ADE Kugler H., Ottner F., Froeschl H., Adamcova R., Schwaighofer B., 2002: Retention of inorganic pollutants in clayey base sealings of municipal landfills. Applied Clay Science, 21 (1-2) , pp. 45-58.

ADC Miko S., Durn G., Adamcová R., Kapelj S., Ottner F., 2003: Heavy metal distribution in karst soils from Croatia and Slovakia. Environmental Geology, 45,2,262-272

ADC Galamboš M., Paučová V., Kufčáková J., Rosskopfová O., Rajec P., Adamcová R., 2010: Cesium sorption on bentonites and montmorillonite K10. Journal of Radioanalytical and Nuclear Chemistry, 284. 1, 55-64

ADC Adamcová R., Šuraba V., Krajňák A., Rosskopfová O., Galamboš, 2014: First shrinkage parameters of Slovak bentonites considered for engineered barriers in the deep geological repository of high-level radioactive waste and spent nuclear fuel. Journal of Radioanalytical and Nuclear Chemistry, 302,1,737-743

ADE when registerede/ now SCOPUS Adamcova R., Ottner F., Durn G., Greifeneder S., Dananaj I., Dubíková M., Skalský R., Miko S., Kapelj S., 2005: Problems of hydraulic conductivity estimation in clayey karst soils. Geologica Croatica, 58, 2, 195-203

ADC Voit K., Zeman O., Janotka I., Adamcová R., Bergmeister K., 2020: High-durability concrete using eco-friendly slag-pozzolanic cements and recycled aggregate. Applied sciences, 10 ,22, 1-21

V3 Voit K., Hron J., Frei G., Adamcova R., Zeman O., 2022: Mechanism and Internal Stability of Supportive Stone Construction. Materials, 15, 9, 3175 [online]

V3 Dunčková L., Durmeková T., Adamcová R., Bednarik M., 2022: Laboratory Assessment of Selected Protective Coatings Applied on Two Sandstone Types. Coatings, 12, 6, 761 [online]

ACB Ondrášik R., Wagner P., Durmeková T., Bednarik M., Vlčko J., Adamcová R., Greif V., 2019: Engineering geology I. : Geological environment and its evaluation - 1. edition. - Bratislava: Comenius Univerity in Bratislava, 2019, 266 p.

ADN Durmeková T., Adamcová R., Maľa M., Grand P., 2021: Efficiency of Protective Coating Applied on a Highly Porous Decorative Tuf. Acta Geologica Slovaca, 13, 1, 85-94.

Miko S., Durn G., Adamcová R., Čovič M., Dubíková M, Skalský R., Kapelj S., Ottner F., 2003: Heavy metal distribution in karst soils from Croatia and Slovakia. Environmental Geology, 45, 2, pp. 262-272

In:

Amorosi A., Sammartino I., Dinelli E., Campo B., Guercia T., Trincardi F., Pellegrini C., 2022: Provenance and sediment dispersal in the Po-Adriatic source-to-sink system unraveled by bulk-sediment geochemistry and its linkage to catchment geology. Earth-Science Review, vol. 234, 2022, art. no. 104202, SCI, IF=12,1

Petrovic M., Fiket Z., Medunic G., Chakravarty S., 2022: Mobility of metals and metalloids from SHOS coal ash and slag deposit: mineralogical and geochemical constraints. Environmental Science and Pollution, 29, 31, 46916-46928, IF=5,8

Kugler H., Ottner F., Froeschl H., Adamcova R., Schwaighofer B., 2002: Retention of inorganic pollutants in clayey base sealings of municipal landfills. Applied Clay Science, 21 (1-2) , pp. 45-58.

