In particular, our aim is twofold: (i) characterize the underlying nature of interactions among distributed applications in a collaborative and shared infrastructure.
To adhere to geometric language, we say that the compositions di + 1∘d i characterize the curvature of the sequence (L·,d).
The objectives of this study were to (i) characterize LLT patterns, (ii) explore variables that influence choice of aggressive initial and subsequent statin regimens and (iii) evaluate the impact of LLT patterns on LDL-C reduction and goal attainment.
The objectives of this study were to: (i) characterize the ~2.6-kb fragment for its cis-acting elements; (ii) examine the tissue-specific expression pattern and activity of the identified promoter.
Specifically, the objectives of this study are to (i) characterize drought severity, (ii) determine association between rainfall variability and livestock population dynamics and (iii) determine drought adaptation strategies in Kgalagadi South district, Botswana.
This distinction between limit states forces engineers to: (i) characterize both the point-in-time and extreme probability distributions of the random variables involved (agents), which are characterized independently, and (ii) use the appropriate distribution for each limit state depending on the failure consequences.
Therefore, in this study, we used a proton density-weighted HASTE sequence, with functional contrast based on signal enhancement by extravascular water protons (SEEP), and a motion-compensating GLM analysis to (i) characterize the SEEP response function in the human cervical spinal cord and (ii) demonstrate the feasibility of event-related spinal fMRI.
By employing all combined top-of-atmosphere (TOA) spectral radiance data, one can (i) characterize the relevant optical properties of the atmosphere, (ii) retrieve biophysical canopy properties including the associated reflectance anisotropy, and (iii) retrieve a more accurate and consistent canopy F.
This study set out to: (i) characterize the spatial-temporal patterns in MPB biomass on a year-round basis, (ii) identify the abiotic and biotic factors associated with MPB distributions, (iii) investigate the use of satellite-derived chlorophyll a data and verify with in field measurements, and (iv) determine minimum required sample size for in situ biomass measurement.
The objectives of our research were to: (i) characterize the development of leaf area senescence for contrasting canopy architectures (i.e. plant population×row spacing), and (ii) analyze the response of leaf senescence to changes in the light environment and the post-flowering source sink ratio.
The aims of the present study were to (i) characterize the soil K status in the Fribourg canton according to four different extraction methods; (ii) analyse the spatial variability of soil K in relation to land use, soil type, soil parent material and topography; (iii) evaluate the spatial predictability of K at the canton level; and (iv) analyse the implications for K fertilization management.
