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Climate-KIC Australia orchestrates collaborative efforts to deliver connected and coordinated climate action. We work across multiple levers of change, including technology, business models, markets, ...
Climate-KIC Australia orchestrates collaborative efforts to deliver connected and coordinated climate action. We work across multiple levers of change, including technology, business models, markets, finance and investment, policy and regulation, knowledge and skills, organisational culture and ways of working.
Toowoomba for Climate Action is playing our part to keep global average temperatures in a safe, liveable range, so that all humans, other species, and living systems can flourish.
Did you know that...
Toowoomba for Climate Action is playing our part to keep global average temperatures in a safe, liveable range, so that all humans, other species, and living systems can flourish.
Did you know that Toowoomba Regional Council was the first in Queensland to capture landfill methane for energy production?
Council has both reduced the emissions it is responsible for by 80% and now saves ratepayers over $1 million/year in energy savings!
Council’s most demanding energy user, the Wetalla Water Reclamation Facility, is now 90-100% supplied with free renewable power.
Dozens of other Councils have been inspired by Toowoomba Regional Council to do similar projects on their own landfills.
Did you know that Toowoomba Regional Council was the first in Queensland to capture landfill methane for energy production?
Council has both reduced the emissions it is responsible for by 80% and now saves ratepayers over $1 million/year in energy savings!
Council’s most demanding energy user, the Wetalla Water Reclamation Facility, is now 90-100% supplied with free renewable power.
Dozens of other Councils have been inspired by Toowoomba Regional Council to do similar projects on their own landfills.
Climate change is one of the greatest challenges we face. It impacts our natural environment and ecosystems, our economy, our infrastructure, and our way of life. As we plan for the future, we must en...
Climate change is one of the greatest challenges we face. It impacts our natural environment and ecosystems, our economy, our infrastructure, and our way of life. As we plan for the future, we must ensure that we achieve sustainability for the long term, transforming to meet the challenge of realising net zero emissions, while ensuring our cities are resilient and adaptable in the face of the escalating climate change impacts we are already experiencing.
Reaching net zero emissions by 2050 will require a major shift towards private, public and heavy electric vehicles and more trips by public transport, walking and cycling.
The 2019–2020 bushfires across eastern Australia caused loss of life, property, infrastructure and devastating impact on communities, vegetation, wildlife and ecosystems across our region. There were additional health and economic impacts from the thick smoke blanketing the region for months.
Recycled water, including recycled stormwater, can help mitigate urban heat in a way that is less reliant on rainfall and drinking water supplies. Currently, only seven per cent of wastewater in Greater Sydney is recycled. Making greater use of recycled water, and water conservation measures will be critical to keeping our communities cool and green.
Reaching net zero emissions by 2050 will require a major shift towards private, public and heavy electric vehicles and more trips by public transport, walking and cycling.
The 2019–2020 bushfires across eastern Australia caused loss of life, property, infrastructure and devastating impact on communities, vegetation, wildlife and ecosystems across our region. There were additional health and economic impacts from the thick smoke blanketing the region for months.
Recycled water, including recycled stormwater, can help mitigate urban heat in a way that is less reliant on rainfall and drinking water supplies. Currently, only seven per cent of wastewater in Greater Sydney is recycled. Making greater use of recycled water, and water conservation measures will be critical to keeping our communities cool and green.
Climate change is one of the greatest challenges we face. It impacts our natural environment and ecosystems, our economy, our infrastructure, and our way of life. As we plan for the future, we must en...
Climate change is one of the greatest challenges we face. It impacts our natural environment and ecosystems, our economy, our infrastructure, and our way of life. As we plan for the future, we must ensure that we achieve sustainability for the long term, transforming to meet the challenge of realising net zero emissions, while ensuring our cities are resilient and adaptable in the face of the escalating climate change impacts we are already experiencing.
Reaching net zero emissions by 2050 will require a major shift towards private, public and heavy electric vehicles and more trips by public transport, walking and cycling.
The 2019–2020 bushfires across eastern Australia caused loss of life, property, infrastructure and devastating impact on communities, vegetation, wildlife and ecosystems across our region. There were additional health and economic impacts from the thick smoke blanketing the region for months.
