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Tasmania has a strong agricultural tradition and the sector is highly diversified. Activities fall into six main areas:
• mixed farming enterprises, incorporating broadacre cropping, wool and livesto...
Tasmania has a strong agricultural tradition and the sector is highly diversified. Activities fall into six main areas:
• mixed farming enterprises, incorporating broadacre cropping, wool and livestock production
• dairy
• fruit (including stone, pome fruit and berries) and vegetable production
• viticulture and hops
• pigs and poultry
• niche production such as seeds, honey, ginseng, olives, nuts, truffles, herbs, cut flowers, bulbs and essential oils
•
mixed farming enterprises, incorporating broadacre cropping, wool and livestock production
• dairy
• fruit (including stone, pome fruit and berries) and vegetable production
• viticulture and hops
• pigs and poultry
• niche production such as seeds, honey, ginseng, olives, nuts, truffles, herbs, cut flowers, bulbs and essential oils
Tasmania enjoys excellent growing conditions, affordable land, relative freedom from pests and diseases, abundant water resources and strong research and development capability. Tasmania also has a strong fishing and aquaculture industry, particularly in the area of salmonid aquaculture.
Tasmania’s food processing sector includes dairy products, meat, seafood (Atlantic salmon and ocean trout predominantly, but also abalone, mussels, oysters and scallops), potatoes and other vegetables, confectionery, beer and wine. There are many small producers of boutique beverages, preserves, olives and olive oils, small goods and baked goods. In particular, boutique cider and whisky from Tasmania is gaining attention in national and international markets.
• mixed farming enterprises, incorporating broadacre cropping, wool and livestock production
• dairy
• fruit (including stone, pome fruit and berries) and vegetable production
• viticulture and hops
• pigs and poultry
• niche production such as seeds, honey, ginseng, olives, nuts, truffles, herbs, cut flowers, bulbs and essential oils
•
mixed farming enterprises, incorporating broadacre cropping, wool and livestock production
• dairy
• fruit (including stone, pome fruit and berries) and vegetable production
• viticulture and hops
• pigs and poultry
• niche production such as seeds, honey, ginseng, olives, nuts, truffles, herbs, cut flowers, bulbs and essential oils
Tasmania enjoys excellent growing conditions, affordable land, relative freedom from pests and diseases, abundant water resources and strong research and development capability. Tasmania also has a strong fishing and aquaculture industry, particularly in the area of salmonid aquaculture.
Tasmania’s food processing sector includes dairy products, meat, seafood (Atlantic salmon and ocean trout predominantly, but also abalone, mussels, oysters and scallops), potatoes and other vegetables, confectionery, beer and wine. There are many small producers of boutique beverages, preserves, olives and olive oils, small goods and baked goods. In particular, boutique cider and whisky from Tasmania is gaining attention in national and international markets.
The Hydrogen Industry Cluster will drive crucial collaboration across the emerging hydrogen value chain, building the scale and capabilities of existing industry start-ups, scale-ups and SMEs and furt...
The Hydrogen Industry Cluster will drive crucial collaboration across the emerging hydrogen value chain, building the scale and capabilities of existing industry start-ups, scale-ups and SMEs and further leveraging and developing their technologies that will sustain a clean, innovative, competitive and safe hydrogen industry.
The Cluster will also connect cluster members with leading Australian research organisations, supporting the commercialisation of their IP in Australia, creating high value jobs, securing investment and ultimately supporting hydrogen exports driven by a world-leading hydrogen supply chain of technology solutions and services.
The announcement of the Hydrogen Industry Cluster and NERA’s role forms a key part of the National Hydrogen Strategy released by the Council for Australian Governments (COAG).
The National Hydrogen Strategy has been developed by Australian Governments to create the necessary social and regulatory framework that allows the hydrogen industry to expand, and sets out the foundations needed for Australian businesses to develop a vibrant hydrogen industry that benefits all Australians, while meeting safety and community standards. The aim of the strategy is to:
• build a clean, innovative and competitive hydrogen industry;
• position Australia’s hydrogen industry as a major global player by 2030; and
• coordinate the approach to projects that support hydrogen industry development.
The Cluster will also connect cluster members with leading Australian research organisations, supporting the commercialisation of their IP in Australia, creating high value jobs, securing investment and ultimately supporting hydrogen exports driven by a world-leading hydrogen supply chain of technology solutions and services.
