Stable Environmental Isotopes - Bushara, Ageel
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Stable environmental isotopes are ideal tracers because they are constituents of the water molecule itself. Isotopes are crucial aspects for water quality and water management. Determining water residence time with a good accuracy for a hydrological process that is usually complex to model and predict is a challenging task. Through years, researchers and scientists have developed different approaches to accurately estimate water residence time. However, researchers are often hampered by data availability to test their models and to accurately determine water residence time. In this study, long…mehr

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Produktbeschreibung
Stable environmental isotopes are ideal tracers because they are constituents of the water molecule itself. Isotopes are crucial aspects for water quality and water management. Determining water residence time with a good accuracy for a hydrological process that is usually complex to model and predict is a challenging task. Through years, researchers and scientists have developed different approaches to accurately estimate water residence time. However, researchers are often hampered by data availability to test their models and to accurately determine water residence time. In this study, long dataset of stable environmental isotopes was used, and water residence time was determined using different approaches with varying degree of complexities. Suitability and limitation of each approach were addressed. Further, this study shows that environmental isotopes are useful tools in climate change studies.
Autorenporträt
Dr Ageel Bushara have MSc and PhD in hydrology from UNESCO-IHE and University of Trento,Italy, respectively.He was a research scholar at the University of Connecticut,USA.His work covers a broad range of areas,including hydrology,water resources and geophysics.His major interests include isotopes,soil moisture,remote sensing,and catchment modelling