Territory Stories

Alice Springs Town Basin: Groundwater level assessment

Details:

Title

Alice Springs Town Basin: Groundwater level assessment,

Creator

Short, M. A., Northern Territory, Department of Environment and Natural Resources,

Collection

E-Publications, E-Books, PublicationNT, 6/2019,

Date

2019-04,

Location

Alice Springs Town Basin,

Description

Groundwater levels recorded at many key monitoring bores within the Alice Springs Town Basin aquifer are (as of April 2019) at their lowest levels in recent history, and have declined below their previous low levels recorded during 2008-09 at many locations. The Alice Springs Water Allocation Plan (WAP) 2016-2026 (DLRM 2016) states that groundwater levels in the Todd River corridor of Alice Springs must not be permitted to decline below 8 m bgl (below ground level) to protect river red gum health. This situation last occurred in 2008-09 when Power and Water Corporation (PWC) ceased groundwater extraction from their “River sector” productions bores because groundwater levels fell below an elevation specified in their extraction licence. The purpose of this report is to present recent monitoring and survey data relevant to the most recent groundwater levels recorded in the Town Basin aquifer.,

Notes

Made available via the Publications (Legal Deposit) Act 2004 (NT).,

Table of contents

1 Purpose -- 2 Alice Springs Town Basin aquifer -- 3 Water levels -- 4 Todd River survey -- 5 Water level assessment -- 5.1 Todd River corridor -- 5.2 Groundwater level trends -- 6 Todd River flow events vs. recharge -- 7 Town Basin salinity -- 8 River red gums -- 9 Conclusions -- 10 Recommendations --11 References,

Language

English,

Subject

Groundwater -- Northern Territory -- Alice Springs, Alice Springs Town Basin, Groundwater assessment,

Publisher name

Department of Environment and Natural Resources,

Place of publication

Darwin,

Series

6/2019,

Format

26 pages : colour illustrations ; 30 cm.,

File type

application/pdf.,

ISBN

9781743501979,

Parent handle

https://hdl.handle.net/10070/307457,

Citation address

https://hdl.handle.net/10070/307457

Related items

https://hdl.handle.net/10070/344965,