Sentence examples for coverage of observations from inspiring English sources

Both instruments have a good global coverage of observations and can provide data also from the polar regions.

Polar-orbit satellites at low altitudes provide a uniform spatial coverage of observations from both hemispheres, although they cannot yield a uniform time series at a fixed location.

Due to the limited spatial and temporal coverage of observations, estimating water vapor is still a challenge in meteorology and related fields such as positioning and geodetic techniques.

The proposed strategies, as well as the traditional strategies in the literature, are evaluated with respect to reliability (coverage of observations by the envelope of model outcomes) and sharpness (width of the envelope of model outcomes) in different numerical experiments.

An Ne profile obtained using GOX has an advantage in its coverage of observations, compared with the peak density and peak altitude of the ionosphere obtained with ground-based observations, because it was able to cover ocean and desert areas, where there are usually no receivers.

In addition, one high-slip concentration area with a peak of 53 cm was identified at the deep (~ 35 km) Hikurangi subduction interface (Fig. 6b), which is partially recovered by our model according to the resolution test (Additional file 1: Figure S4), mainly resulting from the poor spatial coverage of observations in the postseismic phase.

Figure 7 b shows the coverage of observation with respect to θ l.

When a station is added in tag-along mode to a VLBI session, this implies that this station should observe as many as possible of the scheduled sources, although the station was not included in the scheduling optimisation process (e.g. sky coverage, number of observations).

The near-global and all-sky coverage of satellite observations from microwave humidity sounders operating in the 183 GHz band complement radiosonde and aircraft observations and satellite infrared clear-sky observations.

In a second approach, they also take advantage of the near-global coverage of satellite observations, combining the University of Alabama at Huntsville (UAH) satellite temperature measurements with the available surface data to fill in the gaps with a 'hybrid' temperature data set.

Ambiguity problems pertain mainly due to the limited longitudinal coverage of optical observations.