Recycled water, including recycled stormwater, can help mitigate urban heat in a way that is less reliant on rainfall and drinking water supplies. Currently, only seven per cent of wastewater in Greater Sydney is recycled. Making greater use of recycled water, and water conservation measures will be critical to keeping our communities cool and green.
Reaching net zero emissions by 2050 will require a major shift towards private, public and heavy electric vehicles and more trips by public transport, walking and cycling.
The 2019–2020 bushfires across eastern Australia caused loss of life, property, infrastructure and devastating impact on communities, vegetation, wildlife and ecosystems across our region. There were additional health and economic impacts from the thick smoke blanketing the region for months.
Recycled water, including recycled stormwater, can help mitigate urban heat in a way that is less reliant on rainfall and drinking water supplies. Currently, only seven per cent of wastewater in Greater Sydney is recycled. Making greater use of recycled water, and water conservation measures will be critical to keeping our communities cool and green.
Climate change is one of the greatest challenges we face. It impacts our natural environment and ecosystems, our economy, our infrastructure, and our way of life. As we plan for the future, we must en...
Climate change is one of the greatest challenges we face. It impacts our natural environment and ecosystems, our economy, our infrastructure, and our way of life. As we plan for the future, we must ensure that we achieve sustainability for the long term, transforming to meet the challenge of realising net zero emissions, while ensuring our cities are resilient and adaptable in the face of the escalating climate change impacts we are already experiencing.
Reaching net zero emissions by 2050 will require a major shift towards private, public and heavy electric vehicles and more trips by public transport, walking and cycling.
The 2019–2020 bushfires across eastern Australia caused loss of life, property, infrastructure and devastating impact on communities, vegetation, wildlife and ecosystems across our region. There were additional health and economic impacts from the thick smoke blanketing the region for months.
Recycled water, including recycled stormwater, can help mitigate urban heat in a way that is less reliant on rainfall and drinking water supplies. Currently, only seven per cent of wastewater in Greater Sydney is recycled. Making greater use of recycled water, and water conservation measures will be critical to keeping our communities cool and green.
Reaching net zero emissions by 2050 will require a major shift towards private, public and heavy electric vehicles and more trips by public transport, walking and cycling.
The 2019–2020 bushfires across eastern Australia caused loss of life, property, infrastructure and devastating impact on communities, vegetation, wildlife and ecosystems across our region. There were additional health and economic impacts from the thick smoke blanketing the region for months.
Recycled water, including recycled stormwater, can help mitigate urban heat in a way that is less reliant on rainfall and drinking water supplies. Currently, only seven per cent of wastewater in Greater Sydney is recycled. Making greater use of recycled water, and water conservation measures will be critical to keeping our communities cool and green.
The greenhouse gas emissions that cause global warming are generated from electricity, gas, transport, and waste produced in our city. They are also generated by food and agriculture, goods and servic...
The greenhouse gas emissions that cause global warming are generated from electricity, gas, transport, and waste produced in our city. They are also generated by food and agriculture, goods and services, and the resources that go into packaging, clothes and building materials. Too many greenhouse gas emissions act like a blanket around the earth, causing temperatures to rise.
To reduce greenhouse emissions, we need collective action by customers and businesses, commuters and transport companies, tenants and building owners, investors and government regulators. By taking action together, we can generate health and social benefits and reduce the cost of environmental impact.
We are already investing in renewable energy, urban forests, green buildings, waste innovation and in better pedestrian and cycling infrastructure. Through such creative initiatives, we can deliver better health for our community together with economic, social and environmental benefits.
To reduce greenhouse emissions, we need collective action by customers and businesses, commuters and transport companies, tenants and building owners, investors and government regulators. By taking action together, we can generate health and social benefits and reduce the cost of environmental impact.
We are already investing in renewable energy, urban forests, green buildings, waste innovation and in better pedestrian and cycling infrastructure. Through such creative initiatives, we can deliver better health for our community together with economic, social and environmental benefits.
City of Melbourne is proud to be part of a local and international movement of cities that will act to reduce emissions and to address climate change impacts.
The greenhouse gas emissions that caus...