The announcement of the Hydrogen Industry Cluster and NERA’s role forms a key part of the National Hydrogen Strategy released by the Council for Australian Governments (COAG).
The National Hydrogen Strategy has been developed by Australian Governments to create the necessary social and regulatory framework that allows the hydrogen industry to expand, and sets out the foundations needed for Australian businesses to develop a vibrant hydrogen industry that benefits all Australians, while meeting safety and community standards. The aim of the strategy is to:
• build a clean, innovative and competitive hydrogen industry;
• position Australia’s hydrogen industry as a major global player by 2030; and
• coordinate the approach to projects that support hydrogen industry development.
Of all earth’s continents, only Antarctica gets less precipitation than Australia. Its average annual rainfall of just 470mm is also unevenly distributed. In the Northern Territory, Darwin receives ar...
Of all earth’s continents, only Antarctica gets less precipitation than Australia. Its average annual rainfall of just 470mm is also unevenly distributed. In the Northern Territory, Darwin receives around 1,700mm, while Adelaide in South Australia gets less than one-third of this—some inland towns survive on less than 200mm.
Australia’s limited and unpredictable rainfall is being exacerbated by climate change with the continent one degree warmer than a hundred years ago and receiving significantly less rain. In 2018, every state except for Tasmania and Western Australia received less than average rainfall while persistent high temperatures in Queensland contributed to record rates of evaporation.
From 1996-2010 the Millennium Drought brought long-term water restrictions to the country’s highly populated southeast and southwest. It was a catalyst for change. Driven by the twin challenges of declining water supply and growing demand, Australia has stepped up its efforts to secure its water future.
Despite the continent’s vast size, nearly the entire population lives in cities. These are predicted to grow by an additional 20 million people in the next 30 years, with water consumption in larger cities expected to rise by 73% to more than 2,650 gigalitres.
To meet this demand Australia is looking beyond its traditional rain-fed dams and reservoirs. Instead, it is turning to technology with all the mainland states investing in large desalination plants, each producing up to 674 gigalitres of additional freshwater to cushion city-dwellers against growth and drought.
However, desalination is costly and controversial, using so much energy that its water is nicknamed ‘bottled electricity’; Sydney’s plant costs A$500,000 a day to run—even standing idle. This January it was switched on for the first time since 2012 and is expected to contribute 15% of the city’s drinking water, staving off severe restrictions.
The widespread acceptance that environmental sustainability is a crucial goal of water management is arguably Australia’s most important change in water policy. A growing public awareness, together with investment in infrastructure, innovation, and conservation, has seen Australia praised for improving its water security.
Even so, this year has seen many areas suffering again. Low rainfall and high temperatures in Queensland, New South Wales, and Victoria, mean that Brisbane, Sydney, and Melbourne are facing water restrictions: low inflows to Sydney’s dams have led to its desalination plant being switched on.
This could be a major test of the plans, projects, and technologies put in place to mitigate the effects of drought; the question on everyone’s lips is ‘has Australia done enough?’
Australia’s limited and unpredictable rainfall is being exacerbated by climate change with the continent one degree warmer than a hundred years ago and receiving significantly less rain. In 2018, every state except for Tasmania and Western Australia received less than average rainfall while persistent high temperatures in Queensland contributed to record rates of evaporation.
From 1996-2010 the Millennium Drought brought long-term water restrictions to the country’s highly populated southeast and southwest. It was a catalyst for change. Driven by the twin challenges of declining water supply and growing demand, Australia has stepped up its efforts to secure its water future.
Despite the continent’s vast size, nearly the entire population lives in cities. These are predicted to grow by an additional 20 million people in the next 30 years, with water consumption in larger cities expected to rise by 73% to more than 2,650 gigalitres.
To meet this demand Australia is looking beyond its traditional rain-fed dams and reservoirs. Instead, it is turning to technology with all the mainland states investing in large desalination plants, each producing up to 674 gigalitres of additional freshwater to cushion city-dwellers against growth and drought.
However, desalination is costly and controversial, using so much energy that its water is nicknamed ‘bottled electricity’; Sydney’s plant costs A$500,000 a day to run—even standing idle. This January it was switched on for the first time since 2012 and is expected to contribute 15% of the city’s drinking water, staving off severe restrictions.
The widespread acceptance that environmental sustainability is a crucial goal of water management is arguably Australia’s most important change in water policy. A growing public awareness, together with investment in infrastructure, innovation, and conservation, has seen Australia praised for improving its water security.
