An Application of Geostatistics
to Analysis of Water Quality Parameters in Rivers and Streams in Niger State, Nigeria.
When using geostatistics
for semivariographic analysis of noise, a data oscillation is observed due to the physical characteristic of the noise, because it is a sound wave.
An introduction to applied geostatistics
. Oxford University Press, New York.
In terms of volumentric analysis, geostatistics
will be applied and, if required, developed to estimate the variability of the cobalt fed into the processing plant.
Ribeiro, Model-based geostatistics
. Springer New York, 2007.
is a great tool for analyzing the spatial-temporal variability of natural phenomenon.
is a useful tool for analyzing spatial variability and interpolating between point observations .
The spatiotemporal variogram commonly used in geostatistics
is a useful way to model spatial and temporal dependency and their interactions.
was introduced to hydrogeology and became popular in numerical simulation of groundwater flow and solute transport [6-8].
Given the scarcity of studies involving 3D maps on the chemical characteristics of citrus fruits, methods already employed in the analysis of threedimensional variability of soil properties (Choi & Park, 2006, He et al., 2010), three-dimensional display of forest landscapes (Lim & Honjo, 2003) and ground magnitude and impedance (Karaoulis et al., 2011), albeit not in fruit culture, were used in current study to identify the spatial variability structure of the variables by means of geostatistics
and ordinary kriging interpolation.
(2012), modeling the spatial dependence structure of soil attributes and variables related to plants, using geostatistics
techniques, has been performed to understand their distributions in a given area as well as correlating them spatially with crop yields.
Hengl T, Minasny B, Gould M (2009) A geostatistical analysis of geostatistics
. Scientometrics 80: 491-514.