We help grow Australia's productivity through excellent science that provides a positive impact for Australia. These case studies show how we have applied our research to challenges, improving lives, creating wealth and ongoing benefits to society.
Keep up-to-date with our latest impact case studies, showing how we have applied our research to challenges, improving lives, creating wealth and ongoing benefits to society.
The ALA provides free online access to information about Australia biodiversity.
DICE is a specially adapted diesel engine that uses coal and carbon-based slurry as fuel. We have developed a range of fuels that maximise electricity generation and extend the life of the engine.
This project aims to strengthen preparedness for an emergency animal disease outbreak and facilitate an earlier return to trade for Australia following control of such a disease.
We convened the Future Grid Forum to develop and explore potential scenarios for Australia’s energy future and support the decision-making process around what comes next. The forum brought together more than 120 representatives of the electricity industry, government and community to inform and inspire a national conversation and provide a way forward for the sector.
Impromy™ is a health and weight management program including high protein meal replacements and recipes, available exclusively through selected pharmacies.
Providing Australian researchers subsidised access to state-of-the-art facilities for protein production, process development and optimisation.
Research to find new strategies that will reduce pest rabbit numbers and help maintain biocontrol in the future.
Enhancing gas production using cultured indigenous microbes which are active in coal seam gas reservoirs and produce secondary biogenic methane.
The CSIRO Total Wellbeing Diet online is a 12-week program that is a digital version of the original book.
The biological control of weeds with a focus on temperate and tropical weeds of natural, agricultural and rangeland ecosystems.
Collaboration with Textor technologies, a Melbourne-based SME that designs and manufactures highly specialised non-woven textiles that are engineered for specific purposes.
We've worked with industry to breed perfect prawns and competitive cotton, and with governments to develop sustainable fishing frameworks.
CSIRO research is preventing crop losses, improving grain quality and yields for Australian grain growers.
High Pressure Processing is a non - thermal technology that can produce high quality foods that maintain the freshness and nutritional attributes for an extended chilled shelf life, without compromising their microbiological safety.
CSIRO's robust research informs decision-making to realise the significant opportunities for the region's sustainable development.
The collaboration between Salmon Enterprises of Tasmania (SALTAS) and CSIRO has delivered significant economic gains.
CSIRO’s novel grape varieties and technical innovations achieving increased yield and quality.
Yield Prophet® decision support tool provides paddock-specific yield forecasts to optimise farmers’ investments.
To improve the sustainability and productivity of Australia’s prawn industry, we bred the ‘perfect prawn’ and developed a new plant-based prawn feed.
CSIRO research leads to replenished fish populations and improved economic performance of fisheries.
Australia has the highest cotton yields in the world, exporting $2.7 billion of cotton each year. We've contributed to this success through plant breeding and improvements in crop, pest and post-harvest management.
We're designing tools to support the National E-Health Strategy, breeding fibre-boosted barley, modelling hospital volumes to improve resource allocation, and combating diseases transmitted from animals, including developing the first Hendra vaccine.
A wholegrain developed by CSIRO has superior health benefits that can help combat cardiovascular disease, Type 2 diabetes and colorectal cancer.
A new, more sensitive blood test for post-surgical bowel cancer recurrence, developed by CSIRO scientists, has been launched in the US.
Our research works to secure our livestock from highly infectious disease outbreaks.
Multi-strategy approach to address the problem of obesity in Australia.
Research has led to biocontrol programs which have been extremely effective in reducing rabbit numbers.
The CSIRO Total Wellbeing Diet is a nutritionally balanced, scientifically proven eating plan that can help you feel less hungry and lose weight.
Biological control of weeds is a long-term solution that is most effective when part of an integrated weed management approach.
CSIRO tools connecting and improving electronic patient information across the health system.
Equivac® HeV–the first vaccine to protect Australian horse owners and the equine industry against the deadly Hendra virus.
Our unique biosecurity infrastructure and expertise works to minimise the impact of costly infectious disease outbreaks.
CSIRO software predicts demands on hospital emergency departments to enhance patient care and resource management.
We've worked with Defence to improve armour, our research underpinned the success of WLAN technology, and our partnerships with industry have resulted in more precise mineral exploration, safer mining techniques, smart technology to reduce energy consumption and innovative new designs for textiles.
The AuScope National Infrastructure Program is a partnership boosting successful mineral exploration. Our work for AuScope improved the availability and accessibility of comprehensive geoscientific data.
CSIRO research has helped Botanical Resources Australia (BRA) to maintain its position as the world’s leading supplier of pyrethrum oil for use as a natural insecticide.
Direct Injection Carbon Engine (DICE) is a specially adapted diesel engine that uses coal and carbon-based slurry as fuel. We have developed a range of fuels that maximise electricity generation and extend the life of the engine.
Developing and exploring potential scenarios for Australia’s energy future and supporting the decision-making process around next steps.
The Recombinant Protein Production Facility provides Australian researchers access to state-of-the-art facilities for protein production, process development and optimisation.
Enhancing gas production through stimulating in situ microbes and accelerating contemporary biogenic methanogenesis
Around 90 per cent of Australia’s underground coal production comes from longwall mining. We worked with the industry and equipment manufacturers to develop sensor technology to keep miners safer and improve productivity.
Heating and cooling office buildings is one of the biggest costs for business. We've developed technology to significantly reduce energy consumption, through intelligent control of heating, ventilation and air-conditioning.
A key to success for Australia’s manufacturing industry is differentiation through innovation. Textor Technologies partnered with us to develop a superior product that is now being supplied around the world.
At the heart of the most popular way to connect computers without wires is a CSIRO success story.
Our extensive water research has underpinned national modelling and planning, including a major plan for the Murray-Darling Basin, and our work in weather forecasting has led to improved planning and prevention for natural disasters.
The Atlas of Living Australia (ALA) provides free, online access to a vast repository of information about Australia's amazing biodiversity. It's a collaborative, digital and open infrastructure that pulls together biodiversity data from multiple sources, and focuses on making biodiversity information accessible and usable.
eReefs platform transforming our ability to manage and protect the Great Barrier Reef for the long term.
We're helping Australia to maximise the value derived from its water resources. Our research informs water planning, management and investment decisions.
CSIRO’s research is playing a crucial role in supporting decision making in Australia’s largest river basin.
Preparing and protecting people and infrastructure from severe weather.
We work towards sustainable groundwater resources management by extractive energy and mineral resources sectors. Our research leads to manageable environmental impacts and greater socio-economic benefits.
The Science and Industry Endowment Fund (SIEF) provides grants to science and scientists for the purposes of assisting Australian industry, furthering the interests of the Australian community and contributing to the achievement of Australian national objectives. SIEF, an independent body, has supported many CSIRO led projects with the following impact case studies forming part of an independent assessment conducted by ACIL Allen in 2016.
The Advanced Resource Characterisation Facility (ARCF) delivers high quality and accurate information to improve the understanding of mineral resources.
The Distal Footprints project provides Australia’s mineral explorers with the tools needed to discover the continent’s hidden mineral wealth.
Energy Waste Roadblock project identifies multiple commercial applications for captured energy waste.
EpiSCOPE project identifies early-life risk predictors for adult lifestyle diseases.
The Plant Breeding project aims to develop major food crop varieties which will enable the feeding of a global population of 9 billion.
CSIRO’s Reversible Addition Fragmentation chain Transfer (RAFT) technology enables the development of new and advanced materials.
The Synchrotron provides a state of the art facility which is accelerating our scientific research.