Even so, this year has seen many areas suffering again. Low rainfall and high temperatures in Queensland, New South Wales, and Victoria, mean that Brisbane, Sydney, and Melbourne are facing water restrictions: low inflows to Sydney’s dams have led to its desalination plant being switched on.
This could be a major test of the plans, projects, and technologies put in place to mitigate the effects of drought; the question on everyone’s lips is ‘has Australia done enough?’
CORE works with members and stakeholders on innovative solutions to challenging soil related issues. From enhancing agricultural soils to treating complex soil contamination issues, CORE develops solu...
CORE works with members and stakeholders on innovative solutions to challenging soil related issues. From enhancing agricultural soils to treating complex soil contamination issues, CORE develops solutions using methods and technologies involving bio-products tailor-made for the situation.
GPT-3 (Generative Pretrained Transformer 3) is a state-of-the-art language processing AI model developed by OpenAI. It is capable of generating human-like text and has a wide range of applications, in...
GPT-3 (Generative Pretrained Transformer 3) is a state-of-the-art language processing AI model developed by OpenAI. It is capable of generating human-like text and has a wide range of applications, including language translation, language modelling, and generating text for applications such as chatbots. It is one of the largest and most powerful language processing AI models to date, with 175 billion parameters.
Its most common use so far is creating ChatGPT - a highly capable chatbot. To give you a little taste of its most basic ability, we asked GPT-3's chatbot to write its own description as you can see above. It’s a little bit boastful, but completely accurate and arguably very well written.
In less corporate terms, GPT-3 gives a user the ability to give a trained AI a wide range of worded prompts. These can be questions, requests for a piece of writing on a topic of your choosing or a huge number of other worded requests.
With its 175 billion parameters, its hard to narrow down what GPT-3 does. The model is, as you would imagine, restricted to language. It can’t produce video, sound or images like its brother Dall-E 2, but instead has an in-depth understanding of the spoken and written word.
Its most common use so far is creating ChatGPT - a highly capable chatbot. To give you a little taste of its most basic ability, we asked GPT-3's chatbot to write its own description as you can see above. It’s a little bit boastful, but completely accurate and arguably very well written.
In less corporate terms, GPT-3 gives a user the ability to give a trained AI a wide range of worded prompts. These can be questions, requests for a piece of writing on a topic of your choosing or a huge number of other worded requests.
With its 175 billion parameters, its hard to narrow down what GPT-3 does. The model is, as you would imagine, restricted to language. It can’t produce video, sound or images like its brother Dall-E 2, but instead has an in-depth understanding of the spoken and written word.
Coral reefs are dying all over the world, 50% of the Great Barrier reef is dead, and the remainder is under serious stress. 90% of the coral in the Caribbean is dead along with most of the fish. The f...
Coral reefs are dying all over the world, 50% of the Great Barrier reef is dead, and the remainder is under serious stress. 90% of the coral in the Caribbean is dead along with most of the fish. The fish breading grounds in Mangrove swamps are polluted by Sargassum carrying Arsenic and Heavy metals.
More than 25% of all fish and marine life depend upon coral, mangroves and wetlands as a nursery ground. More than 50% around the world are dead, in 25 years that will be 95%. This is not climate change, its pollution. We might be carbon neutral but humanity is finished without marine life, we cannot survive, or at least 90% of us will not survive.
Why do we just have 25 years before the oceans are destroyed. Oceanic pH was 8.2, during 1940's, it is now 8.03. Carbonate such as magnesium calcite and aragonite start to dissolve at pH 8.04 and in 25 years (data from IPCC) it will be 7.95 and most carbonate based marine life including coral reefs are gone. We have already passed the tipping point, in 25 years +/- 5 years we are at the end point
We need to stop pollution from all its sources in order to protect Nature and to allow Nature to regenerate.
The Mission of GOES is to stop pollution from water entering the world's Oceans, and to provide appropriate solutions.
More than 80% of the world has no wastewater treatment. In Europe, North America and other high-income countries, the wastewater is biologically treated, but there is no tertiary treatment to remove microplastics and toxic for ever chemicals. Then the sludge is dumped on farm land or landfill sites, so effectively there is no treatment, just diffuse pollution.
1. The solution is simple, regenerate Nature on Land and Marine life in the Oceans.
How do we regenerate nature?
