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• W1966630672 abstract "On the basis of several objections, Rydelek et al. (Phys. Earth Planet. Inter., 68: 215–219, 1991) (hereafter noted RZH) denied the existence of a correlation between residuals of tidal gravity (R) and heat flow (H) suggested by other workers. To re-examine the whole matter on safe grounds, we previously revised and reanalysed all the original tidal data from 300 stations, taking care of the RZH objections by eliminating what they considered as the important sources of errors in the data, essentially calibration errors of the instruments in amplitude and phase. Using this new data base, we meet here, one by one, the other criticisms not related to the original tidal measurements and show that most of them are not valid, in particular those concerning oceanic load and attraction corrections. The findings are as follows: (1) no correlation between diurnal tide and semi-diurnal tide residuals is normal; (2) distance from the sea is not a valid criterion for elimination of several excellent stations; (3) unexpected residues at the South Pole are not due to imperfections of the cotidal Schwiderski maps but to ice-shelf tides not considered by RZH; (4) the correlation of the tidal gravity residues with the age of tectonic provinces is proposed as an alternative to the correlation with heat flow. The data used in 1991 having been corrected are recalculated for comparison with 1986–1991 statistics: the correlation is confirmed with the same degree of probability. Also, new tidal gravity data obtained since 1990 with ‘nullified’ instruments, as recommended by RZH, in Africa (31 stations) and Latin America (34 stations), are included in new statistics which also confirm the correlation. The global result, obtained from 174 revised and new stations on all continents, gives a correlation coefficient k = 0.691 with a linear regression R = 0.0201(H − 57) − 0.063 ± 0.0013 (where R is in microgals, and H is in mW m−2). As there is at present no practical or theoretical means to take into account the role of fluids (lubrication and stress corrosion owing to deep-seated saline waters or fluids) in crustal processes such as tidal deformations, such small tidal gravity anomalies cannot be correctly calculated. The use of a correlation technique therefore remains the only way to treat unexplained residues, even if this does not constitute an unequivocal proof. Other arguments have to be found to deny the existence of this correlation." @default.
• W1966630672 created "2016-06-24" @default.
• W1966630672 creator A5028353417 @default.
• W1966630672 date "1995-04-01" @default.
• W1966630672 modified "2023-09-23" @default.
• W1966630672 title "A continuing discussion about the correlation of tidal gravity anomalies and heat flow densities" @default.
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• W1966630672 doi "https://doi.org/10.1016/0031-9201(94)02982-h" @default.
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