Žarnovičan, H., Šerá, B., Gábor, M., Hodálová, I., Hegedüšová, K. 2024: Plants along roads in Slovakia: current spread of Amorpha fruticosa L. around motorways and expressways. BioInvasions Records 13(4): 855–870. https://doi.org/10.3391/bir.2024.13.4.02

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Šerá, B., Žarnovičan, H., Hodálová, I. 2022: Plants along roads in Slovakia: a review of Atriplex tatarica L. Biologia, 78, 1355–1362. https://doi.org/10.1007/s11756-022-01188-3

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Hegedüšová K., Žarnovičan H., Kanka R., Šuvada R., Kollár J., Galvánek D. & Roleček J. 2021: Thermophilous oak forests in Slovakia: clasification of vegetation and an expert system. Preslia, 93: 89–123. DOI: 10.23855/preslia.2021.089 /

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Žarnovičan, H., Kollár, J., Falťan, V., Petrovič, F., Gábor, M. 2021: Management and Land Cover Changes in the Western Carpathian Traditional Orchard Landscape in the Period after 1948. Agronomy, 11: 366. DOI: 10.3390/agronomy11020366 /

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Žarnovičan, H., Kanka, R., Kollár, J. Sivecká, A., Tichá, A., Fašungová, S., Kršiaková, D. 2020: Traditional orchard management in the Western Carpathians (Slovakia): evolution between 1955 and 2015. Biologia, 75: 535 – 546. https://doi.org/10.2478/s11756-020-00434-w

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Žarnovičan, H., Kollár, J., Škodová, I. 2017: Grassland communities of traditional orchards in the Western Carpathians (Slovakia). Acta Societatis Botanicorum Poloniae, 86(1): 3552. DOI: 10.5586/asbp.3552 /

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Žarnovičan, H., Šerá, B., Gábor, M., Hodálová, I., Hegedüšová, K. 2024: Plants along roads in Slovakia: current spread of Amorpha fruticosa L. around motorways and expressways. BioInvasions Records 13(4): 855–870. https://doi.org/10.3391/bir.2024.13.4.02

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Šerá, B., Žarnovičan, H., Hodálová, I., Litavský, J. 2024: Reproductive capacity and seed germination after various storage of the invasive alien plant Amorpha fruticosa L. - a case study from Bratislava. Biologia, 79(1): 1 – 9. https://doi.org/10.1007/s11756-023-01549-6

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Šerá, B., Žarnovičan, H., Hodálová, I. 2022: Plants along roads in Slovakia: a review of Atriplex tatarica L. Biologia, 78, 1355–1362. https://doi.org/10.1007/s11756-022-01188-3

https://www.webofscience.com/wos/woscc/full-record/WOS:000837490700001

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Hegedüšová K., Žarnovičan H., Kanka R., Šuvada R., Kollár J., Galvánek D. & Roleček J. 2021: Thermophilous oak forests in Slovakia: clasification of vegetation and an expert system. Preslia, 93: 89–123. DOI: 10.23855/preslia.2021.089 /

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Žarnovičan, H., Kollár, J., Falťan, V., Petrovič, F., Gábor, M. 2021: Management and Land Cover Changes in the Western Carpathian Traditional Orchard Landscape in the Period after 1948. Agronomy, 11: 366. DOI: 10.3390/agronomy11020366 /

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Dlapa, P., Hriník, D., Hrabovský A., Šimkovic, I., Žarnovičan, H., Sekucia, F., Kollár, J. 2020: The Impact of Land‐Use on the Hierarchical Pore Size Distribution and Water Retention Properties in Loamy Soils. Water, 12, 339. DOI: 10.3390/w12020339 /

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Žarnovičan, H., Kanka, R., Kollár, J. Sivecká, A., Tichá, A., Fašungová, S., Kršiaková, D. 2020: Traditional orchard management in the Western Carpathians (Slovakia): evolution between 1955 and 2015. Biologia, 75, 535–546. DOI: 10.2478/s11756-020-00434-w /

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https://www.webofscience.com/wos/woscc/full-record/WOS:000515905300001

Výstup / Pubication:

Žarnovičan, H., Kollár, J., Škodová, I. 2017: Grassland communities of traditional orchards in the Western Carpathians (Slovakia). In: Acta Societatis Botanicorum Poloniae, 86/1: 3552. Published: June 30 2017 DOI: 10.5586/asbp.3552

Ohlas / Citation:

