The Water Framework Directive: Can more information be extracted from groundwater data? A case study of Seewinkel, Burgenland, eastern Austria | Die Europäische Wasserrahmenrichtlinie: Kann man aus den Grundwassermessdaten mehr Informationen gewinnen? Eine Fallstudie im Seewinkel, Burgenland, Österreich La Directive Cadre sur l’Eau: peut-on extraire d’avantages d’informations des données sur l’eau souterraine? Cas de Seewinkel, Burgenland, Est de l’Autriche La Directiva Marco del Agua: Se puede extraer más información a partir de los datos de agua subterránea?. Un caso de estudio de Seewinkel, Burgenland, Austria oriental الاطار التوجيهي للمياه (WFD)يمكن استخراج مزيد من المعلومات من بيانات المياه الجوفية ؟ دراسة الحالة من سيوينكل، بورغنلاند ، شرق النمسا (Seewinkel, Burgenland, eastern Austria) 水框架指令:可以从地下水数据中提取更多的信息吗?奥地利东部布尔根兰州Seewinkel研究案例 The Water Framework Directive: Kan er meer informatie worden ontleend aan grondwater data? Een case study in Seewinkel, Burgenland, oost Oostenrijk A Víz Keretirányelv: Kinyerhető-e több információ a felszín alatti víz monitoring adatokból? Esettanulmány (Seewinkel, Burgenland, kelet Ausztria) La Direttiva Quadro sulle Acque: È possibile ricavare maggiori informazioni dai dati delle acque sotterranee? Studio su Seewinkel, Burgenland, Est Austria A Diretiva Quadro da Água: Poderá ser extraída mais informação dos dados sobre a água subterrânea? Um estudo de caso em Seewinkel, Burgenland, Áustria oriental Водно Структурная Директива: можно ли получить дополнительную информацию из данных о подземных водах? Пример из Сивенкеля (Бургенланд, Австрия) Rámcová smernica vody: Môžeme získať ďalšie informácie z dát monitorovaných podzemných vôd? Prípadová štúdia (Seewinkel, Burgenland, východné Rakúsko)
2014
Hatvani, István Gábor | Magyar, Norbert | Zessner, Matthias | Kovács, József | Blaschke, Alfred Paul
Water protection is one of the most important goals in environmental protection. The Clean Water Act in the USA and the Water Framework Directive (WFD) in Europe are the legal frameworks to facilitate the achievement of this goal. The question is raised of whether more information can be extracted from WFD-related groundwater data. To answer it, a methodology has been developed that is easy to use and could be implemented into official practice. A case study is presented in which the groundwater data of a sodic area in Austria (Seewinkel) is assessed. Eighteen parameters in groundwater sampled from 23 wells (1991–2011) were analyzed. With basic statistics, trend-, cluster-, Wilks’ λ and spatial sampling density analysis, local phosphorus and boron phenomena were described, along with the determining role of sulphate, groundwater flow, and the oxygen gradient in the area. As a final step, the spatial sampling density was determined. Regarding the current set of parameters, all the sampling sites are necessary and only in the case of certain parameters (Ca²⁺, Mg²⁺, K⁺, NO₃⁻, pH) could one sampling site be abandoned. The methodology applied brings a new perspective to exploring groundwater data collected according to the requirements of the WFD.
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