Page 6 – GISERA

Landscape in south east Queensland with some cows in the background

Issue 7, June 2017

The role of gas in providing affordable, secure and reliable electricity for Australians

Fugitive methane emissions

A fact sheet that sets out what the science tells us about methane emission sources from CSG wells, pipelines, compressors and other infrastructure associated with CSG production, and their importance in warming the earth’s climate.

Fugitive methane emissions – an update

This updated fugitive emissions fact sheet sets out what the science tells us about methane emission sources from CSG wells, pipelines, compressors and other infrastructure associated with CSG production, and their importance in warming the earth’s climate.

Characteristics of methane seeps

The Surat Basin is one of Australia’s largest coal seam gas regions. Over the coming years, production of gas will increase as Lique ed Natural Gas (LNG) facilities come online. This study will develop a better understanding and characterise methane sources across the region. It is important to distinguish between methane sources that occur naturally and those that are referred to as anthropogenic, or occur after some kind of human involvement.

Community attitudes towards CSG development: 2014 and 2016

Views towards CSG development in the Western Downs region differ within communities and also between communities. On average, views towards CSG development became slightly more negative in 2016.

Community Wellbeing in the Western Downs: 2014 and 2016

Even though some aspects of wellbeing decreased and others improved, overall community wellbeing remains similar and robust over two years of CSG development. The 2016 CSIRO Community Wellbeing and Responding to Change survey shows the biggest change in wellbeing from 2014 was the decrease in satisfaction in relation to jobs and employment opportunities, and the biggest improvements were in roads and the quality of the environment (e.g. dust and noise).

Groundwater flows in the Hutton Sandstone and Precipice Sandstone aquifers

CSIRO is undertaking a study to better understand groundwater flow in two Queensland aquifers which provide an important resource for domestic and stock water supply.

Methane seeps in the Condamine River fact sheet

CSIRO researchers with expertise in hydrogeology, geology, ecology and biogeochemistry have developed a Methane seeps in the Condamine River fact sheet […]

Methane seeps in the Condamine River

This fact sheet presents the current state of scientific knowledge on methane seeps in the Condamine River including natural and human causes, and the human and environmental health and safety impacts of methane escaping from underground. This fact sheet has been developed by CSIRO researchers with expertise in the hydrogeology, geology, ecology and biogeochemistry and from multiple sources to summarise what we currently know about these methane seeps.

Looking to the future – animation

An animation has been created to present a summary of research about the economic effects of the CSG industry during […]

Community wellbeing and adapting to coal seam gas

This communique highlights key findings from the 2016 CSIRO Community Wellbeing and Responding to Change survey, changes between 2016 and 2014, and implications for community, industry, and government stakeholders involved with Coal Seam Gas (CSG) development. Key messages describe lessons learned from investigating wellbeing over four years in this region – a period of rapid economic development associated with the construction phase of the industry ending with local economic slowdown post-construction.

Looking to the Future: Job forecasts for the Surat Basin 2014 to 2034

This communiqué presents a summary of research about the economic effects of the CSG industry during the operations phase. The findings draw on two sets of data. The first is economic forecasting of indirect employment that flow on to other sectors from the CSG industry. The second is a set of interviews with local stakeholders identifying lessons from the construction phase which can be useful to small businesses during the operations phase.

Soil Compaction

Soil compaction has long been considered an important issue for soils of the region and modern farming methods have been developed to minimise damage to these soils from farm machinery. However, it has not been clear what damage may result from the large numbers of vehicles used along CSG pipelines and access tracks and within lease areas.

coal seam gas well on grazing land with cows in background

Issue 6, December 2016

A busy and successful 2016 for GISERA

Contribute to our biodiversity project

What do we need to consider when developing translocation, offset or recovery programs for threatened or rare plant species?

Access tracks and soil erosion

Aerial photogrammetry is used to monitor and model the impact of access tracks on water ows and erosion.

Understanding the way farmers see their farm

Farmers and CSG workers may come from different backgrounds and this can influence communications between them. The CSIRO Shared Space project has shown that the aesthetics (visual aspects) of a farm is quite individualised and specific to the farmer, and potentially a cause for a lack of understanding from others.

GISERA Director briefing key stakeholders

Presentation to Narrabri Community Consultative Committee

The Narrabri Community Consultative Committee invited the GISERA Director to present at their November meeting.

Monitoring equipment in back of utility vehicle

Australia Institute “discussion paper”

CSIRO flatly rejects the implication by the Australia Institute in its “discussion paper” that research and researchers’ independence and integrity are compromised by industry funding. GISERA has established processes to ensure the independence, transparency and integrity of all research undertaken.

Live stream air quality data from coal seam gas regions

Data from the first comprehensive air quality measurement program in the Surat Basin is now available online for anyone to live-stream.

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