Investigation and water management aspects of a Hungarian-Ukrainian transboundary aquifer

Szűcs, Péter; Virag, Margit; Zákányi, Balázs; Kompár, László; Szanto, J.

doi:10.1134/s0097807813040131

Cited by 4 publications

(4 citation statements)

References 6 publications

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“…There are significant number of water bases without decrees. 17 In the National Water Strategy (in the Jenő Kvassay Plan), the following statements have been drafted regarding the national water protection: (a) To secure operating drinking water bases is still unfinished, the maintenance of the system of safety and its financing is uncertain/unsatisfactory even for perspective drinking water bases; (b) The designation of the drinking water basins of the capital city and the metropolitan area, which are mainly river bank filtered systems, are in progress as they are typically located in a built-up area, and the issuance of decrees are slowed down by the legal requirements for river bank filtered systems.…”

Section: Problems With the Formation Of Protective Areas And Zonesmentioning

confidence: 99%

Groundwater – an invisible natural resource

Szűcs

Csaba²

2019

JAEL

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In Hungary, both the supply for drinking water, irrigation water and balneological water demand are satisfied mostly from groundwater. In our study, we present four areas where lawmakers will have to answer questions urgently in the future. The re-injection of thermal water used for energy purposes, the obligation to notify and authorize wells drilled into groundwater aquifers, and the growing need for irrigation water from the agricultural sector, as well as the regulations of cross-border water bodies, are all urgently need a solution to ensure sustainability. In this complex work, legislation can effectively help professionals to meet our goals.

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Section: Problems With the Formation Of Protective Areas And Zonesmentioning

confidence: 99%

Groundwater – an invisible natural resource

Szűcs

Csaba²

2019

JAEL

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“…Az is világosan látszik, hogy további igen komoly kutatás-fejlesztésre és innovációra van szükség ahhoz, hogy a geotermikus energia felhasználása jelentős mértékben növekedhessen akár hazánkban, akár globális léptékben. Számos hazai pályázat (Szűcs et al, 2013), szakmai tanulmány (Mádl-Szőnyi et al, 2015), valamint a felszín alatti vizek kutatásának európai léptékű vizsgálatával foglalkozó KINDRA H2020 projekt (URL1) eredményei is egyértelműen bizonyítják, hogy Európában az utóbbi évtizedben jelentősen fokozódik a kutatási tevékenység a geotermikus energia teljes spektrumát illetően (Fernandez et al, 2017). Ebben a hazai szakemberek széles körű nemzetközi elismertséget szereztek.…”

Section: A Geotermikus Energia Helye éS Szerepe Az Energiaellátásbanunclassified

Kihívások és új lehetőségek a geotermikus energia hasznosításának növelésében

Szűcs¹,

Madarász²,

Hartai³

et al. 2019

Ma.Tud.

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1 az MTA doktora, dékán, kutatócsoport-vezető, egyetemi tanár 2 PhD, intézetigazgató, egyetemi docens 3 PhD, címzetes egyetemi tanár 4 PhD, egyetemi adjunktus 5 PhD, egyetemi docens a Miskolci Egyetem Műszaki Földtudományi Kar, Miskolc b MTA-ME Műszaki Földtudományi Kutatócsoport, Miskolc hgszucs@uni-miskolc.hu ÖSSZEFOGLALÁS Magyarország geotermikus természeti adottságai köztudottan igen jónak tekinthetők. A tanulmány arra keres választ, hogy milyen irányok mentén növekedhet a hazai geotermikus energia felhasználása, milyen akadályozó tényezőket és kihívásokat szükséges megoldani kutatás-fejlesztés segítségével a potenciális beruházók részére annak érdekében, hogy új lehetőségek nyíljanak a geotermikus energia hasznosítására. ABSTRACTIt is a well-known fact that the geothermal energy potential is very high in Hungary. The main aim of this paper is to give potential directions where the geothermal energy utilization can be increased significantly in Hungary in the future. In addition, some natural and technical challenges are also outlined, which can be solved by intense research and innovation activity.

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“…The significance of these few case studies lies in their demonstration that modeling transboundary groundwater bodies offers valuable input for making informed decisions. An example of successful collaboration can be seen in the Hungarian and Ukrainian experts' project, where groundwater level simulations led to the abandonment of a planned gold-mining activity on the Ukrainian side [25].…”

Section: Introductionmentioning

confidence: 99%

Water Balance Calculation for a Transboundary Aquifer System between Estonia and Latvia

Hunt,

Marandi,

Retike

2023

Water

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Groundwater management in transboundary aquifers is complex due to the hidden nature of groundwater and its intricate interactions with surface water. The overarching issue lies in the need for improved tools and strategies to manage transboundary aquifers effectively, given their critical importance to regional water resources and ecosystems. In addressing these challenges, this study focuses on a specific transboundary aquifer system between Estonia and Latvia, situated within the sedimentary rocks of North-East Europe. Here, we propose a conceptual model approach as a valuable tool for comprehending the hydrogeological characteristics of transboundary aquifers and supporting more efficient management strategies. Utilizing open-source software MODFLOW-6, our developed conceptual model integrates the aquifer system’s geological and hydrogeological framework and simulates groundwater flow under transient conditions. Our findings highlight a profound hydrological connection between groundwater and surface water, particularly within the first 200 m of the aquifer. Despite varying cross-border groundwater flows, collaboration remains vital for sustainable transboundary aquifer management, aligning with international agreements such as the Water Convention and the EU Water Framework Directive, benefiting similar systems.

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Investigation and water management aspects of a Hungarian-Ukrainian transboundary aquifer

Cited by 4 publications

References 6 publications

Groundwater – an invisible natural resource

Groundwater – an invisible natural resource

Kihívások és új lehetőségek a geotermikus energia hasznosításának növelésében

Water Balance Calculation for a Transboundary Aquifer System between Estonia and Latvia

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