Water Wednesday: Unconventional Gas seminar presentations now online.

WRC

The presentations from the Water Wednesday on June 18 are now online.

The seminar was presented by The Water Research Centre in conjunction with SA Branch of the Australian Water Association and showcased presentations from Professor Martin Kennedy, Mr Colin Cruickshank and Prof Craig Simmons.

Professor Martin Kennedy from the Environment gave a presentation entitled “Finding and Developing Unconventional Gas Sources and Minimising Impacts of Extraction.”

This and the other presentations by Mr Colin Cruickshank and Prof Craig Simmons as well as bios of the speakers can be found on the Environment Institute Event Page.

 

Water Wednesday: Unconventional Gas – where to from here?

WRCThe Water Research Centre in conjunction with SA Branch of the Australian Water Association would like to invite you to the next Water Wednesday entitled: Unconventional Gas- where to from here?  

The global demand for energy will drive the exploitation of numerous forms of fossil fuel. Australia is well placed to supply some of these resources including currently explored unconventional gas. Unconventional gas includes shale gas, shale oil, coalbed methane, tight oil and tight gas, all classified as ‘natural’ gas or derivatives.

The media has highlighted concerns surrounding the extraction of some of these unconventional gases, particularly with respect to impacts on water resources. Are the risks real or perceived and how is the industry moving to mitigate these risks?

This forum will explore past learnings, current knowledge and future options for the sustainable management of alternative energy sources while ensuring minimal impact on water resources.

Guest Speakers:

  • Finding and Developing Unconventional Gas Sources
    Professor Martin Kennedy is the director of the Sprigg Geobiology Centre at the University of Adelaide. His research centres on the mechanisms and influence of carbon burial on the biogeochemical cycles of earth and its implication for the biosphere. He has 15 years of experience with hydrocarbon producing shales that comprise a broad class of unconventional gas systems dating back to the beginning of the gas shale revolution in the USA as a senior research geologist at ExxonMobil and extending to his present lead of an ARC – Industry supported consortium focused on improved prediction of gas shale distribution. His recent work is exploring another aspect of the unconventional boom, the potential effects on greenhouse gas contribution of fugitive emissions of methane lost during drilling operations. This work brings data from new, highly sensitive trace gas measurement equipment to the unconventional debate, placing these operations in context with other sources of methane produced by industrial and agricultural activities. Before returning to Australia in 2010, Martin was Professor of Sedimentary Geochemistry at the University of California and director of the Graduate Program for Global and Environmental Change. He has published extensively on the carbon cycle, biospheric triggers for animal evolution, and geologic mechanisms influencing climate change. Martin will provide a general geologic background of unconventional reservoirs and how they differ from standard oil and gas plays, what potential resources exist in South Australia and trends in shale gas development in the USA, and discuss the potential effects of fugitive emissions on sustainable development
  • Finding Innovative Solutions for Viable Gas Extraction with Minimum Impact
    Colin Cruickshank has over 29 years oil and gas exploration and production industry experience in a variety of technical and leadership roles, including drilling and completions, facilities, business planning, project engineering, reservoir engineering, producing operations and development planning. His current role is General Manager Unconventional Resources and Exploration for Santos’ Eastern Australia Business Unit where he is responsible for the exploration and appraisal of Santos’ onshore assets in South Australia, Queensland and Northern Territory for both conventional and deep unconventional hydrocarbons including shale and tight gas.
  • Unconventional gas and groundwater: Challenges and Opportunities
    Professor Craig Simmons is Schultz Chair in the Environment at Flinders University and Director of the National Centre for Groundwater Research and Training (Australia). One of Australia’s foremost groundwater academics, Professor Simmons has been a significant contributor to global advances in the science of hydrogeology for many years and has published widely in areas including variable density groundwater flow, surface water – groundwater interaction, fractured rock hydrogeology, aquifer storage and recovery, and groundwater flow and solute transport modelling. He is a member of the Statutory Independent Expert Scientific Committee on Coal Seam Gas and Large Coal Mining Development. His work has been recognised by numerous national and international research and teaching awards including the Anton Hales Medal for outstanding research contributions to the Earth Sciences by the Australian Academy of Science. Professor Simmons has served as an Editor and Associate Editor for numerous major international journals including Hydrogeology Journal (Editor), Water Resources Research, Environmental Modeling and Assessment, Journal of Hydrology, Groundwater and Vadose Zone Journal.

When: Wednesday 18th June 2014, 5:30pm – 7:00pm

Where: The Braggs Lecture Theatre, North Terrace, University of Adelaide.

Registration Essential by 16th June.
Please be seated by 5:30 pm.
There will be an opportunity for networking afterwards.

Download the Water Wednesday June 18 Flyer.