City of Melbourne is proud to be part of a local and international movement of cities that will act to reduce emissions and to address climate change impacts.
The greenhouse gas emissions that cause global warming are generated from electricity, gas, transport, and waste produced in our city. They are also generated by food and agriculture, goods and services, and the resources that go into packaging, clothes and building materials. Too many greenhouse gas emissions act like a blanket around the earth, causing temperatures to rise.
To reduce greenhouse emissions, we need collective action by customers and businesses, commuters and transport companies, tenants and building owners, investors and government regulators. By taking action together, we can generate health and social benefits and reduce the cost of environmental impact.
We are already investing in renewable energy, urban forests, green buildings, waste innovation and in better pedestrian and cycling infrastructure. Through such creative initiatives, we can deliver better health for our community together with economic, social and environmental benefits.
We are doing this because we want our city to remain a great place to live, work and visit, but climate change is threatening that.
As Melbourne feels the effects of climate change it threatens the liveability of our city through heatwaves, flooding, drought and poor air quality.
The greenhouse gas emissions that cause global warming are generated from electricity, gas, transport, and waste produced in our city. They are also generated by food and agriculture, goods and services, and the resources that go into packaging, clothes and building materials. Too many greenhouse gas emissions act like a blanket around the earth, causing temperatures to rise.
To reduce greenhouse emissions, we need collective action by customers and businesses, commuters and transport companies, tenants and building owners, investors and government regulators. By taking action together, we can generate health and social benefits and reduce the cost of environmental impact.
We are already investing in renewable energy, urban forests, green buildings, waste innovation and in better pedestrian and cycling infrastructure. Through such creative initiatives, we can deliver better health for our community together with economic, social and environmental benefits.
We are doing this because we want our city to remain a great place to live, work and visit, but climate change is threatening that.
As Melbourne feels the effects of climate change it threatens the liveability of our city through heatwaves, flooding, drought and poor air quality.
Brisbane City Council is taking real and practical action to deliver a low-carbon and climate-resilient city for current and future residents.
In 2030, under a high emissions scenario, the climate ...
Brisbane City Council is taking real and practical action to deliver a low-carbon and climate-resilient city for current and future residents.
In 2030, under a high emissions scenario, the climate of Brisbane will be more like the current climate of Bundaberg.
The greenhouse gas emissions that cause global warming are generated from electricity, gas, transport, and waste produced in our city. They are also generated by food and agriculture, goods and services, and the resources that go into packaging, clothes and building materials. Too many greenhouse gas emissions act like a blanket around the earth, causing temperatures to rise.
To reduce greenhouse emissions, we need collective action by customers and businesses, commuters and transport companies, tenants and building owners, investors and government regulators. By taking action together, we can generate health and social benefits and reduce the cost of environmental impact.
We are already investing in renewable energy, urban forests, green buildings, waste innovation and in better pedestrian and cycling infrastructure. Through such creative initiatives, we can deliver better health for our community together with economic, social and environmental benefits.
In 2030, under a high emissions scenario, the climate of Brisbane will be more like the current climate of Bundaberg.
The greenhouse gas emissions that cause global warming are generated from electricity, gas, transport, and waste produced in our city. They are also generated by food and agriculture, goods and services, and the resources that go into packaging, clothes and building materials. Too many greenhouse gas emissions act like a blanket around the earth, causing temperatures to rise.
To reduce greenhouse emissions, we need collective action by customers and businesses, commuters and transport companies, tenants and building owners, investors and government regulators. By taking action together, we can generate health and social benefits and reduce the cost of environmental impact.
We are already investing in renewable energy, urban forests, green buildings, waste innovation and in better pedestrian and cycling infrastructure. Through such creative initiatives, we can deliver better health for our community together with economic, social and environmental benefits.
Perth is a city in Western Australia that is particularly vulnerable to the impacts of climate change. Some of the impacts that Perth is facing or is likely to face in the future include:
More fre...