2. Stop habitat destruction, burning trees, destructive fish, clearance of seagrass, mangroves, wetlands, marsh lands……..
3. Stop the pollution of water, soil and atmosphere with toxic for ever chemicals, especially lyophilic chemicals such as molecular plastic, PCBs, PBDE, Oxybenzone, pesticides, herbicides and 15,000 other chemicals.
4. We must prevent toxic substances entering the environment, such as plastic, and black carbon soot from the burning of fossil fuels such as coal, and bunker fuel oil.
5. Carbon mitigation is important, it will not stop climate change, but it will buy us time to regenerate nature.
6. Regenerative agriculture must be practiced
How do we stop pollution?
7. 80% of the world has no municipal wastewater treatment. Install aeration ditches or extended diffused aeration system with at least 10-day residence time. These systems can be constructed by local communities and are 1/50th to 1/100th of the cost of standard water treatment, and are far superior. https://www.goesfoundation.com/news/posts/2022/april/eden-cycle-system/
8. Less than 10% of municipal wastewater treatment in high income countries is fitted with tertiary treatment to remove, plastic and toxic chemicals. This needs to be rectified. Water treatment systems should do no harm to the environment
9. The shipping industry must use clean fuel and fit scrubbers that remove the carbon, PAHS and heavy metals without dumping them into the ocean or atmosphere.
10. Stop fast fashion and toxic clothes
More than 25% of all fish and marine life depend upon coral, mangroves and wetlands as a nursery ground. More than 50% around the world are dead, in 25 years that will be 95%. This is not climate change, its pollution. We might be carbon neutral but humanity is finished without marine life, we cannot survive, or at least 90% of us will not survive.
Why do we just have 25 years before the oceans are destroyed. Oceanic pH was 8.2, during 1940's, it is now 8.03. Carbonate such as magnesium calcite and aragonite start to dissolve at pH 8.04 and in 25 years (data from IPCC) it will be 7.95 and most carbonate based marine life including coral reefs are gone. We have already passed the tipping point, in 25 years +/- 5 years we are at the end point
We need to stop pollution from all its sources in order to protect Nature and to allow Nature to regenerate.
The Mission of GOES is to stop pollution from water entering the world's Oceans, and to provide appropriate solutions.
More than 80% of the world has no wastewater treatment. In Europe, North America and other high-income countries, the wastewater is biologically treated, but there is no tertiary treatment to remove microplastics and toxic for ever chemicals. Then the sludge is dumped on farm land or landfill sites, so effectively there is no treatment, just diffuse pollution.
1. The solution is simple, regenerate Nature on Land and Marine life in the Oceans.
How do we regenerate nature?
2. Stop habitat destruction, burning trees, destructive fish, clearance of seagrass, mangroves, wetlands, marsh lands……..
3. Stop the pollution of water, soil and atmosphere with toxic for ever chemicals, especially lyophilic chemicals such as molecular plastic, PCBs, PBDE, Oxybenzone, pesticides, herbicides and 15,000 other chemicals.
4. We must prevent toxic substances entering the environment, such as plastic, and black carbon soot from the burning of fossil fuels such as coal, and bunker fuel oil.
5. Carbon mitigation is important, it will not stop climate change, but it will buy us time to regenerate nature.
6. Regenerative agriculture must be practiced
How do we stop pollution?
7. 80% of the world has no municipal wastewater treatment. Install aeration ditches or extended diffused aeration system with at least 10-day residence time. These systems can be constructed by local communities and are 1/50th to 1/100th of the cost of standard water treatment, and are far superior. https://www.goesfoundation.com/news/posts/2022/april/eden-cycle-system/
8. Less than 10% of municipal wastewater treatment in high income countries is fitted with tertiary treatment to remove, plastic and toxic chemicals. This needs to be rectified. Water treatment systems should do no harm to the environment
9. The shipping industry must use clean fuel and fit scrubbers that remove the carbon, PAHS and heavy metals without dumping them into the ocean or atmosphere.
10. Stop fast fashion and toxic clothes
The City of Melbourne has partnered with the University of Melbourne and RMIT University to create Melbourne Innovation Districts (MID), a smart city initiative that is set to drive investment in the ...
The City of Melbourne has partnered with the University of Melbourne and RMIT University to create Melbourne Innovation Districts (MID), a smart city initiative that is set to drive investment in the knowledge economy and help shape the city’s future.
Melbourne is home to a number of incubators, hubs and co-working spaces.
