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Complex recharge mechanisms creating contradictory tracer signals in a large karst aquifer in northern Australia elucidated by a multi-tracer study

05/04/2022 by Thomas Brand

Complex recharge mechanisms creating contradictory tracer signals in a large karst aquifer in northern Australia elucidated by a multi-tracer study

 

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Publication Name: AEGC 2021

Authors: Axel Suckow, Alec Deslandes, Christoph Gerber, Cornelia Wilske, Sebastien Lamontagne, Yang Guo-Min, Jiang Wei

Date Published: September 2021

Number of Pages: 4

Abstract:

The up to 300m thick Cambrian Limestone Aquifer in northern Australia extends over different climatic zones from the dry savanna to the tropics and is karstified. This hydrologically challenging system was studied using multiple environmental tracer datasets obtained through collaboration across several projects and organisations. Although some of the findings are seemingly counterintuitive or even contradictory, they were reconciled into a congruent conceptual model of recharge processes,general flow direction and inter-aquifer connectivity.

Tags: AEGC

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