Perth is a city in Western Australia that is particularly vulnerable to the impacts of climate change. Some of the impacts that Perth is facing or is likely to face in the future include:
More frequent and severe heatwaves, which can lead to heat-related illnesses and deaths, as well as increased air pollution
Changes to rainfall patterns, which could lead to more intense storms and flash flooding Changes to the distribution and abundance of plants and animals, which could affect the health of natural ecosystems and the services they provide
Changes to the ocean currents and temperature, which could affect marine life and ocean chemistry Increased risk of bushfires due to higher temperatures and drier conditions Reduced water availability
To address these impacts, the city of Perth is implementing a number of initiatives, including:
Developing a Climate Change Adaptation Plan to identify and respond to the impacts of climate change on the city
Investing in green infrastructure, such as parks and gardens, to reduce the urban heat island effect
Investing in renewable energy to reduce greenhouse gas emissions
Investing in flood protection measures such as building sea walls and raising the height of the floor of buildings in flood-prone areas
Promoting sustainable transportation options to reduce emissions and improve air quality Implementing water conservation measures and water harvesting techniques to adapt to reduced water availability
Implementing fire-proofing measures in homes and communities to reduce the risk of bushfires
It's important to note that the Western Australia government is also implementing various policies and initiatives to address climate change impacts in the state.
More frequent and severe heatwaves, which can lead to heat-related illnesses and deaths, as well as increased air pollution
Changes to rainfall patterns, which could lead to more intense storms and flash flooding Changes to the distribution and abundance of plants and animals, which could affect the health of natural ecosystems and the services they provide
Changes to the ocean currents and temperature, which could affect marine life and ocean chemistry Increased risk of bushfires due to higher temperatures and drier conditions Reduced water availability
To address these impacts, the city of Perth is implementing a number of initiatives, including:
Developing a Climate Change Adaptation Plan to identify and respond to the impacts of climate change on the city
Investing in green infrastructure, such as parks and gardens, to reduce the urban heat island effect
Investing in renewable energy to reduce greenhouse gas emissions
Investing in flood protection measures such as building sea walls and raising the height of the floor of buildings in flood-prone areas
Promoting sustainable transportation options to reduce emissions and improve air quality Implementing water conservation measures and water harvesting techniques to adapt to reduced water availability
Implementing fire-proofing measures in homes and communities to reduce the risk of bushfires
It's important to note that the Western Australia government is also implementing various policies and initiatives to address climate change impacts in the state.
Good urban planning can help reduce Greater Adelaide’s greenhouse gas emissions and better equip us to cope with the impacts of climate change.
Adelaide is vulnerable to changes in the temperature...
Good urban planning can help reduce Greater Adelaide’s greenhouse gas emissions and better equip us to cope with the impacts of climate change.
Adelaide is vulnerable to changes in the temperature, extreme weather events, sea level rise, and associated storm surges. Greater Adelaide’s future prosperity and liveability will depend on how effectively we address and respond to the impacts of climate change.
Promoting a more compact urban form (through locating jobs and housing closer to public transport to reduce car travel) will play a critical role in reducing the growth of greenhouse gas emissions. Additionally, creating environments that are green and cooling will make Greater Adelaide more liveable in a warmer climate, hotter temperatures and extreme weather conditions.
Greater Adelaide has exposure risks to several natural hazards including bushfires, floods, landslides, earthquakes and extreme weather. These are likely to increase in regularity and severity with the changing global climate.
The Adelaide Botanic Garden Wetland is located on First Creek, a highly urbanised waterway near the centre of Adelaide. The wetland ameliorates flooding, purifies polluted stormwater runoff, is the source for an Aquifer Storage and Recovery system, provides habitat, and is an educational and recreational resource.
Adelaide is vulnerable to changes in the temperature, extreme weather events, sea level rise, and associated storm surges. Greater Adelaide’s future prosperity and liveability will depend on how effectively we address and respond to the impacts of climate change.
Promoting a more compact urban form (through locating jobs and housing closer to public transport to reduce car travel) will play a critical role in reducing the growth of greenhouse gas emissions. Additionally, creating environments that are green and cooling will make Greater Adelaide more liveable in a warmer climate, hotter temperatures and extreme weather conditions.
Greater Adelaide has exposure risks to several natural hazards including bushfires, floods, landslides, earthquakes and extreme weather. These are likely to increase in regularity and severity with the changing global climate.