Download the May 2014 Water Research Centre Newsletter.

 

Professor Graeme Dandy Wins AWA National Water Professional of the Year

dandy-graeme

Congratulations to Professor Graeme Dandy who has been awarded the Australian Water Association Water Professional of the Year for 2014.

The award recognises “individuals who have displayed a sustained passion and continued commitment to the water industry and who have demonstrated outstanding leadership and influence in the water sector”.

You can find out more about the awards on the Australian Water Association website.

Graeme recently presented his research at the DEWNR NRM Science Conference. Watch the presentation below.

From Birdsong Metrics to Ancient Arctic DNA: Selected Publications from the 1st Quarter, 2014

In the first quarter of 2014, researchers at The Environment Institute have published on a vast array of topics, from Ancient DNA in the Arctic, to birdsongs to  recommendations for improvements to guidelines such as the Ecological Footprint in order to better inform policy makers.

A selection of these publications is listed below.

1. Fifty thousand years of Arctic vegetation and megafaunal diet. Nature
Research into the type of vegetation present during the last 50 thousand years in the Arctic is presented. Rather than using fossilised pollen as the main source of data as has been the case for previous studies, this study used plant and nematode DNA from sites across the Arctic. This data brings into question the diet of megafauna such as the woolly mammoth.

2. Distribution and Diversity of Soil Microfauna from East Antarctica: Assessing the Link between Biotic and Abiotic Factors. PLOS ONE
An investigation into soil microfauna composition, abundance, and distribution in East Antarctica. The study found that where a population exists is likely to be determined by soil geochemistry.

3. Higher Levels of Multiple Paternities Increase Seedling Survival in the Long-Lived Tree Eucalyptus gracilis. PLOS ONE
Data from populations of Eucalyptus gracilis (white mallee or yorrell) across the Murray-Darling Basin in southern Australia was collected in order to gain an understanding of how local environments affect seed quality.

4. Rapid deforestation threatens mid‐elevational endemic birds but climate change is most important at higher elevations. Biodiversity Research
The effect of deforestation and climate change on bird communities in Lore Lindu National Park, Sulawesi, Indonesia was investigated. The National Park is a globally important hotspot of avian endemism, and has lost almost 12% of its forest in the decade of 2000-2010.

5. Does the Shoe Fit? Real versus Imagined Ecological Footprints. PLOS BIOLOGY
This article seeks to demonstrate that “Ecological Footprint” measurements as currently constructed and presented misleading and cannot be used effectively in any serious science or policy context. Outlined are a set of principles that any ecological indicator should be based on in order to be scientifically sound and relevant for use in decision making.

6. Historical changes in mean trophic level of southern Australian fisheries. Marine and Freshwater Research
It is suggested that care in interpretation of mean trophic level (MTL) of catches should be taken because reductions do not necessarily reflect change in species high on the food chain by fishing pressure. They found that the change in MTL is mainly attributable to large catches of sardines.

7. Ecology Needs a Convention of Nomenclature. BioScience
A convention of ecological nomenclature as well as a transnational institution to manage it is proposed, in order to overcome the synonymy and polysemy across disciplines, which currently handicaps the progress of ecology.

8.Emerging Challenges for the Drinking Water Industry Environmental Science & Technology
Three principles that underpin alternative water source choices are introduced: Reliability, thresholds and future projections of water quality and quantity.

9. The evolution of lncRNA repertoires and expression patterns in tetrapods. Nature
The first large-scale evolutionary study of long noncoding RNA (lncRNA) repertoires and expression patterns in eleven tetrapod species is presented. About 400 highly conserved lncRNA’s (of more than 10 000 identified) probably originated an astonishing 300 million years ago at least.

10. Direct evidence for organic carbon preservation as clay-organic nanocomposites in a Devonian black shale; from deposition to diagenesis Earth and Planetary Science Letters
The temperature and oxygenation of the oceans are influenced by one of the most fundamental biogeochemical processes on Earth-the burial of organic carbon in marine sediments. This buried organic carbon also comprises the primary source of hydrocarbons. This paper presents research into the composition of Woodford Shale.

11. A guide to southern temperate seagrasses (Book, CSIRO Publishing)
A reference guide to the diverse seagrasses present in the ocean of the temperate parts of the southern hemisphere. Evolution, biology and ecology of the seagrasses is introduced. This book allows readers to rapidly identify a particular species, including those often confused with others.

12. A Potential Metric of the Attractiveness of Bird Song to Humans. Ethology
Bird species such as the common nightingale and European blackbird have songs that are known to have inspired classical music. Developing a metric for these songs might help identify birds that are present in international bird trade which could contribute to studies of invasion and conservation biology.

