The investigated roof region of a salt diapir in Hamburg, northern Germany, suffers sinkhole
activity that was accompanied lately by microseismic events in the Gross Flottbek quarter …

This study used eight empirical equations such as Kozeny-Carman (KC), Terzaghi, Hazen,
Slitcher, Kruger, Sauerbrei, NAVFACDM7, and Zamarin to estimate saturated hydraulic …

In this paper three different despiking methods for surface‐NMR data are investigated and
compared. Two of these are applied in the time domain: a threshold is determined that …

For characterizing water flow in the vadose zone, the water retention curve (WRC) of the soil
must be known. Because conventional WRC measurements demand much time and effort in …

A multi-method geophysical survey, including helicopter-borne electromagnetics (HEM),
transient electromagnetics (TEM), and magnetic resonance sounding (MRS), was conducted …

Surface nuclear magnetic resonance (surface NMR) has progressed significantly in recent
years due to advances in instrumentation. In particular, the introduction of multichannel …

In efforts to map water at depth, steady-state free precession (SSFP) sequences promise to
rapidly increase data acquisition rates in the practice of surface nuclear magnetic resonance …

Managed aquifer recharge (MAR) will play an increasingly important role in solving water
scarcity. The performance of MAR systems depends primarily upon local hydrogeology …

The magnetic resonance sounding (MRS) method is usually applied for delineation and
characterization of aquifer system stratification. Its unique property, distinct from other …

The signal quality of Magnetic Resonance Sounding (MRS) measurements is a crucial
criterion. The accuracy of the estimation of the signal parameters (ie E 0 and T 2⁎) strongly …