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Exploring the physical and chemical parameters of soils which set primary conditions for life on Earth Soil Science – Soil Matrix Group SCHOOL OF EARTH AND ENVIRONMENT FACULTY OF SCIENCE

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Page 1: Faculty of Science School of Earth and Environmentsoil structure. 1cm Variations of clay, carbon and iron oxides with depth in a soil profile. Clay mineralogy analysis using x-ray

Exploring the physical and chemical parameters of soils which set primary conditions for life on Earth

Soil Science – Soil Matrix Group

school of earth and environment

faculty of science

Page 2: Faculty of Science School of Earth and Environmentsoil structure. 1cm Variations of clay, carbon and iron oxides with depth in a soil profile. Clay mineralogy analysis using x-ray

Soil matrix characterisation Ì mineralogical Ì chemical Ì physical

Physical and chemical properties of soils set primary conditions for life on Earth!

From microscale to macroscale ‘understanding the weathering story written in nature’

Australian soils have been developed and shaped over millions of years. Analyzing their development provides important information for future risks on soils.

UWA Soil Matrix Group investigates weathering processes over various time- and spatial scales.

Thin section analysis to describe soil structure.

1cm

Variations of clay, carbon and iron oxides with depth in a soil profile.

Clay mineralogy analysis using x-ray diffraction analysis.

NMR-analysis for soil carbon characterisation.

black carbon

Tran

sfor

mat

ion

of ro

cks

into

soi

ls

Mapping element distributions in soils using synchroton and electron microprobe techniques.

02 | see.uwa.edu.au

Page 3: Faculty of Science School of Earth and Environmentsoil structure. 1cm Variations of clay, carbon and iron oxides with depth in a soil profile. Clay mineralogy analysis using x-ray

Soil hydrology in natural, agricultural and mining contexts

Soil-geophysics and non-invasive subsoil information

UWA Soil Matrix Group uses on site and remote sensing methods to identify local hydrological conditions and continental-scale droughts.

UWA Soil Matrix Group uses non-invasive geophysical methods to portray the ‘invisible’ subsurface soils.

Preferential water flow on sandy soils – Albany, WA.

Remote sensing of soil moisture using the GRACE satellites.

3D-sedimentary pattern to determin preferential water flow, depth and direction of root growth.

4D-infiltration experiment during a rainfall event. Displayed are changes of electric resistivity over time.

Ground penetrating radar.

The University of Western Australia | 03

Page 4: Faculty of Science School of Earth and Environmentsoil structure. 1cm Variations of clay, carbon and iron oxides with depth in a soil profile. Clay mineralogy analysis using x-ray

UniPrint 107846CRICOS Provider Code: 00126G

Soil ScienceSchool of Earth and EnvironmentFaculty of ScienceThe University of Western AustraliaM087, 35 Stirling HighwayCrawley WA 6009, Australia

Asst/Prof Gavan McGrathTel: +61 8 6488 3735Email: [email protected]

Asst/Prof. Matthias LeopoldTel: +61 8 6488 2769Email: [email protected]

A/Prof. Andrew RateTel: +61 8 6488 2500Email: [email protected]

see.uwa.edu.au

Students discussing soil properties in the field.

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