Melbourne is home to a number of incubators, hubs and co-working spaces.
Sydney is recognised as Australia’s only global city and the leading knowledge-based economy in the nation.
Innovation districts, including health and education hubs, remain priority areas for buil...
Sydney is recognised as Australia’s only global city and the leading knowledge-based economy in the nation.
Innovation districts, including health and education hubs, remain priority areas for building knowledge intensive jobs growth across the six cities. A number of current projects will set the scene for improved economic dynamism and future knowledge intensive jobs growth across the Central River and Western Parkland Cities. This includes the recently announced Advanced Manufacturing Research Facility at Bradfield, as well as investment in the Viral Vector Manufacturing Facility at the Westmead Health and Innovation District.
Focus industries will include agriculture, tourism, technology, health industries, defence and aerospace, renewable energy, advanced manufacturing and materials, smart freight and logistics, agriculture and tourism.
Innovation districts will complement the Aerotropolis, centred on semiconductors, defence, aerospace and modern manufacturing. Tech Central, which has a focus on deep tech, software as a service, quantum cyber and information and communication technology,
and Westmead, which drives health innovation, building on Westmead’s strengths in advanced therapeutics, translation cancer, immunology, vaccinology clinical trials and digital health.
Innovation districts, including health and education hubs, remain priority areas for building knowledge intensive jobs growth across the six cities. A number of current projects will set the scene for improved economic dynamism and future knowledge intensive jobs growth across the Central River and Western Parkland Cities. This includes the recently announced Advanced Manufacturing Research Facility at Bradfield, as well as investment in the Viral Vector Manufacturing Facility at the Westmead Health and Innovation District.
Focus industries will include agriculture, tourism, technology, health industries, defence and aerospace, renewable energy, advanced manufacturing and materials, smart freight and logistics, agriculture and tourism.
Innovation districts will complement the Aerotropolis, centred on semiconductors, defence, aerospace and modern manufacturing. Tech Central, which has a focus on deep tech, software as a service, quantum cyber and information and communication technology,
and Westmead, which drives health innovation, building on Westmead’s strengths in advanced therapeutics, translation cancer, immunology, vaccinology clinical trials and digital health.
The Hunter is one of NSW’s most popular destinations, located just two hours’ drive north of Sydney. Newcastle, Maitland and Lake Macquarie are the major cities, surrounded by the regional centres, wh...
The Hunter is one of NSW’s most popular destinations, located just two hours’ drive north of Sydney. Newcastle, Maitland and Lake Macquarie are the major cities, surrounded by the regional centres, which include Cessnock, Muswellbrook, Port Stephens, Scone, Singleton and Taree.
The Hunter features coastal and valley landscapes, internationally renowned wine production, important natural areas, both urban and rural lifestyles and extensive mining resources. Together with its global companies, these features make the Hunter an attractive place to work, live and play.
The region is also home to a multi-million dollar thoroughbred horse breeding industry, world-class wineries and national parks, and its river estuaries are the largest oyster producers in the state.
The Port of Newcastle is the largest coal export port in the world, with its overall exports valued at almost $18.5 billion in 2016-17.
Williamtown RAAF base sits at the heart of the region’s defence sector and is supported by a hub of important defence and aerospace companies. It is co-located with the Newcastle Airport, currently servicing 1.2 million passengers annually.
The advanced manufacturing sector in the Hunter-based industries continues to develop new products and processes in many traditional industries including medical, energy, food, wine and supply chains using smart technologies.
The Hunter features coastal and valley landscapes, internationally renowned wine production, important natural areas, both urban and rural lifestyles and extensive mining resources. Together with its global companies, these features make the Hunter an attractive place to work, live and play.
The region is also home to a multi-million dollar thoroughbred horse breeding industry, world-class wineries and national parks, and its river estuaries are the largest oyster producers in the state.
The Port of Newcastle is the largest coal export port in the world, with its overall exports valued at almost $18.5 billion in 2016-17.
Williamtown RAAF base sits at the heart of the region’s defence sector and is supported by a hub of important defence and aerospace companies. It is co-located with the Newcastle Airport, currently servicing 1.2 million passengers annually.
The advanced manufacturing sector in the Hunter-based industries continues to develop new products and processes in many traditional industries including medical, energy, food, wine and supply chains using smart technologies.
Biomedical sciences are a set of sciences applying portions of natural science or formal science, or both, to develop knowledge, interventions, or technology that are of use in healthcare or public he...
