Territory Stories

Plant species and sites of botanical significance in the southern bioregions of the Northern Territory

Details:

Title

Plant species and sites of botanical significance in the southern bioregions of the Northern Territory

Other title

Matthew White ... [et al.]

Creator

White, Matthew; Albrecht, David; Duguid, Angus W.; Latz, Peter; Hamilton, Mary

Collection

E-Publications; PublicationNT; E-Books

Date

2000-12-00

Description

Made available via the Publications (Legal Deposit) Act 2004 (NT).; This report provides a benchmark for the conservation status of botanical values in the southern, predominantly arid part of the Northern Territory. It will have many and varied uses, providing information about conservation values to land holders and managers as well as government departments and conservation groups.

Table of contents

Volume 1 : Significant vascular plants -- Volume 2 : Significant sites

Language

English

Subject

Plants -- Northern Territory -- Alice Springs Region; Northern Territory -- Alice Springs Region

Publisher name

Arid Lands Environment Centre

Place of publication

Alice Springs (N.T.)

Format

2 v. : maps ; 30 cm.

File type

application/pdf.

ISBN

0724527842 (v. 1); 0724527850 (v. 2)

Copyright owner

Check within Publication or with content Publisher.

Parent handle

https://hdl.handle.net/10070/243744

Citation address

https://hdl.handle.net/10070/601270

Related items

https://hdl.handle.net/10070/601264; https://hdl.handle.net/10070/601266; https://hdl.handle.net/10070/601268

Page content

Volume 2 , Part 2, page 165 MacDonnell Ranges 7. MacDonnell Ranges Bioregion 7.1 OVERVIEW OF THE MACDONNELL RANGES BIOREGION The MacDonnell Ranges bioregion comprises an area of 38,600km2, all of which is located in the Northern Territory. It is predominantly a large geologically diverse upland comprising thick bands of east west oriented ranges. These ranges include the Heavitree, Chewings, Waterhouse, MacDonnell, Ooraminna, James, George Gill, Fergusson, Harts and Gardiner Ranges and associated outliers. Two large geological units are incorporated within the bioregion, the sedimentary rocks of the Amadeus Basin and the largely crystalline metamorphic rocks which characterise the Arunta Block. The ranges enclose several broad plains such as Missionary Plain in the western half of the bioregion and Paddys and Todd Plains in the east. Soils in areas of low relief range from earthy sands to deep loamy alluvium. Numerous spectacular gorges and valleys have been formed by faulting and denudation. The bioregion has a rich flora and supports a range of vegetation types, the most common being hummock grasslands (dominated by Triodia spp) and Acacia shrublands/woodlands (dominated principally by Acacia aneura and/or A.kempeana). The climate of the MacDonnell Ranges bioregion can be characterised as arid sub-tropical. However the presence of the ranges has an ameliorative effect especially in areas of low relief where run-off is concentrated and/or where the topography confers shelter from wind and sun. Frosts are common in winter at lower elevations. The botanical values of this bioregion are relatively well known and comparatively well documented. However, much of this work has focussed on conservation reserves and adjoining areas. Many areas have had little attention, of particular note are the western James Ranges and Missionary Plain. A total of 268 indigenous vascular plant taxa are currently considered to be of conservation significance in the MacDonnell Ranges bioregion. These taxa are listed in volume 1, appendix 3.


Aboriginal and Torres Strait Islander people are advised that this website may contain the names, voices and images of people who have died, as well as other culturally sensitive content. Please be aware that some collection items may use outdated phrases or words which reflect the attitude of the creator at the time, and are now considered offensive.

We use temporary cookies on this site to provide functionality.
By continuing to use this site without changing your settings, you consent to our use of cookies.