In:

Zhan, T.L.T., Guan, C., Xie, H.J., Chen, Y.M., 2014: Vertical migration of leachate pollutants in clayey soils beneath an uncontrolled landfill at Huainan, China: A field and theoretical investigation. Science of the Total Environment

470-471, pp. 290-298, SCI, IF=4,708

ADC Voit K., Zeman O., Janotka I., Adamcová R., Bergmeister K., 2020: High-durability concrete using eco-friendly slag-pozzolanic cements and recycled aggregate. Applied sciences, 10 ,22, 1-21, 8307 [online]

In:

Costafreda, J.L., Martín, D.A., Presa, L., Parra, J.L., 2021: Altered volcanic tuffs from los frailes caldera. A study of their pozzolanic properties. Molecules, 26(17),5348, SCI, IF=4,93 (2021)

Adamcova R., Stangl R., Elischer J., Ottner F., Keusch D., 2010: Debris flow near Stambach (Austria) - A successful example of bioengineering stabilisation. Construction for a Sustainable Environment - Proceedings of the International Conference of Construction for a Sustainable Environment, London: Taylor & Francis Group, pp. 435-442.

In:

Shimobe, S., Spagnoli, G., 2019: A global database considering Atterberg limits with the Casagrande and fall-cone tests. Engineering Geology, 260,105-201, SCI, IF=4,78

Adamcova R., Šuraba V., Krajňák A, Rosskopfová O., Galamboš M, 2014: First shrinkage parameters of Slovak bentonites considered for engineered barriers in the deep geological repository of high-level radioactive waste and spent nuclear fuel. Journal of Radioanalytical and Nuclear Chemistry, 302, 1, pp. 737-743

In:

Huang XH., Liu GD., Chen Y., Mei J., 2023: Laboratory investigation of the conservativeness of deuterated water as the artificial tracer for hydrogeological tests. Environmental Sciences and Pollution Research, 30, 7, pp. 19194-19209, IF=5,8(2022)

Chief researcher of 3 projects from ZSE, a. s."Research of the Bentonite for the Repository of Radioactive Waste", - 2nd and 3rd stage, 2018-2020, 2020-2022.Anotation: To bring the research of highly compacted bentonites for the technical barriers of a deep geological repository of radioactive waste to a higher level, a prototype of a special consolidometer was invented and further developed and precised in the cooperation with the RUB university in Bochum, Germany. It allows swelling pressure measurements under both constant volume or constant load, as well as free-swelling measurement of the volume changes, all monitored by computer. In this way, the simulation of the conditions in the repository is more realistic than in an conventional consolidometer.

Co-researcher of the project VEGA 1/0503/19 "Development of rock crack-gauge device invariant to thermal cycles for monitoring of block displacements. " (Chief researcher V. Greif), 2019-2022. Anotation: Monitoring of rock slope movements or underground constructions is a method often used for the assessment of the immediate rockfall hazard. It is often used in the early warning systems and for the detection of the rock blocks´ movements in the initial state. All types of commercially available crack-gauge devices suffer under errors due to daily or annual temperature oscillation. To be able to distinguish between these oscilation and the real movement amplitude, a longer monitoring is necessary, mostly longer than 1 year. Such long time is mostly not possible in the practice, therefore, the aim of the project was to develop such a functional crack-gouge device, where the impact of temperature cycling is reduced to minimum and the related error can be well recognised from the real block movement.

Co-researcher of the project VEGA 1/0182/23 Quantification of landslide risk in urbanized areas of Slovakia threatened by the devastating effects of slope movements.The delimitation of landslide risk hotspots is an effective tool for the elimination of direct and indirect socioeconomic losses caused by slope deformations. Landslide risk is defined as a simple multiplicationt of landslide hazard by vulnerability of infrastructure elements. Since 2010, stability conditions in Slovakia have changed significantly as a result of climate change, but also in connection with increasing urbanism and infrastructure development. The aim of the project will be to compile a landslide risk map of the urbanized areas of Slovakia using proven statistical methods using the latest digital data - lidar scanning and current databases of slope deformations. Landslide risk hotspots in the country and categorization of the density of occurrence of landslide phenomena will be defined using map algebra tools. Currently, such a map would represent a new map layer for selected parts of Slovakia with a multidisciplinary applicability (crisis management, protection of state property, landuse planning, insurance, government).