Sentence examples for extensive spatial and from inspiring English sources

The Viking Infrared Thermal Mapper 15-μm channel brightness temperature observations (IRTM T15) provide extensive spatial and temporal coverage of martian atmospheric temperatures on diurnal to seasonal time scales.

This dataset is unique in several aspects, including reliable observations on traffic and environmental conditions when the collision occurred, and extensive spatial and temporal coverage, as described in the following section.

Solving this problem requires extensive spatial and temporal sampling of water or some other stationary biogenic proxy for local water chemistry in order to constrain estimates of seasonal and temporal variation in composition at a given location.

Gaining insight into the dynamic nature of landscapes often involves the use of simulation models to explore potential changes over long time frames and extensive spatial areas.

The extensive spatial scale of plantations and second-growth in our study area enabled us to implement a robust replicated design, with survey plots approximately two to three orders of magnitude larger than most previous studies of land-use change in the tropics, thus minimising the influence of the surrounding landscape.

We chose China and Egypt because both countries have had recent outbreaks of subtype H5N1 infection among poultry, human deaths from subtype H5N1 infection, and extensive spatial data on cases of infection with subtype H5N1.

The survival of herds depends on the pastoralists' willingness and capacity to move (Gallais 1977), and an extensive spatial scale of exploitation is a prerequisite for a successful pastoral system (Ellis and Swift 1988).

Many immunolocalization studies, including a recent study with Drosophila cells (Maiato et al. 2006), have failed to detect a comparable extensive spatial separation between Cenp-A/Cid and Cenp-C.

Steep gradients in pO2 and pO2 values ranging from 0 mmHg to those found in well-oxygenated normal tissues are characteristic features of tumours, implying that tumour tissues may show extensive spatial heterogeneity in cellular radiation sensitivity (Wouters and Brown, 1997) and hypoxia-induced gene expression (Acker and Plate, 2002; Harris, 2002).

Methodologically the proposed model provided an effective way to utilize an extensive spatial dataset of various climatic, geomorphologic, and LULC variables for a large region like UMRB to assess and compare the impact of various factors on mean annual streamflow at regional scale.

We recorded CV at a fixed location, in the direction of fastest signal propagation, and acknowledge that extensive spatial, high-resolution analysis would be required to establish the contribution of local changes in CV and its heterogeneity to AF inducibility.