Anthropic activities are characterised by benefits and drawbacks for the human being and the environment. In the last few centuries of the humankind, the industrial activity has increased exponentially due to massive industrialisation process. This evolution has augmented the use of land for industrial purposes, which in turn affected the quality of soil by polluting it with high levels of chemical contaminants. On the other hand, intensive agricultural activities involve the use of pesticides and fertilisers, which at the end of the day, also contribute to the contamination of the agricultural land. Soil may be contaminated as well by accidents which occur due to human activity. The land quality is essential to preserve the environment, and it is required to maintain the level of pollution within legal limits. If contaminant levels are above the legal limits, then a soil remediation action plan should take place. Very high costs are usually associated with soil remediation, and the best strategies should be adopted to optimise resources and costs. A methodology to derive remedial targets has been successfully used in the USA and adopted and adapted in various countries inclusive in the EU. Currently, Romania has started to follow specific steps to align with international practices regarding the management of contaminated land. Although this methodology is extensively used in western countries, its application in Romania is in its inception phase. Therefore, this paper intends to present the current situation in Romania regarding the contaminated sites and potentially contaminated sites, the risk assessment approach that should be followed and the related soil remediation strategies that could be implemented.

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Travertines are susceptible to fracturing/ cracking, making it difficult to extract large uncracked blocks of significant commercial value. In our study, we used the GPR – Ground Penetrating Radar and other geophysical methods (resistivity and seismic methods) to evaluate the degree of fracturing. Following the interpretation of the longitudinal and transversal GPR profiles, corroborated with the resistivities minima, led us to identify fractures and highly fracturing areas in the Carpinis quarry. In addition, using these combined methodologies and corroborating geophysical, geological, tectonic and geomorphological information creates the premises for an effective investigation of Carpinis quarry, which assists with optimising the mining process.