The author has identified the following significant results. Although the limited number of images received did not permit construction of a thermal inertia map, important geological details were obtained in the areas of lithology and tectonics. Interpretation of day, night, and seasonal imagery resulted in differentiating broad calcareous and dolomitic units in the Causse Plateau. In the Massif amoricain, some granite massifs were delineated which were not observed by LANDSAT. Neotectonic faults were also revealed
Thermal infrared (7.5-14 μm) enables the measurement of temperature far fromgeological surfaces. Mic...
The author has identified the following significant results. Fine orogenic sediments, not detectable...
Progress on the Heat Capacity Mapping Mission (HCMM) follow-on study is reported. Numerous image pro...
Thermal zones delimited on HCMM images, by visual interpretation only, were correlated with geologic...
Progress in the preparation of manuscripts on the discovery of a Precambrian rift running NW-SE thro...
Day-IR, day-visible, and night-IR image data sets were analyzed. All three images were contrast enha...
The author has identified the following significant results. Satellite data supplied the same inform...
The usefulness of thermal inertia mapping in discriminating geolithological units was investigated u...
The author has identified the following significant results. Two night-time thermal images of the Po...
Sensitivity studies using thermal models indicated sources of errors in the determination of thermal...
Experimentation with several potentially promising techniques led to the selection of a fairly simpl...
The southwestern part of Central Europe between Basal and Frankfurt was used in a study to determine...
The author has identified the following significant results. The day infrared and visible HCMM satel...
Le rayonnement infrarouge thermique (7.5-14 μm) permet de mesurer à distance la température de surfa...
In the Powder River Basin, Wyo., narrow geologic units having thermal inertias which contrast with t...
Thermal infrared (7.5-14 μm) enables the measurement of temperature far fromgeological surfaces. Mic...
The author has identified the following significant results. Fine orogenic sediments, not detectable...
Progress on the Heat Capacity Mapping Mission (HCMM) follow-on study is reported. Numerous image pro...
Thermal zones delimited on HCMM images, by visual interpretation only, were correlated with geologic...
Progress in the preparation of manuscripts on the discovery of a Precambrian rift running NW-SE thro...
Day-IR, day-visible, and night-IR image data sets were analyzed. All three images were contrast enha...
The author has identified the following significant results. Satellite data supplied the same inform...
The usefulness of thermal inertia mapping in discriminating geolithological units was investigated u...
The author has identified the following significant results. Two night-time thermal images of the Po...
Sensitivity studies using thermal models indicated sources of errors in the determination of thermal...
Experimentation with several potentially promising techniques led to the selection of a fairly simpl...
The southwestern part of Central Europe between Basal and Frankfurt was used in a study to determine...
The author has identified the following significant results. The day infrared and visible HCMM satel...
Le rayonnement infrarouge thermique (7.5-14 μm) permet de mesurer à distance la température de surfa...
In the Powder River Basin, Wyo., narrow geologic units having thermal inertias which contrast with t...
Thermal infrared (7.5-14 μm) enables the measurement of temperature far fromgeological surfaces. Mic...
The author has identified the following significant results. Fine orogenic sediments, not detectable...
Progress on the Heat Capacity Mapping Mission (HCMM) follow-on study is reported. Numerous image pro...