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Due to the rapid development of geodetic measurement techniques, including satellite-based ones, new research problems have emerged. They often arose at the interface of diff erent specialisations in the fi eld of geodesy, but also other disciplines of geosciences, such as geology, geophysics etc. In many cases, diff erent measurement techniques need to be combined. An example of this is the description of large area terrain surface deformation. Given the costs of levelling measurements, the use of the InSAR technique for terrain surface observations can then seem useful, depending on the objectives of such research. Although the levelling method can produce high-accuracy results, the information gained from measurements is limited to stable reference points and the costs of such research can be substantial. In turn, a drawback of measurements using the InSAR technique relates to the reliable estimation of the accuracy of the displacements determined. However, the analysis results can cover a substantial number of points dispersed on a large surface. The linking of InSAR and levelling measurements seem to be a certain way of combining the advantages of both methods and minimising their disadvantages. The approach presented in the study, involving the linking of the results of InSAR measurements with those of levelling measurements, poses certain opportunities for interpretation: the determination of the vertical displacements between levelling measurement campaigns and the determination of the vertical displacements of areas or spots uncovered by levelling. The present analysis concerns displacements

Towards data integration and analysis in the detection of terrain surface deformation in the case of the Inowrocław salt dome