The Adelaide Botanic Garden Wetland is located on First Creek, a highly urbanised waterway near the centre of Adelaide. The wetland ameliorates flooding, purifies polluted stormwater runoff, is the source for an Aquifer Storage and Recovery system, provides habitat, and is an educational and recreational resource.
Scientific research has found that the earth’s climate is rapidly changing. There has been increases in global average air and ocean temperatures, widespread melting of snow and ice and rising averag...
Scientific research has found that the earth’s climate is rapidly changing. There has been increases in global average air and ocean temperatures, widespread melting of snow and ice and rising average sea levels. We have been experiencing more extremes in temperature, drought and higher bushfire risk.
Adaptation will be necessary to address impacts resulting from the warming which cannot be avoided. There is no alternative but to undertake adaptation planning, and building the capacity and flexibility to cope with whatever evolving climate may bring.
Adaptation will be necessary to address impacts resulting from the warming which cannot be avoided. There is no alternative but to undertake adaptation planning, and building the capacity and flexibility to cope with whatever evolving climate may bring.
Scientific research has found that the earth’s climate is rapidly changing. There has been increases in global average air and ocean temperatures, widespread melting of snow and ice and rising averag...
Scientific research has found that the earth’s climate is rapidly changing. There has been increases in global average air and ocean temperatures, widespread melting of snow and ice and rising average sea levels. We have been experiencing more extremes in temperature, drought and higher bushfire risk.
Adaptation will be necessary to address impacts resulting from the warming which cannot be avoided. There is no alternative but to undertake adaptation planning, and building the capacity and flexibility to cope with whatever evolving climate may bring.
Adaptation will be necessary to address impacts resulting from the warming which cannot be avoided. There is no alternative but to undertake adaptation planning, and building the capacity and flexibility to cope with whatever evolving climate may bring.
Scientific research has found that the earth’s climate is rapidly changing. There has been increases in global average air and ocean temperatures, widespread melting of snow and ice and rising averag...
Scientific research has found that the earth’s climate is rapidly changing. There has been increases in global average air and ocean temperatures, widespread melting of snow and ice and rising average sea levels. We have been experiencing more extremes in temperature, drought and higher bushfire risk.
Adaptation will be necessary to address impacts resulting from the warming which cannot be avoided. There is no alternative but to undertake adaptation planning, and building the capacity and flexibility to cope with whatever evolving climate may bring.
Adaptation will be necessary to address impacts resulting from the warming which cannot be avoided. There is no alternative but to undertake adaptation planning, and building the capacity and flexibility to cope with whatever evolving climate may bring.
A city defined by an arid climate, transitioning to a Water Sensitive City is a crucial step to becoming a resilient, climate-adapted city that can respond constructively to the current climate emerge...
A city defined by an arid climate, transitioning to a Water Sensitive City is a crucial step to becoming a resilient, climate-adapted city that can respond constructively to the current climate emergency.
Critical to the future of Whyalla’s socio-economic growth will be access to - and supply of - potable water, as well as water to complement local industry needs, such as proposed hydrogen production, ongoing mining and Greening Whyalla Program.
Green cities reduce consumption of resources such as water and electricity and increase liveability. Increased tree canopies have a cooling effect on the ‘urban heat island’ effect which can mean a city is up to ten degrees Celsius hotter than the surrounding countryside. Green cities across the globe are attractive centres for private sector investment.
Critical to the future of Whyalla’s socio-economic growth will be access to - and supply of - potable water, as well as water to complement local industry needs, such as proposed hydrogen production, ongoing mining and Greening Whyalla Program.
Green cities reduce consumption of resources such as water and electricity and increase liveability. Increased tree canopies have a cooling effect on the ‘urban heat island’ effect which can mean a city is up to ten degrees Celsius hotter than the surrounding countryside. Green cities across the globe are attractive centres for private sector investment.
A city defined by an arid climate, transitioning to a Water Sensitive City is a crucial step to becoming a resilient, climate-adapted city that can respond constructively to the current climate emerge...
