Isophreatic curves of groundwater wells in the upper zone of Cerro de Hula, Santa Ana, Francisco Morazán

Author:

Almendares-Rivera Kelly1ORCID,Peña-Paz Tania2ORCID

Affiliation:

1. Master's in Water Resources with a Focus on Hydrogeology/ Universidad Nacional Autónoma de Honduras/Tegucigalpa/Honduras. 2 Water Resources Unit, Honduran Institute of Earth Sciences (IHCIT in Spanish) / Universidad Nacional Autónoma de Honduras/Tegucigalpa/Honduras

2. Experimental and Innovation Center for Water Resources (CEIRH-IHCIT in Spanish), Master's in Water Resources Coordination - Universidad Nacional Autónoma de Honduras;

Abstract

The research is part of a master's research thesis, the aim of which is the generation of groundwater well curves in Cerro de Hula, located south of the capital of Honduras, which serves as a baseline to understand the movement of groundwater flow in the area preliminarily. To achieve this, groundwater level surveys were carried out in the field in April 2022 (dry season), which were analyzed, processed, and interpolated using the Kriging method in ArcGis software. The main findings show the survey of 21 groundwater extraction points, belonging to shallow and deep wells that supply around 2900 people in the area, and that the preliminary water movement according to the isophreatic curves corresponds to a radial flow, with curves ranging from 5 m deep of the water table remaining in the western part of the area (highest part), and moving downwards to the 100 m deep curves (eastern region). It is conclusive to mention that this is a preliminary tool for managing the area's underground water resources. Keywords: groundwater, water table, isophreatic curves, radial flow.

Publisher

Clinical Biotec

Reference80 articles.

1. 1. INE. Instituto Nacional de Estadistica Honduras . Obtenido de INE:

2. http://181.115.7.199/binhnd/RpWebEngine.exe/Portal?BASE=MUNDEP08&lang=ESP (2022).

3. 2. ICF. Geoportal del Sector Forestal de Honduras. Obtenido de

4. http://www.geoportal.icf.gob.hn/geoportal/main (2022).

5. 3. IHCIT-UNAH. Evaluación de los Recursos Hídricos en su Régimen Natural. Tegucigalpa. (2014).

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