Developing a playground as catchment area in effort to maintaining groundwater in Jaten village of Karanganyar district of Central Java, Indonesia

Legowo, Budi; Darsono,; Wahyuningsih, Daru

doi:10.1088/1742-6596/776/1/012122

Cited by 2 publications

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“…A resistivity method is a technique most commonly used for hydrogeological investigations. Groundwater investigations have been carried out using the resistivity method [4], [5], [6], [7], [8], [9], [10], [11], [12]. The resistivity method is used because of its ease of measurement in the field, and the ability to produce information about depths ranging from a few meters to hundreds of meters.…”

Section: Figure 1 Schematic Cross-sectional Illustrating Aquifer [3]mentioning

confidence: 99%

Detection of groundwater aquifers using geoelectrical resistivity method (case study : Plupuh Sub-district, Sragen District )

Darsono

Marzuki

Nuryani

et al. 2023

J. Phys.: Conf. Ser.

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An aquifer is a layer below the ground surface that contains groundwater. Inside the earth there are unconfined aquifers and confined aquifers, where unconfined aquifers are located near the surface while confined aquifers are located very deep beneath the earth. This study aims to find the location, depth, and thickness of aquifers that have the potential to contain large amounts of groundwater. The instrument used in this research is a resistivity meter OYO Model 2119C Mc OHM-EL, with a Schlumberger configuration with a current electrode length of AB/2 to 350 meters. Data acquisition were carried out in the Plupuh sub-district, Sragen district as many as 5 sounding points, and data processing using IP2win software. Based on the interpretation of resistivity geoelectrical data, it can be concluded that the area has the potential to have a lot of groundwater content, for unconfined aquifers at the TS1 sounding point with a depth of 7.7 meters to 19.2 meters with a thickness of 11.5 meters. and TS4 with a depth of 15.4 meters to 30 meters with a layer thickness of 14.6 meters. This aquifer layer is dominated by sand layer lithology, while the confined aquifer layer is located around TS1 and TS2. The two sounding points are located in the east and northeast of the research area. TS1 was detected at a depth of 39.9 meters to 110 meters with a layer thickness of 60.1 meters and TS2 was at a depth of 40.2 meters to 66.5 meters and 80.2 meters to 139.7 meters with a thickness of 84.8 meters. This aquifer layer is dominated by the gravel sand layer in TS1 and the sand layer in TS2.

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Section: Figure 1 Schematic Cross-sectional Illustrating Aquifer [3]mentioning

confidence: 99%

Detection of groundwater aquifers using geoelectrical resistivity method (case study : Plupuh Sub-district, Sragen District )

Darsono

Marzuki

Nuryani

et al. 2023

J. Phys.: Conf. Ser.

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La interrelación entre los espacios abiertos y los recursos hídricos urbanos: una revisión sistemática de la literatura

Torres,

Oliveira,

Oliveira

2023

Revista Vértices

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Com o rápido crescimento urbano, a expansão das cidades tem impactado significativamente a dimensão ambiental. Dentro das cidades, os espaços livres desempenham um papel multifuncional importante, sendo áreas não ocupadas por construções e com relevância social, política e cultural. O Sistema de Espaços Livres (SEL) envolve elementos e relações que estruturam esse conjunto de espaços livres, incluindo sua rede hídrica, e sua compreensão é essencial para o desenvolvimento e a qualidade de vida nas áreas urbanas. Esta pesquisa bibliográfica utilizou a Revisão Sistemática da Literatura para compreender o estado da arte de produções científicas que inter-relacionam os espaços livres públicos com os recursos hídricos. Foram selecionados artigos, dissertações e teses. A análise bibliométrica revelou que o tema é amplamente discutido em periódicos especializados e tem sido pesquisado em diversos países. Essa revisão sistemática contribuiu para delinear a relação entre espaços livres e recursos hídricos, destacando a importância de um planejamento urbano integrado que promova a conservação dos recursos naturais e a criação de um ambiente urbano sustentável.

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Developing a playground as catchment area in effort to maintaining groundwater in Jaten village of Karanganyar district of Central Java, Indonesia

Cited by 2 publications

References 0 publications

Detection of groundwater aquifers using geoelectrical resistivity method (case study : Plupuh Sub-district, Sragen District )

Detection of groundwater aquifers using geoelectrical resistivity method (case study : Plupuh Sub-district, Sragen District )

La interrelación entre los espacios abiertos y los recursos hídricos urbanos: una revisión sistemática de la literatura

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