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Similar to Annual review presentation_Rahnum_2200HRS10JUN2015_Final
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Annual review presentation_Rahnum_2200HRS10JUN2015_Final
- 1. Rahnum Tasnuva Nazmul Master of Philosophy Student in Geography Supervisor: Assoc. Professor Stuart Pearson Co. Supervisor: Professor Hans Riesen School of Physical, Environmental and Mathematical Sciences Spatial and temporal variation of water quality parameters in Jerrabomberra Wetlands, Australian Capital Territory
- 2. Outline Aim of Publications Research Progress M.Phil. Timeline M.Phil. Progress My Background Writing Progress Acknowledgement
- 3. Educational Qualifications • Graduated from Bangladesh University of Engineering and Technology in B.Sc. Civil Engineering • Major Courses are Environmental Engineering and Structural Engineering My Background
- 4. Courses: • CVEN 4501/9612- Catchment and Water Resources Modelling (Completed) • Postgraduate English Enhancement Course (PEEC) (Completed) • ZINT 9001- Postgraduate Research Preparation Course (Completed) • Learning ArcGIS Desktop – ESRI Virtual Campus (Ongoing) • ZPEM 8206 - Applications in Geographic Information Analysis (Ongoing) Research : The proposed M.Phil. research project aims to develop a representation and explanation of spatial and temporal variation of water quality parameters in a part of Jerrabomberra Wetlands, Australian Capital Territory M.Phil. Progress
- 5. Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun Jul CVEN4501/9612 ZINT9001 ZPEM8206 Literature Review Field Work And Laboratory sample testing Exisitingdatagathering Spatial mappingwith GIS Temporal Variation of Water quality parameters Comparative DataAnalysis NutrientBudgetCalculation Table of Content Introduction Literature Review Methodology Result Discussion Final Thesis writing Conference paper Journal paper 2014 2015 2016 Courses Research Writing Publications Research Activity M.Phil. Timeline
- 6. Jerrabomberra Wetlands Lake Burley Griffin Kingston- Mostly residential area Turf Farm Molonglo River Fyshwick – Industrial and Commercial area Jerrabomberra Creek
- 7. Key features of Jerrabomberra wetlands • Habitat of a wide range of native and migratory birds also to reptiles. • These migratory birds are the species which are listed under International agreements for conservation. • Listed in the directory of important wetlands in Australia. (ACT Govt., 2010) ACT Government. 2010. Jerrabomberra Wetlands Nature Reserve Plan of Management 2010. Department of Territory and Municipal Services, ACT Government. ACT Government. 2013. Jerrabomberra Wetlands Nature Reserve Report 2013. Department of Territory and Municipal Services, ACT Government. Water sources in the wetlands are • Rainwater 91.4% • External catchment discharge 8.5% • Groundwater 1% of the wetland water
- 8. • ‘Basin Priority Project’ has been launched by the ACT government with funding from Australian Government targeted to improve the water quality of Canberra’s lakes and water bodies. • This project considered six catchment areas as the representative of different land use pattern and catchment characteristics. • Fyshwick catchment has been considered as an exemplar of mixture of grazing pasture (56%) and intensive industrial and commercial land use(30%). • Earlier research concluded that Fyshwick has a very poor defined stormwater network and overland flow path in Central and North sub catchments. • These results an uncontrolled release of storm water runoff from north and central area. ACT Government. 2010. Jerrabomberra Wetlands Nature Reserve Plan of Management 2010. Department of Territory and Municipal Services, ACT Government. ACT Government. 2013. Jerrabomberra Wetlands Nature Reserve Report 2013. Department of Territory and Municipal Services, ACT Government. Basin Priority Project and Fyshwick
- 9. • Eight external sub catchments discharging into the reserve ACT Government. 2013. Jerrabomberra Wetlands Nature Reserve Report 2013. Department of Territory and Municipal Services, ACT Government. C2 D Jerrabomberra Creek F E C1 B A2 A1 Molonglo River Connection between Fyshwick and Jerrabomberra Wetlands
- 10. Storm water runoff from Fyshwick Jerrabomberra Wetlands Lake Burley Griffin • Receives the untreated runoff from Fyshwick • Purifies the water and release downstream • Acts as a major recreational area in ACT • Water intakes from Jerrabomberra wetlands Connection between Fyshwick and Jerrabomberra wetlands
