(Table 1) Heat flow measurements in the Black Sea

New data show that the thermal field is definitely related to the geologic structure at depth and to other geophysical fields. Low heat-flow values along reliably established subsurface faults suggest absence of a heated zone of the earth's crust and upper mantle in these regions.

Bibliographic Details
Main Authors:	Zolotarev, Vladimir G, Kobzar, V M
Format:	Dataset
Language:	English
Published:	PANGAEA 1980
Subjects:	Admiral Vladimirskiy Archive of Ocean Data ARCOD AVL-1976 AVL-7601 AVL-7602 AVL-7603 AVL-7604 AVL-7605 Black Sea Calculated Conductivity thermal Elevation of event Event label GC Gravity corer Heat flow standard deviation Latitude of event Longitude of event Mikhail Lomonosov ML35 ML35-3142 ML35-3149 ML35-3149a ML35-3151 ML35-3153 ML35-3161 ML35-3168 ML35-3177 ML35-3187 ML35-3190 ML35-3197 ML35-3203 ML35-3204 ML35-3206 ML35-3207 Temperature (thermal) gradient Thermistor
Online Access:	https://doi.pangaea.de/10.1594/PANGAEA.755379 https://doi.org/10.1594/PANGAEA.755379

Description
Summary:	New data show that the thermal field is definitely related to the geologic structure at depth and to other geophysical fields. Low heat-flow values along reliably established subsurface faults suggest absence of a heated zone of the earth's crust and upper mantle in these regions.

(Table 1) Heat flow measurements in the Black Sea

Similar Items