Additionally, results indicate that shorter bush type varieties might have higher growth plasticity and thus accommodate a broader range of plant densities than taller stature columnar type varieties.
We motivate a revised definition of conflict free sets of arguments, adapt ASPIC+ to accommodate a broader range of instantiating logics, and show that under some assumptions, the resulting framework satisfies key properties and rationality postulates.
However, video based environments built by following the ideas presented in this paper can be used to accommodate a broad range of interactive features, conduct experiments and answer research questions regarding these features and their effectiveness in learning.
The usefulness of such a solver hinges on the balance among competing desires like ease of use, speed of forward calculation, scalability to large problems or compute clusters, parsimonious use of memory access, accuracy and by necessity, the ability to faithfully accommodate a broad range of geologic scenarios over extremes in length scale and frequency content.
The platform is highly automated [26] and scalable to accommodate a broad range of sample throughput.
In the case of SBGrid the required technical elements are relatively modest (see Box 2) and are based on widely available and established technologies flexible enough to accommodate a broad range of research computing needs.
With appropriate choice of camera lens, illumination wavelengths, and optical emission filters, this generic optical imaging platform can be easily modified to accommodate a broad range of research protocols.
The decision curves we demonstrated in Figures 2 and 3 are applicable for many settings, thanks to uncertainty at the time mandating we accommodate a broad range of possibilities.
In particular, more work is needed to ensure that the interface is flexible enough to accommodate a broad range of variation in workflow patterns and to ensure intervention protocols are acceptable and feasible to providers.
Specifically, even though tropical mountain habitats are predicted to be disproportionally susceptible to ongoing environmental changes [ 82, 83], the apparent adaptability of A. mollis suggest that it may be able to accommodate a broad range of conditions, and hence, be more resilient.
These effectomes accommodate a broad range of protein functions like enzymes related to glycolysis/gluconeogenesis and the TCA cycle, ATP synthases, aminoacyl-tRNA synthetases, chaperones, proteases that degrade misfolded proteins, protectants against oxidative damage, as well as cold shock and outer membrane proteins.
