Potential adverse impacts on vulnerability and availability of groundwater from climate-change and land use

Mendieta-Mendoza, Aurora; Hanson, Randall T.; Rentería-Villalobos, Marusia

doi:10.1016/j.jhydrol.2021.125978

Cited by 15 publications

(3 citation statements)

References 42 publications

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“…Otra información importante para una adecuada gestión de acuíferos, como los relativos a la vulnerabilidad y disponibilidad de agua subterránea relacionados son limitados, de acuerdo con Mendieta- Mendoza et al (2021). Para el caso de México, dichos estudios son escasos y en Tamaulipas se carece de datos sobre la evaluación de la situación o la vulnerabilidad del agua subterránea en los acuíferos.…”

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“…FAO .. NPS, C~Í'Ul(Hr:,r,gl(ongj.~c:(0pens1rfftMa¡:,'eon1ríbutcn,•ndtheGISU\e,~ty conglomerado y el material aluvial predominan en el resto de la zona de estudio. Este último está presente en la zona urbana de Ciudad Victoria y de acuerdo con lo que reportan Mendieta-Mendoza et al (2021), las zonas donde se ubica el material aluvial se asocian con las áreas de mayor vulnerabilidad.…”

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Evaluación de la vulnerabilidad del acuífero Victoria – Güémez mediante el método DRASTIC

et al. 2023

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Los estudios sobre la situación del agua en los acuíferos son limitados y para el estado de Tamaulipas son escasos. Por esa razón, el objetivo de este trabajo fue evaluar la vulnerabilidad intrínseca del acuífero Victoria-Güémez, utilizando el método DRASTIC, además de emplear el modelador WaterYield de InVEST 3.7, que considera datos biofísicos del suelo y plantas, para estimar con mayor precisión el factor de recarga. Los resultados obtenidos permitieron identificar que la vulnerabilidad más alta del acuífero se presenta en y alrededor de las manchas urbanas de mayor superficie, mientras que la más baja se da en las zonas con alta profundidad del nivel freático y baja permeabilidad en la zona vadosa. Este estudio es el primer paso para generar una herramienta de gestión del agua subterránea en la que se establezcan las líneas de acción para administrar el agua del acuífero que se encuentra con déficit.

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Evaluación de la vulnerabilidad del acuífero Victoria – Güémez mediante el método DRASTIC

et al. 2023

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“…This situation led to major changes in the spatial and temporal distribution patterns of groundwater. The groundwater dynamics are affected not Springer only by natural factors, such as rainfall and runoff, but also by human activities, such as exploitation and urban expansion (Mendieta-Mendoza et al 2021). The influence of human factors on groundwater in the Xining area is becoming increasingly serious with the rapid development of social economy, thereby complicating the dynamic change of groundwater (Gao et al 2019).…”

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Spatiotemporal variation and periodic evolution characteristics of groundwater in the Xining area of China, eastern Qinghai–Tibet Plateau

Zhan

et al. 2021

Environ Earth Sci

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Groundwater, an important source of water, has profound effects on global human survival and production. The spatiotemporal characteristics of groundwater and the periodic variation law of different time scales must be analyzed to grasp the dynamic situation of groundwater and provide scientific guidance for the rational utilization and management of groundwater resources. In this study, the temporal and spatial variability and periodicity of groundwater level were studied in the Xining region of the eastern Qinghai-Tibet Plateau China using traditional statistical method, geographic information system and Morlet wavelet analysis.Results show that the groundwater dynamics in the study area are mainly controlled by three factors, namely, the amount of river water infiltration, discharge from the groundwater, and artificial exploitation. The aforementioned factors can be divided into three dynamic types according to their combination relationship: hydrological, hydrological exploitation, and runoff-discharge types. The groundwater depth showed a trend of first increasing, then stabilizing, and finally decreasing from 1980 to 2020. The analysis in spatial variability demonstrated that the groundwater depth in different periods has a great spatial difference, with a moderate spatial variation intensity. Moreover, the spatial correlation of groundwater in the abundant season is lower than that in the dry season, which is mainly caused by the strengthening of artificial exploitation. The groundwater depth in the Xining region presents a pattern of deep in the south and east and shallow in the north and west by Kriging interpolation of spherical model in geographic information system. Meanwhile, the inter-annual groundwater has continued to decline since the chronic overexploitation between the 1960s and 2000s, with a maximum cumulative depth of 15 m. Then, the amount extraction had been further reduced, and rainfall had significantly increased in recent years.Environmental Earth Sciences (2021) x:x Page 2 of 32 Springer Accordingly, the cone of depression has undergone an evolutionary process from an expansion period to a stable period to a shrinking period. Furthermore, the annual groundwater level of most monitoring wells in study area has the same multi-year scale time variation characteristics with an evident regular periodic variation on the 9-14a and 17-25a time scales by using Morlet wavelet transform analysis. The temporal sequence of groundwater from 1980 to 2020 has the first and second main periods of 12a and 21a. In accordance with the two time-scales, the groundwater level will continue to rise in the short term in the future, which provides a scientific theoretical basis for the long-term sustainable development of groundwater resources and government decision-making.

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Analysis of different combinations of meteorological parameters and well characteristics in predicting the groundwater chloride concentration with different empirical approaches: a case study in Gaza Strip, Palestine

Kassem

2023

Environ Earth Sci

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Potential adverse impacts on vulnerability and availability of groundwater from climate-change and land use

Cited by 15 publications

References 42 publications

Evaluación de la vulnerabilidad del acuífero Victoria – Güémez mediante el método DRASTIC

Evaluación de la vulnerabilidad del acuífero Victoria – Güémez mediante el método DRASTIC

Spatiotemporal variation and periodic evolution characteristics of groundwater in the Xining area of China, eastern Qinghai–Tibet Plateau

Analysis of different combinations of meteorological parameters and well characteristics in predicting the groundwater chloride concentration with different empirical approaches: a case study in Gaza Strip, Palestine

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