This study presents a stochastic, threedimensional characterization of a heterogeneous hydraulic conductivity field within the Hanford 300 Area, Washington, USA, by assimilating large-scale, constant-rate injection test data with small-scale, three-dimensional electromagnetic borehole flowmeter (EBF) measurement data. We first inverted the injection test data to estimate the transmissivity fiel...

the estimation of pollution fields, especially in densely populated areas, is an important application in the field of environmental science due to the significant effects of air pollution on public health. in this paper, we investigate the spatial distribution of three air pollutants in tehran’s atmosphere: carbon monoxide (co), nitrogen dioxide (no2), and atmospheric particulate matters less ...

Three-dimensional (3D) geological property modeling is used to quantitatively characterize various attributes in 3D space based on geostatistics with the help of computer visualization technology, and results are often stored grid data. The includes two main components, model generation interpolation. In this review article, existing methods systematically investigated, both traditional multipl...

We present a Bayesian inversion method for the joint inference of high-dimensional multiGaussian hydraulic conductivity fields and associated geostatistical parameters from indirect hydrological data. We combine Gaussian process generation via circulant embedding to decouple the variogram from grid cell specific values, with dimensionality reduction by interpolation to enable Markov chain Monte...

The paper presents some contemporary approaches to the spatial environmental data analysis, processing and presentation. The main topics are concentrated on the decision–oriented problems of environmental and pollution spatial data mining and modelling: valorisation and representativity of data with the help of exploratory data analysis, topological, statistical and fractal measures of monitori...

Radon (222Rn), derived from the Uranium (238U) series and emitted Geological Formation (soil, rock) (Qg), Fault (Qf) Construction Material (Qm), which cannot be detected by five senses, is an inert radioactive gas. negatively affects people's health (such as lung cancer) a result of excessive (>200 Bq/m3) accumulation in buildings. The aim this study to measure radon emission concentrati...