- 11. • Studies have been conducted on the surface runoff quality of Fyshwick industrial area by AECOM. • The water quality of East Basin of Lake Burley Griffin is conducted regularly in summer. • However there is a significant deficiency of surface water quality data inside the wetlands. • Adequate surface water quality data is required to develop a clear understanding of the wetland performance in water purification. The proposed research project aims to develop a spatial and temporal variation of water quality parameters in a part of the wetlands in response to the surface runoff from the Fyshwick Catchment. Research Gap
- 12. To fill important water quality data gaps to enable specific water bodies in Jerrabomberra Wetlands to be described. To provide the Management Authority of Jerrabomberra Wetlands with spatial maps of water quality parameters. To plot the temporal variation of surface water quality for the study period and contribute to the surface water quality database of the Jerrabomberra wetlands. To do a comparison analysis with upstream and downstream historical water quality data. To calculate a nutrient budget for the study area. Research Aims and Objectives
- 13. Identifying the research gap (Meetings with Jerrabomberra Wetlands Management Authority) Study area Selection Parameter Selection Chemical Parameters 1. Dissolved Oxygen (DO) 2. Total Phosphorus (TP) 3. Nitrate (NO- 3) 4. Zinc (Zn) 5. Acidity or, Alkalinity (pH) Physical Parameters 1. Water temperature 2. Turbidity 3. Electrical Conductivity Research Methodology Preparing an Water quality dataset 1. To gather existing water quality data 2. In-situ water sampling and laboratory tests to develop dataset within the wetlands Spatial and temporal water quality variation in part of wetlands List of Locations: 1. Location ‘A’ 2. Location ‘B’ 3. Jerrabomberra Billabong 4. Jerrabomberra Creek 5. Location ‘C’ 6. Location ‘D’
- 14. Spatial Analysis Temporal Analysis Water quality dataset Graphical representation of water quality parameters with time Plotting water quality maps with a Geographic Information System(GIS) Nutrient Budget calculation for the study area Nutrient Budget calculation for the study area Comparative assessment of upstream and downstream water quality Comparing collected data with the existing upstream and downstream water quality data Research Methodology
- 15. Month Week 1 Week 2 Week 3 Week 4 January 17th/12/14 9th 21st 29th February 6th 13th 20th 26th March 6th 13th 20th 27th April 3rd 10th 17th 24th Study Period Research Progress 0.00 10.00 20.00 30.00 40.00 50.00 60.00 7/12/2014 27/12/2014 16/01/2015 5/02/2015 25/02/2015 17/03/2015 6/04/2015 26/04/2015 16/05/2015 Rainfall data during the study period Bureau of Meteorology, Australian Government
- 17. 40 60 80 100 17 Dec 2014 31 Dec 2014 14 Jan 2015 28 Jan 2015 11 Feb 2015 25 Feb 2015 11 Mar 2015 25 Mar 2015 8 Apr 2015 22 Apr 2015 ELECTRICALCONDUCTIVITY Electrical Conductivity Primary Results Temporal variation of water quality at study location ‘B’
- 18. 6 6.5 7 7.5 8 8.5 17 Dec 2014 31 Dec 2014 14 Jan 2015 28 Jan 2015 11 Feb 2015 25 Feb 201511 Mar 201525 Mar 2015 8 Apr 2015 22 Apr 2015 PH Acidity or, alkalinity variation Primary Results Temporal variation of water quality at study location ‘B’ Dry period Rainfall
- 19. 0 0.002 0.004 0.006 0.008 0.01 0.012 17 Dec 201431 Dec 201414 Jan 2015 28 Jan 2015 11 Feb 201525 Feb 201511 Mar 201525 Mar 2015 8 Apr 2015 22 Apr 2015 TOTALPHOSPHORUS Variation of Total Phosphorus Temporal variation of water quality at study location ‘B’ Primary Results Wet period
- 20. 0 1 2 3 4 5 6 7 8 9 10 17 Dec 2014 31 Dec 2014 14 Jan 2015 28 Jan 2015 11 Feb 2015 25 Feb 2015 11 Mar 201525 Mar 2015 8 Apr 2015 22 Apr 2015 DISSOLVEDOXYGEN DATE Variation of Dissolved Oxygen Primary Results Temporal variation of water quality at study location ‘B’ Dry period
- 21. Primary Results
- 22. Primary Results
- 23. Primary Results
- 24. Primary Results
- 25. Name Type Status World Wetlands Day, 2nd February 2015 Poster presentation Completed Institute of Australian Geographers Conference,2015 Conference Paper Abstract submitted 4th International Conference on Environment, Chemistry and Biology Conference paper Writing the paper 13th International Conference on Modelling, Monitoring and Management of Water Pollution Conference Paper Journal Paper Aim of Publications
- 26. Chapter For me For Supervisor Draft Peer review Table of Content Completed Introduction Ongoing Literature Review 25% Background Study 50% Methodology 25% Result 30% Discussion Conclusion Writing Progress
- 27. Acknowledgements I am thankful to my supervisor Associate Professor Stuart Pearson and my co-supervisor Professor Hans Reisen for their support and guidance in this project; Technical Officer Ms. Kate Badek for her cooperation and assistance in the field works and laboratory works and Jerrabomberra Wetlands Management Authority for its permission to carry out this research.
