ADC ILLYOVÁ,M., MATEČNÝ,I. (2014):Ecological validity of river-floodplain system assessment by planktonic crustacean survey (Branchiata: Branchiopoda). Environmental Monitoring and Assessment (2014), Volume 186, No.7, p.4195-4208,, DOI10.1007/s1066-014-3690-0  IF2014: 1,679 Q1

ADC BERACKO,P., MATEČNÝ,I.,KOŠEL.V (2016): Long-term changes in freshwater molluscan communities in the middle stretch of the Danube River (Slovakia) over a 23- year period. Fundamental and Applied Limnology, Vol. 187 Nr.4.,p.263-280. IF2016: 1,17 http://dx.doi.org/10.1127/fal/2016/0824

ADC GÁBOR,M.,BERACKO,P.,FALŤAN,V.,MATEČNÝ,I.,KARLÍK,L.,PETROVIČ,M., VALLO,D., MACHAR,I. (2019): Drivers of the distribution of ecological species group in temperate decidous managed forests (case study from the Male Karpaty Mountains).Forests 2019, 10,9,798, doi: 10.3390/f10090798 IF:2,116 Q1

ADC ČEJKA.T.,BERACKO,P., MATEČNÝ,I. (2020): „"The impact of the Gabčikovo hydroelectric power barrier on the Danube floodplain environment – The results of long-term monitoring of land snail fauna", Environmental Monitoring and Assessment,192, Roč. 192, č. 1 (2020), s. [1-14], Art. No. 30 IF:1,959 Q2 

ADC ŠPORKA,F., KRNO, I., MATEČNÝ,I., BERACKO,P.,,KALININOVÁ, D. (2016): The floodplain index ,an effective tool for indicating landscape level hydrological changes in the Danube river inundationa area. Fundamental and Ap plied Limnology, Vol.188 Nr.4,  p. 265-278 IF2016: 1,17 http://dx.doi.org/10.1127/fal/2016/0915

ADC JENČO,M.,FULAJTÁR,E., BOBÁĽOVÁ,H.. , MATEČNÝ,I., SAKSA, M., KOŽUCH,M., GALLAY,M. , KAŇUK,J., PÍŠ,V.2 and ORŠULOVÁ,V. (2020) „Mapping Soil Degradation on Arable Land with Aerial Photography and Erosion Models, Case Study from Danube Lowland, Slovakia, 1, Remote Sensing 12,4047 IF:1,959 Q2 

ADC GÁBOR,M.,BERACKO,P.,FALŤAN,V.,MATEČNÝ,I.,KARLÍK,L.,PETROVIČ,M., VALLO,D., MACHAR,I. (2019): Drivers of the distribution of ecological species group in temperate decidous managed forests (case study from the Male Karpaty Mountains).Forests 2019, 10,9,798, doi: 10.3390/f10090798 IF:2,116 Q1

ADC ČEJKA.T.,BERACKO,P., MATEČNÝ,I. (2020): „"The impact of the Gabčikovo hydroelectric power barrier on the Danube floodplain environment – The results of long-term monitoring of land snail fauna", Environmental Monitoring and Assessment,192, Roč. 192, č. 1 (2020), s. [1-14], Art. No. 30 IF:1,959 Q2 

P1 FALŤAN,V., MATEČNÝ,I. (2023) : Aplikovaná geografia 1 (Applied geography1). Vysokoškolská učebnica (uiversity textbook), Bratislava, Univerzita Komenského, 144.s., Open access OA

ADC ILLYOVÁ,M., BERACKO,P., VRANOVSKÝ,M., MATEČNÝ,I., (2017): Long-term Changes in Copopeds Assemblages in the Area of the Danube Floodplain (Slovak-Hungarian Stretch). Limnologica (2017), Volume 65,22-33. https://doi.org./10.1016/limno.2017/0.50001  IF2017: 1,427

ADC ŠPORKA,F., KRNO, I., MATEČNÝ,I., BERACKO,P.,,KALININOVÁ, D. (2016): The floodplain index ,an effective tool for indicating landscape level hydrological changes in the Danube river inundationa area. Fundamental and Ap plied Limnology, Vol.188 Nr.4,  p. 265-278 IF2016: 1,17 http://dx.doi.org/10.1127/fal/2016/0915 citované / cited by: [01 2017 Funk,A., Trauner,D., Reckendorfer,W., Hein, T.:The Benhic Invertebrates Floodpalin Index – Extending the assessmnet approach. Ecological Indicators,79, ,303-309.

