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Dr John Hutson
School of Chemistry, Physics & Earth Sciences
Position: Senior Lecturer in Hydrology
Contact details:
| Phone: |
+61-8-8201-2616 |
| Fax: |
+61-8-8201-2676 |
| E-mail: |
John.Hutson@flinders.edu.au |
| Postal: |
School of Chemistry,
Physics and Earth Sciences
Flinders University
GPO Box 2100
Adelaide 5001
Australia |
Location: Room: 305 Earth Sciences Building
Map reference: 55 (Earth Sciences)
Nearest car park: 9, 15
Key responsibilities:
Topic Coordinator for: -
- CPES3023/8023/WARM8423 Earth Sciences Field Camp 1
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- CPES3152/8252/WARM8452 Hydrochemistry
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- CPES7030 Professional Practice in Hydrology
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- CPES7106/8112/WARM8412 Topics in Hydrology
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- ENVR2100 Environmental Science 2
Teaching
- CPES3023 Earth Sciences field Camp 1
- CPES3131 Surface water Hydrology
- CPES3151 Groundwater & Soil Hydrology
- CPES7030 Professional Practice in Hydrology
- CPES7106 Adv. Topics in Hydrology A
- EASC1101 Earth & Environment 1
- ENVR2100 Environmental Science 2
- SERC1012 Introduction to Research
- WARM8450 Global Water Systems 1 - Natural Water
Professional Experience
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- 1997- Senior Lecturer, School
of Chemistry, Physics and Earth Sciences, Flinders University
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- 1987-1996: Senior Research Associate, Department
of Soil, Crop and Atmospheric Sciences, Cornell University,
Ithaca, New York.
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- 1985-1986: Senior Lecturer, Department
of Agronomy, University of Natal, South Africa.
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- 1972-1985: Institute
for Soil, Climate and Water, (formerly Soil and Irrigation
Research Institute), South Africa.
Research
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- Use of recycled water for irrigation
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- Nutrient cycling on dairy farms
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- Vadose zone modelling
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- Soil Physics program
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- Leaching Estimation and Chemistry Model
Recent Publications
See Publication List
Research Interests
The quantification of soil behaviour, particularly
the prediction of water and solute movement and the fate of
agricultural chemicals and fertilisers. Interpretation and inference
of soil properties from basic soil data collected during soil
survey. Creation, adaptation and testing of computer simulation
models for predicting chemical fate in soils, e.g. pesticides,
nitrogen species and, in irrigated soils, inorganic ions which
may lead to salinity problems. Soil-plant-water relationships,
the effects of irrigation on soil and water quality, and the
characterisation of the physical properties of soils for soil
and land classification purposes. Combining simulation models
and GIS.
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