In recent years, airborne gamma-ray spectrometry (AGS) has become a recognised tool for soil and regolith mapping (Wilford, 1992, Cook et al., in press). However, there are still a lack of definitive studies that scientifically assess the information content of gamma-ray derived data. The question is: how do the gamma-radiometric patterns relate to soil properties and how can this data be used to assist with or improve soil mapping? This is the subject of a new AGSO record (Bierwirth, 1996; see cover below)
In recent years proximal soil sensing techniques have been applied to investigate the spatial distri...
Fine-scale spatial information on soil properties is needed to successfully implement precision agri...
Airborne geophysical and gravity data are processed via standard methods to ensure the response reco...
Soil is a fundamental natural resource; it is the basis of human agriculture. Present development in...
In forested and agricultural areas, reflective remote sensing methods are of limited utility for soi...
Gamma-ray radioelements are a potential information source for soil mapping, since their abundance i...
Current practice in radiometric data analysis seems to have largely ignored using the Compton scatte...
A quantitative investigation was undertaken to ascertain the relationships between radiometrics and ...
Plant ecologists require spatial information on functional soil properties but are often faced with ...
Many automated digital terrain analysis techniques have been developed to map regolith (including so...
Measurements and estimations of soil water content are essential information in many differentfields...
The airborne γ-ray spectrometry method (AGRS) is widely considered as an important tool for mapping ...
Within the framework of the Trans-SEC project, financed by BMBF, two food value chains for the Dodom...
A study has been conducted which demonstrates the reproducibility of Airborne Gamma-ray Spectrometry...
Gamma-ray spectrometry was used as a complementary tool for the identification of soil parental mate...
In recent years proximal soil sensing techniques have been applied to investigate the spatial distri...
Fine-scale spatial information on soil properties is needed to successfully implement precision agri...
Airborne geophysical and gravity data are processed via standard methods to ensure the response reco...
Soil is a fundamental natural resource; it is the basis of human agriculture. Present development in...
In forested and agricultural areas, reflective remote sensing methods are of limited utility for soi...
Gamma-ray radioelements are a potential information source for soil mapping, since their abundance i...
Current practice in radiometric data analysis seems to have largely ignored using the Compton scatte...
A quantitative investigation was undertaken to ascertain the relationships between radiometrics and ...
Plant ecologists require spatial information on functional soil properties but are often faced with ...
Many automated digital terrain analysis techniques have been developed to map regolith (including so...
Measurements and estimations of soil water content are essential information in many differentfields...
The airborne γ-ray spectrometry method (AGRS) is widely considered as an important tool for mapping ...
Within the framework of the Trans-SEC project, financed by BMBF, two food value chains for the Dodom...
A study has been conducted which demonstrates the reproducibility of Airborne Gamma-ray Spectrometry...
Gamma-ray spectrometry was used as a complementary tool for the identification of soil parental mate...
In recent years proximal soil sensing techniques have been applied to investigate the spatial distri...
Fine-scale spatial information on soil properties is needed to successfully implement precision agri...
Airborne geophysical and gravity data are processed via standard methods to ensure the response reco...