CSIRO projects around the world

CSIRO is building the Government of Afghanistan’s capacity to develop a national water information program.

Researchers from Bangladesh and Australia are working together with policy makers to understand the sustainable level of water use, particularly groundwater use, for irrigation in the northwest region of Bangladesh.

Our heliostat technology will be used for concentrating solar thermal (CST) electricity generation in China.

Cowpeas are an important food crop in Sub-Saharan Africa but yields are often reduced by more than 80 per cent due to pests and diseases. We are part of a global project to improve cowpea production in Africa and are making progress towards incorporating ‘built-in’ insect pest protection that could help to reduce food shortages in the region.

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This study presents a snapshot of the current state of the industry, its opportunities and challenges in the context of the global mega-trends that will affect it over the next 20 years, as well as concrete, evidence-based future scenarios, both positive and negative, to promote a constructive national dialogue about the future.

Our scientists, in collaboration with research partners, identified bats as the natural reservoir of Severe Acute Respiratory Syndrome (SARS)-like coronaviruses.

CSIRO conducts world-leading, award winning research into marine debris in Australia and beyond, on land and at sea, to help protect ecosystems and wildlife.

CSIRO Chile is working with the Chilean Government on an integrated management plan for the Copiapó river basin.

Kebari® barley is a grain we've developed that's ultra low in gluten. This means a wider variety of foods and beverages suitable for those that avoid gluten in their diet is just around the corner.

We're helping Cyprus meet its renewable energy targets with half an acre of our unique sun-tracking mirrors, or heliostats, in the sun-drenched Mediterranean.

If we can better understand plant resistance to pathogens like fungi and oomycetes, we can successfully introduce genes for resistance into crops like grapevines, which will increase productivity and quality, and simultaneously decrease our dependence on chemicals for disease control.

The Sustainable Development Investment Portfolio (SDIP) is an Australian government initiative aiming to improve water, food and energy security in the major Himalayan river basins of South Asia. It supports climate resilient livelihoods and economic growth, benefitting the poor and vulnerable, particularly women and girls.

We are working with Australian and international partner organisations on a project which aims to achieve socially inclusive and sustainable agricultural intensification in West Bengal and Bangladesh.

The UltraBattery has turned the conventional lead-acid battery — a 150 year-old energy-storage system — into a dynamic technology for storing electricity and powering vehicles.

Cost effective exploration and discovery of new mineral resources is being realised through advances and expertise in detection technologies, mineral systems, resource characterisation and data analysis.

Our solar technology is helping Japan reduce its emissions of carbon dioxide and giving a boost to the Australian car industry at the same time.

Nepal’s plentiful water resources require careful management to ensure equitable use across the many competing demands of water users.

Foot and Mouth Disease is a highly infectious viral disease affecting cloven hoofed animals. Australia is working with offshore collaborators such as the Netherlands to work on the live FMD virus.

The UltraBattery has turned the conventional lead-acid battery — a 150 year-old energy-storage system — into a dynamic technology for storing electricity and powering vehicles.

Building on a long history of working together, Australia and Pakistan are collaborating to implement Australian water resource management technologies and build local capacity in integrated water resources management and impact assessment.

CSIRO has signed an agreement with the European Space Agency to allow more sharing of scientific expertise and to give Australia better access to the space agency’s extensive Earth observation satellite fleet.

We're working with Australia's neighbouring countries in the Indian and Pacific oceans to develop more sustainable fisheries management and protect the region's biosecurity.

We work hand-in-hand with Traditional Owners and Indigenous entrepreneurs to support them to have the capacity, authority, tools and access to resources to drive the development of land and sea enterprises that align with their eco-cultural aspirations.

We work hand-in-hand with Traditional Owners and Indigenous entrepreneurs to support them to have the capacity, authority, tools and access to resources to drive the development of land and sea enterprises that align with their eco-cultural aspirations.

Novacq prawn feed, developed by CSIRO, is helping Australian prawn farmers grow bigger, healthier prawns sustainably, faster and cheaper.

To mark 40 years of collaboration with China, we built an interactive timeline to showcase the research collaborations, staff exchanges and new innovations of our partnership.

Our thin, flexible solar cells could offer an affordable solution to meeting the needs of increasing energy demands around the world.

We helped Medical Development International move into the European market by creating a new, scalable and reliable manufacturing process for their Penthrox 'green whistle' pain-relieving drug.

We are supporting not-for-profit global health organisation PATH in their rotavirus vaccine development project, benefiting communities globally.

The Australian Solar Thermal Research Institute (ASTRI) is an $87 million, eight-year international collaboration with research institutions, industry bodies and universities transforming Australia into a global leader in concentrating solar thermal power technologies.

We’ve developed new technology to deliver specialist eye care to Indigenous and older Australians living in rural and remote areas.

Our cost-effective topcoat technology is reducing environmental impact and improving worker safety in the aviation industry.