13. Genetics in conservation management: Revised recommendations for the 50/500 rules, Red List criteria and population viability analyses. Biological Conservation
A review of recent theoretical and empirical evidence concludes that the population rules for minimising inbreeding and for maintaining evolutionary potential in perpetuity need to be at least doubled and sections of the IUCN Red List criteria require revision, to be more effective conservation tools.

Professor Barbara Minsker ‘Sustainable and Resilient Urban Stormwater Management’ presentation now available.

Professor Barbara Minsker from the University of Illinois visited the University and gave a seminar entitled:

Sustainable and Resilient Urban Stormwater Management: Novel “Big Data” Approaches to Improving Human and Ecosystem Wellbeing‘.

View the presentation below.

Abstract: Over half of the world’s population currently lives in urban areas, a number predicted to grow to 60 percent by 2030. Urban areas face unprecedented and growing challenges from population growth; increased flooding, droughts, and severe storms from climate instability; food, water, and energy insecurity; poverty and health issues; and loss of biodiversity.

The increasing stream of data and information (“Big Data”) can support rapid advances on these challenges through informatics- and systems-based methods. This talk will discuss research that demonstrates this potential, focusing on urban stormwater challenges. Ongoing research to reduce combined sewer overflows (CSOs) using an interactive knowledge discovery dashboard and model predictive control algorithms will be highlighted first.

Many major cities are launching initiatives to address CSOs and associated water quality problems through wide-scale implementation of green stormwater infrastructure (GI), such as rain gardens, permeable pavements, green roofs, and urban wetlands. Current design practices focus solely on stormwater criteria for designing GI, but significant co-benefits to human and ecosystem health can be achieved through a more holistic approach.

The second portion of the talk will present a novel computational GI design framework that integrates stormwater management requirements with criteria for human and ecosystem health. The framework enables crowd-sourced, collaborative design using numerical and machine learning models coupled with a service-oriented cyberinfrastructure. The framework will be tested in Baltimore and Chicago and the findings extended to 3 other cities through a national working group funded by the Socio-Environmental Synthesis Center at the University of Maryland.

 

Prof Barbara Minsker. Source: University of Illinois

Prof Barbara Minsker. Source: University of Illinois

Biography: Barbara Minsker is Professor and Arthur and Virginia Nauman Faculty Scholar in the Department of Civil and Environmental Engineering at the University of Illinois Urbana-Champaign. Her research uses information technology to improve understanding and management of complex environmental systems, with a focus on water and sustainability. She served as a policy consultant to the Environmental Protection Agency from 1986-1990, and has been at the University of Illinois since 1996. Barbara will be visiting the School of Civil and Environmental Engineering next week.

 

Water Wednesday: Innovative water efficiency – next generation irrigation.

WRC

The Water Research Centre in conjunction with SA Branch of the Australian Water Association would like to invite you to the next Water Wednesday on Innovative water efficiency – next generation irrigation 

A cap on irrigation diversions in South Australia was introduced in 1978 and improved irrigation practices were launched in the South Australian Riverland in 1981, and the irrigation industry has continued to evolve efficiency options ever since. In the context of reducing availability of water and potential impacts of climate change, the next generation of irrigation management software will need to address the challenge of optimizing irrigation management to maximise net economic returns, while minimising extraction from stressed water sources.

An increasing range of analytical options is offered by software programs developed to assist with irrigation scheduling, ranging from simple irrigation scheduling programs to sophisticated irrigation planning and management programs. Smart scheduling and next generation monitoring systems are becoming part of everyday irrigation management. Better understanding of the factors affecting crop survival and production in the context of changing climatic conditions and water availability will be a vital input to sustainable irrigation management.

This forum will explore past learnings and future options to continue innovations in water efficiency and crop management into the next generation of irrigation technology and management.

  • Mr Andrew Johnson, Group Executive Director, PIRSA,  ‘Learnings in water efficiency from improved irrigation practices and survival in drought.’
  • Prof Steve Tyerman, ARC Professorial Fellow & Professor of Viticulture, Wine 2030 Research Network, University of Adelaide. ‘Understanding drivers for crop survival and maintaining production in changing climatic conditions.’
  • Mr Ben Haslett, Paringa, ‘Opportunities in next generation irrigation – the irrigator’s perspective on forward directions’.

When: Wednesday 9th April 2014, 5:30pm – 6:50pm
Where: Horace Lamb Lecture Theatre, North Terrace, University of Adelaide.

Register by 8th April and be seated by 5:30 pm. There will be an opportunity for networking afterwards.

Sustainable and resilient urban stormwater management seminar

The Water Research Centre invites you to the seminar of Professor Barbara Minsker from the University of Illinois.

