and distributed simulation of complex, vehicular communication scenarios executed over cost-effective, commercial-off-the-shelf (COTS) simulation architectures.
