To upscale C emissions from small ponds and improve estimates of larger scale NCB of high latitude peatland regions, there is a need for higher resolution areal data and improved techniques to estimate the areal C contribution from different ponds in the landscape.
Hard disk drives continue to increase in areal data density.
The approach we have presented to spatial neighbourhoods is primarily appropriate when analysing point or areal data.
The required acquisition times varied between 0.25 s for the highest areal dose-rate in vacuum to 6 s for the lowest areal dose-rate in 5 mbar N2.
Highest areal productivities were obtained with the flat panel photobioreactor.
Methods for mapping point-based epidemiologic data have received less attention than mapping areal data [ 12].
They were color coded in a smooth spectral sequence from dark blue (lowest areal presentation) to dark red (highest areal presentation).
In the flat panel photobioreactor the highest areal and volumetric productivities and photosynthetic efficiencies were obtained.
Numerical methods have been adopted extensively for spatial cluster detection in health research and epidemiology, especially for processing areal data.
In case of areal data, where individual information for areas is provided, spatial lattice models, which usually consider correlation between adjacent areas of a territory, are considered appropriate.
