Research projects of the Institute of Hydrology SAS

At present, following scientific projects are going on at the institute:

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Project ID: -

Type of project: DVOJSTRANNA ZMLUVA

MEMORANDUM O SPOLUPRÁCI

Project leader IH SAS: UH SAV

Co-workers: -

Co-ordinator: -

Duration: 2.9.2016 - 2.9.2030

Abstract: -

Project ID: 15/2021

Type of project: DVOJSTRANNA ZMLUVA

AGREEMENT ON THE IMPLEMENTATION OF JOIN RESEARCH - Impact of microplastics on soil properties and crop growth

Project leader IH SAS: ÚHSAV

Co-workers: -

Co-ordinator: -

Duration: 23.6.2021 - 23.6.2026

Abstract: -

Project ID: 14/2021

Type of project: DVOJSTRANNA ZMLUVA

Agreement on Joint Research - Research on surface and groundwater, its dynamics and climatic impacts on water resources

Dohoda o realizácii spoločného výskumu - Výskum povrchových a podzemných vôd, ich dynamiky a klimatických vplyvov na vodné zdroje

Project leader IH SAS: ÚHSAV

Co-workers: -

Co-ordinator: -

Duration: 22.6.2021 - 22.6.2026

Abstract: -

Project ID: 11/2021

Type of project: DVOJSTRANNA ZMLUVA

THE LETTER OF MUTUAL INTENT TO COOPERATE - Hydrophysical and physicochemical properties of soils amended by microplastics

Project leader IH SAS: ÚHSAV

Co-workers: -

Co-ordinator: RNDr. Andrej Tall, PhD.

Duration: 9.6.2021 - 9.6.2026

Abstract: -

Project ID: 7/2021

Type of project: DVOJSTRANNA ZMLUVA

AGREEMENT OF RESEARCH COOPERATION

Project leader IH SAS: ÚHSAV

Co-workers: Ing. Peter Šurda, PhD., Mgr. Peter Rončák, PhD., Mgr. Anton Zvala, PhD., Ing. Lenka Botyanszká, PhD., RNDr. Andrej Tall, PhD., Ing. Branislav Kandra, PhD.,

Co-ordinator: Ing. Justína Vitková, PhD.

Duration: 18.5.2021 - 18.5.2026

Abstract: -

Project ID: 53-300-2021

Type of project: DVOJSTRANNA ZMLUVA

Agreement on Joint Research - Research on surface and groundwater, its dynamics and climatic impacts

Dohoda o realizácii spoločného výskumu - Výskum povrchových a podzemných vôd, ich dynamiky a klimatických vplyvov

Project leader IH SAS: ÚHSAV

Co-workers: -

Co-ordinator: -

Duration: 10.5.2021 - 10.5.2026

Abstract: -

Project ID: 5/2021

Type of project: DVOJSTRANNA ZMLUVA

AGREEMENT ON THE IMPLEMENTATION OF JOIN RESEARCH - Research of water, their dynamics and climatic influences

Project leader IH SAS: ÚHSAV

Co-workers: -

Co-ordinator: -

Duration: 4.5.2021 - 4.5.2026

Abstract: -

Project ID: 6/2021

Type of project: DVOJSTRANNA ZMLUVA

Memorandum of understanding 2021-2025

Project leader IH SAS: ÚHSAV

Co-workers: Ing. Viliam Nagy, PhD., Ing. Peter Šurda PhD., Ing. Justína Vitková PhD., Mgr. Anton Zvala, PhD., Ing. Ľubomír Lichner, DrSc.

Co-ordinator: -

Duration: 7.5.2021 - 7.5.2025

Abstract: -

Project ID: -

Type of project: DVOJSTRANNA ZMLUVA

MEMORANDUM OF UNDERSTANDING

Project leader IH SAS: UH SAV

Co-workers: -

Co-ordinator: -

Duration: 1.10.2019 - 30.9.2024

Abstract: -

Project ID: -

Type of project: DVOJSTRANNA ZMLUVA

DOHODA O REALIZÁCII SPOLOČNÉHO VÝSKUMU

Project leader IH SAS: UH SAV

Co-workers: -

Co-ordinator: -

Duration: 1.10.2019 - 30.9.2024

Abstract: -

Project ID: 2/0140/24

Type of project: VEGA (Scientific Grant Agency of ME SR and SAS)

Optimization of adaptation measures for extreme torrential rainfall in urbanized catchments

Optimalizácia adaptačných opatrení na extrémne prívalové zrážky v urbanizovaných povodiach

Project leader IH SAS: Sokáč Marek, doc. Ing. PhD.

Co-workers: -Ing. Yvetta Velísková, PhD. ,MSc. Saeid Okhravi, PhD., Mgr. Marta Koczka Bara, PhD,Ing. Valentín Sočuvka, PhD.

Co-ordinator: UH SAV v.v.i.

Duration: 1.1.2024 - 31.12.2027

Abstract: The project is aimed at developing a methodology for an optimal and systemic approach in the implementation of adaptation measures for extreme - torrential rainfall in urban areas, which is currently absent in Slovakia. The content of the project is the modeling of the consequences of extreme torrential rainfall in the context of ongoing climate change for various scenarios of the implementation of adaptation measures (green/grey infrastructure). The results of modeling and the synthesis of the results of individual scenarios will be the basis for the development of a methodology for the effective implementation of adaptation measures in urban catchments with the aim of achieving the efficiency and effectiveness of the proposed measures, as well as with the aim of limiting the transport of pollution to recipients in accordance with the requirements of the upcoming amendment to EU Directive no. 91/271/EC.

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