We recommend target areas for subsequent exploration including shallow temperature measurements, detailed geologic mapping, and structural analyses.
A new geothermometer (TCO2 Flux) is proposed based on soil diffuse CO2 flux and shallow temperature measurements made on areas of steam heated, thermally altered ground above active geothermal systems.
The 2016 ASM contains 1359 data records determined from the interpretation of drilling-related stress indicators, 650 from earthquake focal mechanism solutions, 139 from shallow engineering measurements and two from geological indicators.
Shallow indentation measurements were performed to probe cortical stiffness.
This is done to replicate shallow core measurements of shale velocity stress dependence (e.g., Podio et al. 1968), where increasing the aspect ratio tends to reduce the overall stress dependence except at very low confining stresses.
Whether deep SWS can be predicted from shallow-layer measurements through temporal stability analysis (TSA) remains unclear.
For each pedon, Ks was measured in upper Bt horizons, at 140 cm below the surface (Bt, BC, or C horizon), and at a depth intermediate between the shallow and deep measurements (Bt, BC, or C horizon) with a constant head permeameter.
All parameters from the two measurements (shallow indentation and deep indentation) are shown in Table 1.
Because the relationship between steady-state energy expenditure versus body weight has such a shallow slope, isolated measurements of energy intake or output rates may be unable to detect statistically significant differences between groups that have clearly different body weights.
Assuming that the land surface temperature has the same gradient, shallow- well temperature measurements (ranging between (22) and (41,^{circ } mathrm{C}) at depths between 147 and 200 m below the ground surface) are used to determine the absolute values of the temperature distribution at the top of the domain.
The confocal Raman probe design can be optimized for maximizing shallower tissue Raman measurements in epithelial tissue; in addition, the ratio of epithelium to stromal Raman photons collected using an optimized confocal Raman probe is approximately 19-fold higher than that using a volume-type Raman probe.