Baránková, Z., Lieskovský, J., Špulerová, J. 2024: Tracing the fate of hay meadows with haylofts in Slovakia: A geographical perspective. Moravian geographical reports 32(3): 176–186. DOI10.2478/mgr-2024-0015 Published September 2024 (IF = 1,8 2023, Geography Q2)

Sattler, C., Schrader, J., Hüttner, M.L., Henle, K. 2024: Effects of management, habitat and landscape characteristics on biodiversity of orchard meadows in Central Europe: A brief review. Nature conservation 55: 103–134. DOI10.3897/natureconservation.55.108688 Published March 2024 (IF = 2,1 2023, Biodiversity conservation Q2)

Kajtoch, Ł. 2023: Loss of Traditional Orchards and Its Impact on the Occurrence of Threatened Tree-Dwelling Bird Species. Agriculture 13(12): 2267. DOI10.3390/agriculture13122267 Published December 2023 (IF = 3,3 2023, Agronomy Q1)

Špulerová, J., Izakovičová, Z., Vlachovičová, M.,Černecký, J. 2022: Natural or Semi-natural Landscape Features as Indicator of Biocultural Value: Observations from Slovakia. Human ecology 50(3): 531–543. DOI10.1007/s10745-022-00316-6 Published Jun 2022 (IF = 2,0 2022, Environmental studies Q4)

Centeri, C., Saláta, D., Szilágyi, A., et al. 2021: Selected Good Practices in the Hungarian Agricultural Heritage. Sustainability 13(12): 6676. DOI10.3390/su13126676 Published Jun 2021 (IF = 3,9 2021, Green & sustainable science & technology Q3)

Výstup / Pubication:

Hegedüšová K., Žarnovičan H., Kanka R., Šuvada R., Kollár J., Galvánek D., Roleček J. 2021: Thermophilous oak forests in Slovakia: clasification of vegetation and an expert system. In: Preslia, 93: 89–123. Published: May 2021 DOI: 10.23855/preslia.2021.089

Ohlas / Citation:

Csölleová, L., Kotrík, M., Kupček, D., Knopp, V., Máliš, F. 2024: Post-harvest recovery of microclimate buffering and associated temporary xerophilization of vegetation in sub-continental oak forests. Forest ecology and management 572: 122238. DOI10.1016/j.foreco.2024.122238 Published November 2024 (IF = 3,7 2023, Forestry: Q1)

Kunca, V., Holec, J., Olah, B., Zehnálek, P., Kučera, T. 2024: Pogonoloma macrorhizum (Basidiomycota, Agaricales) in Slovak landscape: a distinct fungus of Quercus cerris stands transitional in space and time. Biologia 79(10): 2977–2991. DOI10.1007/s11756-024-01749-8 Published October 2024 (IF = 1,4 2023, Biology: Q3)

Kotrík, M., Bazány, M., Čiliak, M. et al. 2023: Half a century of herb layer changes in Quercus-dominated forests of the Western Carpathians. Forest ecology and management 544: 121151. DOI10.1016/j.foreco.2023.121151 Published September 2023 (IF = 3,7 2023, Forestry: Q1)

Putra, A.B.N.R., Suhartadi, S., Kiong, T.T., Rahmawati, A.D. 2023: Synchronisation Model of Campus-Industry Partnership Through Smart Expert System Hybrid Advisory for Industrial Internship Students and Teaching Assistance in the Era of Independent Learning. Journal of technical education and training 15(3): 142–153. DOI10.30880/jtet.2023.15.03.013 Published 2023 (IF = 0,8 2023, Education & educational research: Q3)

Swierkosz, K., Reczynska, K. 2022: Differentiation of natural scrub communities of the Cotoneastro-Amelanchieretum group in Central Europe. PLOS ONE 17(4): e0266868. DOI10.1371/journal.pone.0266868. Published 2023 (IF = 3,7 2022, Multidisciplinary sciences: Q2)

Výstup / Pubication:

Žarnovičan, H., Kollár, J., Falťan, V., Petrovič, F., Gábor, M. 2021: Management and land cover changes in the Western Carpathian traditional orchard landscape in the period after 1948. Agronomy, 11, 366. https://doi.org/10.3390/agronomy11020366

Ohlas / Citation:

Sattler, C., Schrader, J., Hüttner, M.L., Henle, K. 2024: Effects of management, habitat and landscape characteristics on biodiversity of orchard meadows in Central Europe: A brief review. Nature conservation-Bulgaria 55: 103–134. DOI10.3897/natureconservation.55.108688 Published March 2024 (IF = 2,1 2023, Biodiversity conservation Q2)