Biomedical sciences are a set of sciences applying portions of natural science or formal science, or both, to develop knowledge, interventions, or technology that are of use in healthcare or public health.
Biomedical science is one of the broadest areas of modern science and underpins much of modern medicine - from determining the blood requirements of critically ill patients to identifying outbreaks of infectious diseases to monitoring biomarkers in cancer
Biomedical science staff mostly work in healthcare laboratories diagnosing diseases and evaluating the effectiveness of treatment by analysing fluids and tissue samples from patients. They provide the 'engine room' of modern medicine - 70% of diagnoses are based on pathology results provided by laboratory services.
Five amazing health research breakthroughs
• The Oxford/AstraZeneca COVID-19 Vaccine. ...
• The human liver repaired using lab-grown cells. ...
• The super effective single-dose breast cancer treatment. ...
• The steroids and arthritis drugs saving the lives of COVID-19 patients. ...
• The oral antibiotic advancing cystic fibrosis treatment.
From the electronic pacemaker (1926) and ultrasound (1961), to multi-channel cochlear implants (1970s) and a globally important cancer vaccine (1991), Australian ingenuity has given the world many medical miracles. Spray-on skin is another world-first developed in Australia.
Biomedical science is one of the broadest areas of modern science and underpins much of modern medicine - from determining the blood requirements of critically ill patients to identifying outbreaks of infectious diseases to monitoring biomarkers in cancer
Biomedical science staff mostly work in healthcare laboratories diagnosing diseases and evaluating the effectiveness of treatment by analysing fluids and tissue samples from patients. They provide the 'engine room' of modern medicine - 70% of diagnoses are based on pathology results provided by laboratory services.
Five amazing health research breakthroughs
• The Oxford/AstraZeneca COVID-19 Vaccine. ...
• The human liver repaired using lab-grown cells. ...
• The super effective single-dose breast cancer treatment. ...
• The steroids and arthritis drugs saving the lives of COVID-19 patients. ...
• The oral antibiotic advancing cystic fibrosis treatment.
From the electronic pacemaker (1926) and ultrasound (1961), to multi-channel cochlear implants (1970s) and a globally important cancer vaccine (1991), Australian ingenuity has given the world many medical miracles. Spray-on skin is another world-first developed in Australia.
Watch the Head of Economic Analysis, Alex Heath, talk about the changing nature of the Australian workforce and the skills that will be highly valued in the future.
The Mid North Coast is a country region in the north-east of the state of New South Wales, Australia. The region covers the mid northern coast of the state, beginning from Port Stephens 160 km north o...
The Mid North Coast is a country region in the north-east of the state of New South Wales, Australia. The region covers the mid northern coast of the state, beginning from Port Stephens 160 km north of Sydney, and extending as far north as Woolgoolga, 562 km north of Sydney, a distance of roughly 400 km. It also includes the World Heritage Area of Lord Howe Island, about 600km east of Port Macquarie.
The Mid North Coast lies between the Great Divide and the east coast. The landscape is typified by winding rivers that feed lush hinterland, and over one hundred kilometres of pristine beaches. It benefits from a high rainfall and is considered by many to have the most ideal climate in Australia. Taree, Coffs Harbour, Port Macquarie.
Over the last twenty years the NSW Mid North Coast Region has evolved from a coastal retirement and tourist destination with a significant agricultural base - forestry, fishing and farming to a region with a diversified service- based economy.
The Mid North Coast lies between the Great Divide and the east coast. The landscape is typified by winding rivers that feed lush hinterland, and over one hundred kilometres of pristine beaches. It benefits from a high rainfall and is considered by many to have the most ideal climate in Australia. Taree, Coffs Harbour, Port Macquarie.
Over the last twenty years the NSW Mid North Coast Region has evolved from a coastal retirement and tourist destination with a significant agricultural base - forestry, fishing and farming to a region with a diversified service- based economy.
Barwon South West has three economies - inland agriculture, coastal tourism and a manufacturing and social base in Geelong.
Barwon South West is comprised of Greater Geelong, Queenscliffe, Surf Co...
Barwon South West has three economies - inland agriculture, coastal tourism and a manufacturing and social base in Geelong.
Barwon South West is comprised of Greater Geelong, Queenscliffe, Surf Coast, Colac Otway, Corangamite, Moyne, Warrnambool, Southern Grampians and Glenelg.
