浊度峰值在Font de Dins Peñíscola:一个工具,以确定补给区域和运输周期。El Maestrazgo含水层(Castellón)

IF 0.2 Q4 GEOLOGY
José Antonio Domínguez Sánchez, Belén Sánchez-Rubio Ruiz
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引用次数: 0

摘要

El Maestrazgo是一个面积超过2400平方公里的岩溶含水层,占据了Castellón省的北半部。它的主要排放区在伊尔塔的沿海山区。该系统中最重要的泉水之一是Peñíscola的Font de Dins,其特点是其淡水通过优先循环渠道输送,而不与海水接触。在当地和区域范围内的强降雨事件发生后,这些水域通常的水化学几乎立即发生变化,并保持几天或几周的变化,能够呈现明显的浑浊阶段。这一事实是由于含水层不同部分的入渗水迅速涌入这种上涌,大大增加了其流量。本文分析了丰特德丁斯春季零星出现的浊度峰与该地区强雨或长雨的因果关系。一旦这种关系得到验证,一项时空研究允许将浊度用作天然示踪剂,并建立过境期、地下水流速和补给区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Turbidity peaks in the Font de Dins of Peñíscola: a tool to determine recharge areas and transit periods. Aquifer of El Maestrazgo (Castellón)
El Maestrazgo is a karstic aquifer of more than 2,400 km2 that occupies the northern half of the province of Castellón. Its main discharge area is in the coastal mountains of Irta. One of the most important springs in the system is the Font de Dins of Peñíscola, which is characterized by its fresh water channeled through preferential circulation channels without contact with sea water. After intense rainfall events, both on a local and regional scale, the usual hydrochemistry of these waters changes almost immediately and remains altered for days or weeks, being able to present stages of marked turbidity. This fact is due to the rapid influx to this upwelling of infiltrated waters in different sectors of the aquifer that significantly increase its flow. This article analyzes the cause-effect relationship of the turbidity peaks that sporadically occur in the Font de Dins spring with very intense or prolonged rains in the area. Once the relationship has been verified, a space-time study allows turbidity to be used as a natural tracer and to establish transit periods, groundwater flow velocities and recharge areas.
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来源期刊
CiteScore
0.70
自引率
0.00%
发文量
25
期刊介绍: The journal publishes papers on a wide range of research topics in the field of Earth Sciences. - Stratigraphy, sedimentology and palaeogeography - Historical and regional geology - Tectonics, structural geology and geophysics - Earthquate Geology and Paleosismology - Marine geology and oceanography - Geomorphology and physical geography - Hydrology, hydrogeology and water resources management - Pedology and soil sciences - Mineralogy, crystallography, metallography and mineral deposits - Petrology and geochemistry - Palaeontology - Geoscientific mapping and information systems - Environmental geology, Palaeoclimatoloy and Global Change - Planetary geology - Applied geology, geotechnics, geological and ground engineering - Mining prospecting and research, mineral resources management and underground works - Metallurgy, metallurgical engineering, materials science and technology - History and epistemology of earth sciences - Popular science, geological and mining heritage - Geological hazards - Economic aspects of earth sciences - Other related topics…
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