Blazy, R., Sikora, A., Sandu, I.G. et al. 2023: Functional and spatial transformations of educational units in the area of the Carpathian foothills. International journal of conservation science 14(2): 617–634. DOI10.36868/IJCS.2023.02.16 Published April-Jun 2023 (IF = 0,6 2023, ART Q1)

Li, T.T., Zhang, B.B., Du, A.Q. et al. 2023: Dynamic Monitoring of Nutrition Inputs and Fertility Evaluation during a Decade in the Main Peach-Producing Areas of Shandong Province, China. Plants 12(8): 1725. DOI10.3390/plants12081725 Published April 2023 (IF = 4 2023, Plant sciences Q1)

Palli, J., Baliva, M., Biondi, F. et al. 2023: The Longevity of Fruit Trees in Basilicata (Southern Italy): Implications for Agricultural Biodiversity Conservation. Land 12(3): 550. DOI10.3390/land12030550 Published March 2023 (IF = 3,2 2023, Environmental studies Q2)

Li, M.L., Zhang, Y.X., Miao, Ch., He, L.L., Chen, J.T. 2022: Centennial Change and Source-Sink Interaction Process of Traditional Agricultural Landscape: Case from Xin'an Traditional Cherry Cultivation System (1920-2020). Land 11(10): 1863. DOI10.3390/land11101863 Published October 2022 (IF = 3,9 2022, Environmental studies Q2)

Výstup / Pubication:

Dlapa, P., Hriník, D., Hrabovský A., Šimkovic, I., Žarnovičan, H., Sekucia, F., Kollár, J. 2020: The Impact of Land‐Use on the Hierarchical Pore Size Distribution and Water Retention Properties in Loamy Soils. In: Water, 12/2: 339. Published: January 24 2020 DOI: 10.3390/w12020339

Ohlas / Citation:

Jabro, J., Stevens, W., Iversen, W., Sainju, U., Allen, B., Dangi, S., Chen, C.C. 2024: Soil-Water Retention Curves and Pore-Size Distribution in a Clay Loam Under Different Tillage Systems. Land 13(12): 1987. DOI10.3390/land13121987. Published December 2024 (IF = 3,2 2023, Environmental studies Q2)

Clement, T., Bielders, C.L. Degré, A. 2024: How much do conservation cropping practices mitigate runoff and soil erosion under Western European conditions: A focus on conservation tillage, tied ridging and winter cover crops. Soil use and management 40(2): e13047. DOI10.1111/sum.13047 Published April 2024 (IF = 5 2023, Soil science Q1)

Skic, K., Adamczuk, A., Boguta, P., Gryta, A., Soltani, S.M., Ignatova, S., Jozefaciuk, G. 2023: New Insight into Organomineral Interactions in Soils. The Impact of Clay-Size Peat-Derived Organic Species on the Structure and the Strength of Soil Silt Aggregates. Agriculture 13(12): 2241. DOI10.3390/agriculture13122241 Published December 2023 (IF = 3,3 2023, Agronomy Q1)

de Souza, P.R.,de Lima, H.V., da Silva, G.B., Moura, A.D. 2023: Limiting Water Content for Compaction Induced by Mechanized Operations in the Soil with Oil Palm in the Eastern Amazon. Journal of soil science and plant nutrition 23(4): 6167–6182. DOI10.1007/s42729-023-01474-2 Published December 2023 (IF = 3,4 2023, Environmental sciences Q2)

Singh, S., Luthra, N., Mandal, S. et al. 2023: Distinct Behavior of Biochar Modulating Biogeochemistry of Salt-Affected and Acidic Soil: a Review. Journal of soil science and plant nutrition 23(3): 23(4): 2981–2997. DOI10.1007/s42729-023-01370-9 Published September 2023 (IF = 3,4 2023, Environmental sciences Q2)

Výstup / Pubication:

Žarnovičan, H., Kanka, R., Kollár, J. Sivecká, A., Tichá, A., Fašungová, S., Kršiaková, D. 2020: Traditional orchard management in the Western Carpathians (Slovakia): evolution between 1955 and 2015. Biologia, 75, 535–546. DOI: 10.2478/s11756-020-00434-w /

Ohlas / Citation:

Schönafinger, A., Vigl, L.E., Tasser, E. 2024: Spatiotemporal patterns and drivers of orchard meadow loss in South Tyrol, Italy. Scientific reports 14(1): 30812. DOI10.1038/s41598-024-81077-8 Published December 2024 (IF = 3,8 2023, Multidisciplinary sciences: Q1)