The main industries are manufacturing, retail trade, health care, construction, education and training, agriculture, forestry, fishing and tourism. Manufacturing, health and retail trade are currently the largest employing industries, although the economy has significant opportunities for growth in new energy, advanced manufacturing and food security industries.
With rich agricultural land and UNESCO listed Aboriginal cultural sites, our economy has strengths and opportunities in advanced manufacturing, high-value agriculture, sustainable and cultural tourism, green hydrogen, renewable energy, health and community services and innovative education, training and co-working spaces.
Achieving shared objectives in growing regional prosperity such as growing employment, tackling disadvantage, addressing population ageing and building digital and physical infrastructure, requires an integrated approach between the three levels of government and across government portfolios, business, individuals and community groups.
Barwon South West is comprised of Greater Geelong, Queenscliffe, Surf Coast, Colac Otway, Corangamite, Moyne, Warrnambool, Southern Grampians and Glenelg.
The main industries are manufacturing, retail trade, health care, construction, education and training, agriculture, forestry, fishing and tourism. Manufacturing, health and retail trade are currently the largest employing industries, although the economy has significant opportunities for growth in new energy, advanced manufacturing and food security industries.
With rich agricultural land and UNESCO listed Aboriginal cultural sites, our economy has strengths and opportunities in advanced manufacturing, high-value agriculture, sustainable and cultural tourism, green hydrogen, renewable energy, health and community services and innovative education, training and co-working spaces.
Achieving shared objectives in growing regional prosperity such as growing employment, tackling disadvantage, addressing population ageing and building digital and physical infrastructure, requires an integrated approach between the three levels of government and across government portfolios, business, individuals and community groups.
General purpose artificial intelligence technologies such as ChatGPT, are quickly transforming the way AI systems are built and deployed.
While these technologies are expected to brin benefits in ...
General purpose artificial intelligence technologies such as ChatGPT, are quickly transforming the way AI systems are built and deployed.
While these technologies are expected to brin benefits in the coming year, their disruptive nature raises questions around privacy and intellectual property rights, liability and accountability, and concerns about the potential to spread disinformation and misinformation.
While these technologies are expected to brin benefits in the coming year, their disruptive nature raises questions around privacy and intellectual property rights, liability and accountability, and concerns about the potential to spread disinformation and misinformation.
The northernmost part of the state, Far North Queensland is a tropical region stretching from Cairns to the Torres Strait. With the magnificent coral of the Great Barrier Reef off the coast and World ...
The northernmost part of the state, Far North Queensland is a tropical region stretching from Cairns to the Torres Strait. With the magnificent coral of the Great Barrier Reef off the coast and World Heritage listed tropical rainforests on the land, there are not many locations in the world that can boast such unique natural attractions within easy reach.
The Hunter region has a rich history of innovation and ingenuity, of reinvention and resilience, of gritty creativity and industry.
As the largest regional economy in Australia (larger than Tasmani...
The Hunter region has a rich history of innovation and ingenuity, of reinvention and resilience, of gritty creativity and industry.
As the largest regional economy in Australia (larger than Tasmania, Northern Territory, or the ACT), the Hunter region boast world-class manufacturing capabilities and attracts the brightest talent from leading innovators, sustainability experts, progressive manufacturers, and technologists.
Being immersed in this environment fuels our innovation, complements our expertise, and drives optimum outcomes for our clients.
As the largest regional economy in Australia (larger than Tasmania, Northern Territory, or the ACT), the Hunter region boast world-class manufacturing capabilities and attracts the brightest talent from leading innovators, sustainability experts, progressive manufacturers, and technologists.
Being immersed in this environment fuels our innovation, complements our expertise, and drives optimum outcomes for our clients.
The Orana region covers the central and north western sectors of New South Wales – an area of over 199,000 square kilometres, and has an estimated population of 122, 897. It extends from the hilly wes...
The Orana region covers the central and north western sectors of New South Wales – an area of over 199,000 square kilometres, and has an estimated population of 122, 897. It extends from the hilly western slopes of the Warrumbungle Ranges in the east, to the flat plains of Cobar and Bourke in the west, and north to the Queensland border.
One of the region’s main assets is our people. The people within the region make up relaxed, friendly communities and welcome new residents. You’ll be able to create new connections while still being close to friends and family, enjoy a relaxed, time-rich lifestyle, be rewarded with great job opportunities and take advantage of affordable living. Whether you seek to make a difference in the business community, cheer for your children on the soccer field, or enjoy social days out at the races, the region can provide all of these opportunities and more.
