• <menu id="888u4"><menu id="888u4"></menu></menu>
  • Tritium and Noble Gases for Pollution Vulnerability Assessment of Shallow Aquifers

    Closed for proposals

    Project Type

    Coordinated Research Project

    Project Code

    F33029

    CRP

    2313

    Approved Date

    14 December 2022

    Status

    Active - Ongoing

    Start Date

    15 September 2023

    Expected End Date

    1 October 2027

    Participating Countries

    Argentina
    Australia
    Brazil
    Canada
    China
    Egypt
    Greece
    India
    Switzerland
    Tunisia
    United States of America
    Viet Nam

    Description

    Considering the widespread and increasing water quality deterioration of shallow aquifers?especially in agriculture and urban dominated areas, pollution vulnerability assessment is a pressing issue for many MS and addressed in SDG6. The relative residence times (and hence remediation timeframe) for dispersed non-point source pollutants in shallow aquifers are a result of differential transport mechanisms compared to the water molecule, especially in the unsaturated recharge zone. Estimation of time scales of contaminant introduction and its residence times in the unsaturated and saturated zones help water authorities adopting mitigation and remediation strategies, especially in the case of widespread non-point pollution. This CRP will apply integrated environmental water, gaseous and pollutant isotope tracers for the estimation of these contributions, leading to a better pollution vulnerability assessment and consequently implementation of mitigation strategies. Addressing these issues is directly related to SDG6 and the Subprogram 2.3.3

    Objectives

    The main focus of the CRP will be the assessment of the usefulness and relevance of the combined use of water and gaseous tracers in recharge and vulnerability studies is shallow aquifers systems. The use of such isotopes in hydrological modelling validation for groundwater vulnerability mapping purposes.

    Specific objectives

    Improve the integrated use of water and gaseous isotopes for residence time estimation in shallow aquifers.

    Assess the role and contribution of the unsaturated zone in pollution studies and improve the interpretation of hydrological processes in shallow aquifers

    Contribute to the development, calibration and application of numerical models for more accurate groundwater pollution risk mapping.

    Contact the project officer

    CAPTCHA
    This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.
    Image CAPTCHA

    Stay in touch

    Newsletter

    午夜爱爱爱爱爽爽爽视频网站