ADC ŠPORKA,F., KRNO, I., MATEČNÝ,I., BERACKO,P.,,KALININOVÁ, D. (2016): The floodplain index ,an effective tool for indicating landscape level hydrological changes in the Danube river inundationa area. Fundamental and Ap plied Limnology, Vol.188 Nr.4,  p. 265-278 IF2016: 1,17 http://dx.doi.org/10.1127/fal/2016/0915 citované / cited by: [01] 2019  Erős, T. - Kuehne, L. - Dolezsai, A. - Sommerwerk, N. - Wolter, C. - In: Ecological                 Indicators, Vol. 98, March, 2019 ; s. 453-461 ; SCOPUS

ADC JENČO.M., MATEČNÝ,I., PUTIŠKA , R., BURIAN, L., TANĆÁROVÁ, K., KUŠNIRÁK,D. (2018): Umbrisoils at Lower Altitudes, Case Study from Borská lowland (Slovakia). Open Geosciences, 10, p.121-136 IF2016: citované / cited by: [01] 2020 Zhang,Y., Xiao,C., Adeveye,O., Yang, W., Liang, C.: Tate, source and triggering mechanizm of iron and manganese pollutiom in groundwater of Changchun, Northeast China(Article), Environmental Monitoring and Assessment (2020), Volume 192, Isssiue 10, art.No. 619-

ADC BERACKO,P., MATEČNÝ,I.,KOŠEL.V (2016): Long-term changes in freshwater molluscan communities in the middle stretch of the Danube River (Slovakia) over a 23- year period. Fundamental and Applied Limnology, Vol. 187 Nr.4.,p.263-280. IF2016: 1,17 http://dx.doi.org/10.1127/fal/2016/0824 citované / cited by: [01]2017 Ndeo O.W., Hauffe, O., Delicado, D., Albrecht, K.: Mollusk communities of the central Congo River shaped by combined effects of barriers, environmental gradients, and species dispersal. Journal of limnology, May 2017, DOI:10.408/jlimnol.2017.1585

ADC ILLYOVÁ,M., MATEČNÝ,I. (2014): Ecological validity of river-floodplain system assessment by planktonic crustacean survey (Branchiata: Branchiopoda). Environmental Monitoring and Assessment (2014), Volume 186, No.7, p.4195-4208,, DOI10.1007/s1066-014-3690-0  IF2014: 1,679 Q1 citované / cited by: [01]2016 Bledzki.L.A., Rybak, J.I.: Characteristics of Orders, Families, and Genera with a List of European Species. In: Freshwater Crustacean Zooplankton of Europe. Cladocera and Copepoda (Calanoida, Cyclopoida) Key to species identification, with notes on ecology, distribution, methods and introduction to data analysis.Springer, pp.107-143.

Head of Project APVV-15-0597Use of geoecological data in the implementation of precision agriculture; 2016 – 2019; http://fns.uniba.sk/precfarmUsing methods of precision agriculture and precision viticulture aims to optimize the cost of agricultural production, along with minimizing the negative environmental impact on the environment - reducing chemicals, protection against erosion, increasing ecological stability. The project is oriented on geoecological methods for use in the implementation of precision agriculture in plant production and viticulture in the Slovak Republic. 

Head of Project VEGA 1/0555/20 Monitoring system of biota as a part of evaluation of environmental impactof Gabčíkovo Waterwork; 2020 – 2022; http://fns.uniba.sk/ismonitoringbioty .The aim of the project is to evaluate the existing data obtained, testing and implementation of geostatic methods and multifactor analysis, evaluation of bioindicators and diversity indices, as well as the creation of current maps of the area, and proposals for solutions to existing environmental problems.

Head of Project Monitoring of environmental impact of Gabčíkovo Waterwork on biota for Government Representative for Construction and Operation of Gabčíkovo-Nagymaros Waterworks; 1993 – 2020The aim of biota monitoring is to monitor and evaluate trends in its development since the impregnation period of the Gabčíkovo Waterworks, to record changes due to the operation of the waterworks and to propose the necessary measures for the protection of natural ecosystems.

Co-researcher of Project VEGA 1/0421/16Analysis of land cover changes in the context of environmental drivers; 2016 – 2018; http://fns.uniba.sk/analyzazmien  The aim is to evaluate the change in landscape cover in the Slovak Republic and the application of new methods of its evaluation.

ITMS2014: 313011V465 | Research and development of remote sensing methods for geospatial data collection in forest monitoring for enhancement of forest management and protection, 2019 - 2023; leader of the research team;The project aims to create long-term excellent research, development and innovation ecosystem in the area of acquisition and processing of geospatial data by the remote sensing methods at tha basis of active partnership among state, public and industrial R&D sector.; https://web.nlcsk.org/?page_id=35158