Prof Barbara Minsker. Source: University of Illinois

Prof Barbara Minsker. Source: University of Illinois

Barbara Minsker is Professor and Arthur and Virginia Nauman Faculty Scholar in the Department of Civil and Environmental Engineering at the University of Illinois Urbana-Champaign. Her research uses information technology to improve understanding and management of complex environmental systems, with a focus on water and sustainability. She served as a policy consultant to the Environmental Protection Agency from 1986-1990, and has been at the University of Illinois since 1996. Barbara will be visiting the School of Civil and Environmental Engineering next week.

 

Prof Minsker’s seminar is entitled: ‘Sustainable and Resilient Urban Stormwater Management: Novel “Big Data” Approaches to Improving Human and Ecosystem Wellbeing’.

Abstract: Over half of the world’s population currently lives in urban areas, a number predicted to grow to 60 percent by 2030. Urban areas face unprecedented and growing challenges from population growth; increased flooding, droughts, and severe storms from climate instability; food, water, and energy insecurity; poverty and health issues; and loss of biodiversity.

The increasing stream of data and information (“Big Data”) can support rapid advances on these challenges through informatics- and systems-based methods. This talk will discuss research that demonstrates this potential, focusing on urban stormwater challenges. Ongoing research to reduce combined sewer overflows (CSOs) using an interactive knowledge discovery dashboard and model predictive control algorithms will be highlighted first.

Many major cities are launching initiatives to address CSOs and associated water quality problems through wide-scale implementation of green stormwater infrastructure (GI), such as rain gardens, permeable pavements, green roofs, and urban wetlands. Current design practices focus solely on stormwater criteria for designing GI, but significant co-benefits to human and ecosystem health can be achieved through a more holistic approach.

The second portion of the talk will present a novel computational GI design framework that integrates stormwater management requirements with criteria for human and ecosystem health. The framework enables crowd-sourced, collaborative design using numerical and machine learning models coupled with a service-oriented cyberinfrastructure. The framework will be tested in Baltimore and Chicago and the findings extended to 3 other cities through a national working group funded by the Socio-Environmental Synthesis Center at the University of Maryland.

When: Wednesday 19 March at 4 pm
Where: Ligertwood 333, Law Lecture Theatre.

Water treatment technologies seminar

Join the Water Research Centre and learn about some of the new and exciting technologies in Water Treatment being researched at the University.

Hear about the research of Assoc Prof Christian Doonan from the Centre for Advanced Nanomaterials and Assoc Prof David Lewis from Chemical Engineering.

When: Wednesday 12th March from 12.30 – 1.30pm
Where: Engineering North, level 1, Room N123b – Robert WF Tait Room.

Water Research Centre members honoured at AWA awards night.

Graeme Dandy receiving the Premier's Water Medal.

Graeme Dandy receiving the Premier’s Water Medal.

At the recent South Australia Australian Water Association Annual Awards, two members of the Water Research Centre were honoured with awards.

Graeme Dandy was awarded The Premier’s Water Medal for 2013. The award recognises an eminent individual for outstanding contribution to the South Australian water industry or management or conservation of water in the state.

This award is recognized as the highest honour an individual in the South Australian water industry could receive.

Justin Brookes and the WRC received the SA Research Innovation Award for his work on the impact of climate change on the ecology of algal blooms. This award recognises significant contribution to research projects in the water industry.

Congratulations to both Graeme and the Water Research Centre for this recognition of their achievements.

For more information on the awards and other finalists, click here. 

Water Wednesday Bryson Bates Podcast Available

Dr Bryson Bates

Dr Bryson Bates

It’s National Water Week, and to celebrate we’re releasing the latest Water Wednesday podcast. Dr Bryson Bates was a Theme Leader for CSIRO’s Climate Adaptation Flagship from 2008 to 2013, and is an Adjunct Professor at the Department of Civil, Environmental and mining at the University of Adelaide. 

He spoke at the Water Wednesday about climate change and flood risk.

Dr Bates, was the Director of CSIRO’s Climate Program from 2004 to 2006. He served as a Lead Author for the Second, Third and Fourth Assessment Reports of the Intergovernmental Panel on Climate Change (IPCC)  and a Convening Lead Author for the IPCC’s Technical Paper on WAter and Climate Change. Bryson has received a certificate of recognition for his contribution to the 2007 Nobel Peace Prize awarded jointly to the IPCC and Al Gore. Bryson is the Foundation Editor-in-Chief for the international journal Climate Risk Management and an Editor for the international journal  Climate Research. He is an invited member of several national and international committees. He was also a member of the Expert Advisory Board for the European Union’s WATer and global Change (WATCH) Project. His research interests include: hydroclimatic extremes; non-stationarity in hydroclimatic time series, downscaling numerical climate model simulations, and the effects of climate forcing on rivers.

Click here to download the podcast.

Presentation