Szerző szerinti böngészés "Dobos, Endre"

Megjelenítve 1 - 3 (Összesen 3)
  • Nincs kép
    TételSzabadon hozzáférhető
    Flood model for the Bódva catchment
    (2015-06-08) Németh, Róbert; Dobos, Endre
    In term of floods the current area of Hungary has extensively been endangered. Modelling of flood processes – mainly following the hydrological events in the riverbed – has recently been developed. As far as protection dykes provide protection of the inhabited and agricultural areas, the flood models can run with acceptable preciseness. However, when dykes cannot withstand against the increasing load and a dyke burst occurs, fast and efficient protection measures shall be taken in the protected areas. The dynamic 4D Flood model presented in this paper makes possible a fast modelling of dyke burst occurring in the protected side and spreading of water mass, based on real parameters. For this reason the features of protected area shall be recognised, for example topology of creeks, features of agricultural and inhabited areas, parameters of roads, railways, rainwater drainage, buildings, natural conditions (soil parameters, meteorological characteristics, etc.). The results satisfy the comprehensive demands of the Directorate General for Disaster Prevention of Borsod-Abaúj-Zemplén County. In case of dyke burst, the completed Flood Model can run the expected events of the next hour in a few minutes. This time is enough for the specialists to bring operative decisions to protect the inhabitants and avoid material losses.
  • Nincs kép
    TételSzabadon hozzáférhető
    Floodresc - árvízi katasztrófahelyzetek kezelése a Hernád vízgyűjtőben
    (2019-12-12) Dobos, Endre; Vágó, János; Pecsmány, Péter; Blistan, Peter; Zelenáková , Martina; Ladányi, Richárd; Kiss, Levente
    The aim of the Floodresc project is to develop a GIS based decision support system that can help the defense and rescue operations of the Disaster Management Directorate during any floods in the Hernád River. In the project, a geospatial database covering the entire river basin, a modeling application for predicting the extent of flooded areas in time, and a logistics model supporting defense-related transportation tasks will be developed.
  • Nincs kép
    TételSzabadon hozzáférhető
    öntözéses gazdálkodásról szóló törvény a tájszemléletű vízgazdálkodás tükrében
    (2020-07-30) Szilágyi, János Ede; Dobos, Endre; Szűcs, Péter
    The present article relates to water governance, and within that a specific Hungarian problem, namely, the cumulative water-related damage occurring in the Great Plain (floods, droughts and inland water) and the ambiguous situation of environmental services. Due to the complexity of the problem, the solution itself can only be systematic and can therefore only be solved in the context of integrated and adaptive water management. In Hungarian, this water management is defined as landscape-oriented water management by a research group connected to the Hungarian Academy of Sciences. The possible implementation of landscape-oriented water management has recently emerged in connection with the development of agricultural irrigation. The novelty of this study is the assessment of the new Hungarian Act concerning the irrigation taking into account the different aspects of hydrology, pedology and jurisprudence.