Editor's Notes
- Good afternoon everyone, I am Rahnum Tasnuva Nazmul, welcome to my presentation on Spatial and Temporal Variation of Water Quality Parameters in Jerrabomberra Wetland, Australian Capital Territory, my supervisor is Dr. Stuart Pearson and Co-supervisor is Dr. Hans Riesen
- This is the outline of my presentation. I would like to mention that there will be no specific section for literature review, relevant literature will be discussed where appropriate.
- I have completed my Bachelor of Science in Civil Engineering from Bangladesh University of Engineering and Technology. My major Courses are Environmental Engineering and Structural Engineering.
- Catchment and Water Resources Modelling course focused on an advanced knowledge in Water Resources Engineering Methodologies and Hydrology. Learning ArcGIS Desktop in ESRI virtual Campus. This course served as a prerequisite course for Applications in Geographic Information Analysis Application in Geographic Information Analysis focused on the customization of the applications of Geographic Information System in order to solve different types of geographical problems.
- The Jerrabomberra wetlands are located on the heart of the Australian Capital, Canberra. Its situated Eastern edge Lake Burley Griffin, surrounded by Turf farm on east, southern borders are surrounded by Fyshwick Industrial area and Kingston area. Jerrabomberra Creek has its entrance into the reserve through its South-Eastern corner while the Molonglo river has bypass the reserve through its Northern boundary. Finally the West of the reserve meets the Eastern edge of lake Burley Griffin.
- Being located in such an important geographical location in the centre of the city this Wetlands serves as a major habitat of a wide range of native and migratory birds to replies listed under international agreements. Because of its outstanding contribution in the ecosystem it has been listed in the directory of important wetlands in Australia. Along with its widespread contribution to the ecosystem it also plays an important role in maintaining the downstream water quality to the Lake Burley Griffin. An assessment study on the water sources pathway in Jerrabomberra wetlands conducted by Ian Lawrence found the water source of the wetlands to be dependent on the rainwater up to 91.4%, on external catchment up to 8.5% and on groundwater up to 1%.
- An study on Fyshwick and Jerrabomberra wetlands stormwater quality investigation conducted on 2013 by Batterley and Stone found the north sub catchment and Fyshwick central sub catchment having a very poor defined stormwater network and overland flow path which results in an uncontrolled release of stormwater runoff.
- Earlier discussion on water sources in JB wetlands, showed 8.5% of water in JBW comes from external sub catchment discharges. In total there are 8 sub catchments. They can be seen from the above picture. Among these 4 catchment brings water from Fyshwick area. JB creek also carries water from Fyshwick.
- As a receiving water body of storm water runoff it is very important to monitor the variation of water quality parameters in the wetlands there is a significant deficiency of surface water quality data inside the wetlands which is very important to develop a clear understanding of the wetland performance in water purification
- As a receiving water body of storm water runoff it is very important to monitor the variation of water quality parameters in the wetlands there is a significant deficiency of surface water quality data inside the wetlands which is very important to develop a clear understanding of the wetland performance in water purification
- 1.
- 2) (IAG), 3) (ICECB 2015)
- That’s all, thank you very much.