Add to ORKGThe search for new economic ore-deposits becomes increasingly difficult. A sophisticated approach is required to locate new ones. In exploration geochemistry the use of uni- and multivariate statistics is often advocated. In this series of studies it is shown how techniques such as factor analysis, discriminant function analysis, non linear mapping and cluster analysis can be of use to the exploration geochemist. Applications are presented to geochemical rock, sediment and water survey
This study introduces a new methodology referred to as geoinformation synthesis for multivariate eva...
The secondary geochemical field structure was modelled on the basis of the lithogeochemical dispersi...
The application of geostatistics to data obtained from geochemical prospecting process can provide u...
The search for new economic ore-deposits becomes increasingly difficult. A sophisticated approach is...
A number of recent studies have made use of multivariate statistical methods to seek to identify loc...
Multivariate statistical analysis of major and minor element geochemical data is used to analyze dol...
The secondary geochemical field structure was modelled on the basis of the lithogeochemical dispersi...
A geochemical exploration program was applied to recognize the anomalous geochemical haloes at the R...
Integration of stream sediment geochemical data with other types of mineral exploration data, especi...
Stream sediment geochemical data are usually subjected to methods of multivariate analysis (e.g. fac...
Geographic Information Systems (GIS) used in concert with statistical and geostatistical software pr...
This paper describes a multivariate geostatistical methodology to delineate areas of potential inter...
When subjected to factor analysis, the analytical data of water samples of the Calabar Flank area wa...
Abstract- Geochemical surveys for mineral exploration are based on the systematic sampling and trace...
Multi-element geochemical surveys of rocks, soils, stream/lake/floodplain sediments and regolith are...
This study introduces a new methodology referred to as geoinformation synthesis for multivariate eva...
The secondary geochemical field structure was modelled on the basis of the lithogeochemical dispersi...
The application of geostatistics to data obtained from geochemical prospecting process can provide u...
The search for new economic ore-deposits becomes increasingly difficult. A sophisticated approach is...
A number of recent studies have made use of multivariate statistical methods to seek to identify loc...
Multivariate statistical analysis of major and minor element geochemical data is used to analyze dol...
The secondary geochemical field structure was modelled on the basis of the lithogeochemical dispersi...
A geochemical exploration program was applied to recognize the anomalous geochemical haloes at the R...
Integration of stream sediment geochemical data with other types of mineral exploration data, especi...
Stream sediment geochemical data are usually subjected to methods of multivariate analysis (e.g. fac...
Geographic Information Systems (GIS) used in concert with statistical and geostatistical software pr...
This paper describes a multivariate geostatistical methodology to delineate areas of potential inter...
When subjected to factor analysis, the analytical data of water samples of the Calabar Flank area wa...
Abstract- Geochemical surveys for mineral exploration are based on the systematic sampling and trace...
Multi-element geochemical surveys of rocks, soils, stream/lake/floodplain sediments and regolith are...
This study introduces a new methodology referred to as geoinformation synthesis for multivariate eva...
The secondary geochemical field structure was modelled on the basis of the lithogeochemical dispersi...
The application of geostatistics to data obtained from geochemical prospecting process can provide u...