Sentence examples for latitude grid from inspiring English sources

Example: Perform a Weaver interpolation of the Normalized Difference Vegetative Index (NDVI) in South America to an even longitude / latitude grid at a 0.2° resolution.

The weaver function regrids the NDVI data variable from the default Interrupted Goode Homolosine projection to an even longitude / latitude grid.

Redefine the units of the Latitude grid to "degree_north" by putting the following Ingrid command in the text box below the text that is already there.

The horizontal resolution of our simulation is 4° × 5° (latitude × longitude), with 72 longitude and 46 latitude grid points.

Although these statistical areas are somewhat arbitrary, their boundaries were established by taking into account factors that are important for SEAMAP dataset holdings and acquisition, such as the natural oceanic regions and divisions, national boundaries, longitude and latitude grid system, and the distribution of aquatic fauna [39].

Notice the original NDVI projection is dependent on two grids, x and y, which should not be confused with longitude and latitude grids.

Linear interpolation is often used to regrid evenly-spaced data, such as longitude / latitude gridded data, to a higher or lower resolution.

This paper fills a gap in this area and provides a data set which estimates land productivity at 0.5° × 0.5° (longitude × latitude) grid-cell level.

To establish a method of estimation for this parameter, this paper provides a new data set which can be used to estimate land productivity at 0.5° × 0.5° (longitude × latitude) grid-cell level regardless of existing economic conditions.

This paper fills the gap in this area and provides a new data set which estimates land productivity at 0.5° × 0.5° (longitude × latitude) grid-cell level using a process-based biogeochemistry model, the terrestrial ecosystem model (TEM) calibrated for a C4 crop.

Similar to Brace and Theis (1981) and Truhlik et al. (2000) we have averaged data on a local time-latitude grid and modeled global variations using a spherical harmonics expansion to 8th order.