Sattler, C., Schrader, J., Hüttner, M.L., Henle, K. 2024: Effects of management, habitat and landscape characteristics on biodiversity of orchard meadows in Central Europe: A brief review. Nature conservation-Bulgaria 55: 103–134. DOI10.3897/natureconservation.55.108688 Published March 2024 (IF = 2,1 2023, Biodiversity conservation Q2)

Kajtoch, Ł. 2023: Loss of Traditional Orchards and Its Impact on the Occurrence of Threatened Tree-Dwelling Bird Species. Agriculture 13(12): 2267. DOI10.3390/agriculture13122267 Published December 2023 (IF = 3,3 2023, Agronomy Q1)

Li, T.T., Zhang, B.B., Du, A.Q. et al. 2023: Dynamic Monitoring of Nutrition Inputs and Fertility Evaluation during a Decade in the Main Peach-Producing Areas of Shandong Province, China. Plants 12(8): 1725. DOI10.3390/plants12081725 Published April 2023 (IF = 4 2023, Plant sciences Q1)

Jitariu, V., Ichim, P., Iosub, M. 2023: Spatial dynamics and changes in northeastern Romania's orchard landscape over the last century. Present environment and sustainable development 17(1): 183–201. DOI10.47743/pesd2023171013 Published 2023 (IF = 0,5 2023, Geography Q3)

From 2021 Deputy Project Manager LIFE IP NATURA 2000 SVK (LIFE19 IPE/SK/003)

The main objective of the LIFE Integrated Project Nature “Role of the Natura 2000 network and management of some prioritized habitats in the integrated landscape protection of the Slovak Republic” is implementation of the Prioritised Action Framework for Natura 2000 network in Slovakia 2021 – 2027, pursuant to Article 8 of the Habitats Directive 92/43/EEC. This goal shall enable to achieve the Target 1 of the EU Biodiversity Strategy and general objectives of the EU Habitats and BirdsDirectives. with respect to the contribution towards improving conservation status of some specific and prioritised species and habitat types and may include also broader actions in the field of green infrastructure that contribute to better coherence of Natura 2000 network in a broader and cross-border context.

Since 2023, deputy of the principal investigator for VEGA project No. 1/0255/23 titled "Road Network as a Linear Element for the Migration and Spreading of Organisms in the context of Ongoing Climate Change."

The project focuses on the impact of the road network and transport on the surrounding biota, with regard to

higher vascular plants and entomofauna. The project will contribute to the current knowledge of the biota of the road environment and will help to establish the scientific direction of road ecology in the consciousness of academic as well as public life.

Since 2023, a scientific co-worker of the research team for VEGA project No. 1/0217/23 titled "Modern Methods and Actual Data Sources in Detailed Research of the Landscape Spatial Structure."

The project's aim is to develop methods for detailed research of the landscape spatial structure, changes in land cover, and their application to selected areas of interest that are representative of both cultural and natural landscapes in Slovakia. The results achieved will contribute to the advancement of geographic research and refine knowledge about both the natural and cultural landscapes of Slovakia. Additionally, the project’s outputs will be applicable in the field of landscape management and conservation.

Since 2025 a scientific co-worker of the research team for project VV-MVP-24-0207 titled Biological Corridors and Arthropods Biodiversity in Agricultural Landscapes

Annotation

Biological corridors in agricultural landscapes offer multifaceted ecosystem services, enhance biodiversity, support agricultural productivity, improv the stability of biotopes, serve as refuges for various organisms, and contribute to environmental sustainability. Integrating these corridors into agricultural management practices fosters more resilient and sustainable agroecosystems. This project focuses on the study of biological corridors in intensively utilized agricultural landscapes, comparing the large-scale monoculture fields of southwestern Slovakia, which have a long-established system of biological corridors, with the small-scale diversified fields of northern Serbia, where the concept of ecological connectivity is less established. The main aim of this project is to study the relationship between the diversity and dynamics of selected bioindicatively significant groups of arthropods (harvestmen, spiders, mites, ground beetles, ants and thrips) in differently managed corridors and a wide range of autecological, synecological and environmental parameters. Considering that the agricultural landscape is heavily interwoven with linear elements (transport infrastructure), facilitating the spread of non-native species, the project will also assess the potential entry of these non-native species and their possible impacts on the diversity and stability of natural and agrarian ecosystems. The study of the behavioural and ecological aspects of competition between non-native and native species is therefore an integral part of the project. Based on these analyses, management measures will be proposed to preserve arthropod diversity in agrarian systems through the implementation of suitable biological corridors. The project will improve understanding of the importance of biological corridors in supporting arthropod diversity in agricultural landscapes and will provide new insights into targeted conservation and management practices for sustainable agroecosystems.