Sentence examples for more highly resolved from inspiring English sources
Currently, there is a need for more highly resolved studies at stream and river scales that enable estimates of terrestrial carbon turnover within fluvial networks.
nIn another thread, recent developments in optimization have been applied to obtain time-varying spectra or very high-resolution spectra; in particular, references - give examples of recent results where convex estimation is applied to obtain new and more highly resolved spectral estimates, some with time-varying structure.
But the imbalances are harder to explain in more highly resolved analyses.
More specifically, at these lower energies, the interaction volume is much smaller, and therefore, surface detail is more highly resolved.
He adds, "Images collected from live cells are brighter and more highly resolved when using silicone immersion optics".
Moreover, a more highly resolved slip model is particularly useful for estimating the Coulomb stress change on surrounding faults and, consequently, for assessing seismic hazard.
The more important are highly resolved images to discern or even quantify these effects in detail.
Often, solar-based renewable energy system designers, researchers, and engineers prefer to work with more highly time resolved data, such as detailed diurnal profiles, or mean daily values.
Obviously, the temporal resolution of the LSM solution (30 min) is not good enough to capture some of the short-term variations captured by the more highly temporally resolved WVR and Kalman filter time series.
It is all the more surprising therefore that, to our knowledge, more highly spatially resolved tracking methodologies such as GPS have not been employed hitherto for large open-ocean pelagic fish, even though this would likely improve considerably our understanding of their behaviour during migrations, habitat selection, and when foraging.
Our wavelet coherence analysis indicates that wet and dry seasons have significant effect on temporal correlation between observed and simulated soil moisture and ET. Our study demonstrates the usefulness of the EOF and wavelet coherence methods for a more in-depth validation of spatially highly resolved hydrological 3D models.