The region also has a diverse industry base, rich history and geographical uniqueness, as well as many beautiful natural assets. It is rich in resources, with a highly productive agricultural sector providing food, wine and fibre to global markets. From black opals to fine red wines, renewable energy and tourism opportunities, the possibilities for you are endless.
Our communities provide the perfect combination of relaxed country living, coupled with exciting new opportunities and attractions. Set amongst some of Australia’s most beautiful landscapes, the Orana region comprises quaint townships full of history and beauty.
One of the region’s main assets is our people. The people within the region make up relaxed, friendly communities and welcome new residents. You’ll be able to create new connections while still being close to friends and family, enjoy a relaxed, time-rich lifestyle, be rewarded with great job opportunities and take advantage of affordable living. Whether you seek to make a difference in the business community, cheer for your children on the soccer field, or enjoy social days out at the races, the region can provide all of these opportunities and more.
The region also has a diverse industry base, rich history and geographical uniqueness, as well as many beautiful natural assets. It is rich in resources, with a highly productive agricultural sector providing food, wine and fibre to global markets. From black opals to fine red wines, renewable energy and tourism opportunities, the possibilities for you are endless.
Our communities provide the perfect combination of relaxed country living, coupled with exciting new opportunities and attractions. Set amongst some of Australia’s most beautiful landscapes, the Orana region comprises quaint townships full of history and beauty.
Macquarie University is a public research university based in Sydney, Australia, in the suburb of Macquarie Park. Founded in 1964 by the New South Wales Government, it was the third university to be e...
Macquarie University is a public research university based in Sydney, Australia, in the suburb of Macquarie Park. Founded in 1964 by the New South Wales Government, it was the third university to be established in the metropolitan area of Sydney.
A strong creative economy makes our city a great place to live through the attraction and retention of a skilled workforce, creative tourism, export and trade of local culture, more enterprise, greate...
A strong creative economy makes our city a great place to live through the attraction and retention of a skilled workforce, creative tourism, export and trade of local culture, more enterprise, greater expression and social connection, and city pride.
With a high concentration of people, infrastructure, business and investment, cities are the engine rooms of the new global economy. The power of a city’s success lies in the ease of doing business – exchanging ideas, products and services – and the presence of opportunity.
Given access to the right conditions and opportunities, creative talent and enterprises will thrive, generating exciting and profitable new products and services that stimulate the economy and grow the city’s profile
With a high concentration of people, infrastructure, business and investment, cities are the engine rooms of the new global economy. The power of a city’s success lies in the ease of doing business – exchanging ideas, products and services – and the presence of opportunity.
Given access to the right conditions and opportunities, creative talent and enterprises will thrive, generating exciting and profitable new products and services that stimulate the economy and grow the city’s profile
Adelaide is rapidly becoming the centre of future industries, including defence, space, advanced manufacturing and digital - machine learning and artificial intelligence, cyber and creative industries...
Adelaide is rapidly becoming the centre of future industries, including defence, space, advanced manufacturing and digital - machine learning and artificial intelligence, cyber and creative industries.
The Northern Adelaide Food Park will include food manufacturers and food processing businesses, together with food packaging, storage and logistics companies. Companies will be given the opportunity to establish in a dedicated food precinct with access to infrastructure and services on the one site.
Adelaide Innovation Strategy for economic growth and enhanced linkages between key innovation precincts, including Lot Fourteen, Technology Park Adelaide, Mawson Lakes, Osborne Naval Shipyard, Edinburgh Defence Precinct, the Waite Research Precinct and Tonsley Innovation District.
The Australian Government has invested $26 million to establish the Australian Space Agency, which will be headquartered at Lot Fourteen.
The Northern Adelaide Food Park will include food manufacturers and food processing businesses, together with food packaging, storage and logistics companies. Companies will be given the opportunity to establish in a dedicated food precinct with access to infrastructure and services on the one site.
Adelaide Innovation Strategy for economic growth and enhanced linkages between key innovation precincts, including Lot Fourteen, Technology Park Adelaide, Mawson Lakes, Osborne Naval Shipyard, Edinburgh Defence Precinct, the Waite Research Precinct and Tonsley Innovation District.
The Australian Government has invested $26 million to establish the Australian Space Agency, which will be headquartered at Lot Fourteen.
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