A city defined by an arid climate, transitioning to a Water Sensitive City is a crucial step to becoming a resilient, climate-adapted city that can respond constructively to the current climate emergency.
Critical to the future of Whyalla’s socio-economic growth will be access to - and supply of - potable water, as well as water to complement local industry needs, such as proposed hydrogen production, ongoing mining and Greening Whyalla Program.
Green cities reduce consumption of resources such as water and electricity and increase liveability. Increased tree canopies have a cooling effect on the ‘urban heat island’ effect which can mean a city is up to ten degrees Celsius hotter than the surrounding countryside. Green cities across the globe are attractive centres for private sector investment.
Critical to the future of Whyalla’s socio-economic growth will be access to - and supply of - potable water, as well as water to complement local industry needs, such as proposed hydrogen production, ongoing mining and Greening Whyalla Program.
Green cities reduce consumption of resources such as water and electricity and increase liveability. Increased tree canopies have a cooling effect on the ‘urban heat island’ effect which can mean a city is up to ten degrees Celsius hotter than the surrounding countryside. Green cities across the globe are attractive centres for private sector investment.
A city defined by an arid climate, transitioning to a Water Sensitive City is a crucial step to becoming a resilient, climate-adapted city that can respond constructively to the current climate emerge...
A city defined by an arid climate, transitioning to a Water Sensitive City is a crucial step to becoming a resilient, climate-adapted city that can respond constructively to the current climate emergency.
Critical to the future of Whyalla’s socio-economic growth will be access to - and supply of - potable water, as well as water to complement local industry needs, such as proposed hydrogen production, ongoing mining and Greening Whyalla Program.
Green cities reduce consumption of resources such as water and electricity and increase liveability. Increased tree canopies have a cooling effect on the ‘urban heat island’ effect which can mean a city is up to ten degrees Celsius hotter than the surrounding countryside. Green cities across the globe are attractive centres for private sector investment.
Critical to the future of Whyalla’s socio-economic growth will be access to - and supply of - potable water, as well as water to complement local industry needs, such as proposed hydrogen production, ongoing mining and Greening Whyalla Program.
Green cities reduce consumption of resources such as water and electricity and increase liveability. Increased tree canopies have a cooling effect on the ‘urban heat island’ effect which can mean a city is up to ten degrees Celsius hotter than the surrounding countryside. Green cities across the globe are attractive centres for private sector investment.
Natural resources support agriculture, viticulture, fishing, and tourism industries across the region. Natural environments provide places for recreation and landscapes that support community wellbein...
Natural resources support agriculture, viticulture, fishing, and tourism industries across the region. Natural environments provide places for recreation and landscapes that support community wellbeing.
The wise use and conservation of our natural resources across the region is essential to the sustainability of reliant industries such as agriculture, animal production, tourism and viticulture.
The Region experiences a Mediterranean climate with mild wet winters and warm to hot dry summers. Annual rainfall ranges from approximately 630mm at Clare to about 330mm at Port Wakefield. Average summer daily maximum temperatures range from over 30oC in northern areas to around 25oC at the southern end of Yorke Peninsula. Average daily winter maximum temperatures range from around 15oC in coastal areas including Warooka and Stenhouse Bay to around 12oC in northern centres, including Yongala and Clare.
The region frequently experiences drought, intense storms and flooding, storm surges and king tides which have damaged agricultural crops, property, infrastructure and coastal, estuarine and marine habitats in coastal areas of the region. Climate change projections suggest an increased in the frequency and severity of these extreme weather events.
Climate projections indicate the Yorke and Mid North Region will be generally hotter and drier. Hot days and extended heatwaves are projected to increase in frequency and intensity, heavy rainfall events are projected to increase in magnitude, particularly in summer and sea level rise and storm surge is projected to increase coastal erosion and inundation.
The wise use and conservation of our natural resources across the region is essential to the sustainability of reliant industries such as agriculture, animal production, tourism and viticulture.
The Region experiences a Mediterranean climate with mild wet winters and warm to hot dry summers. Annual rainfall ranges from approximately 630mm at Clare to about 330mm at Port Wakefield. Average summer daily maximum temperatures range from over 30oC in northern areas to around 25oC at the southern end of Yorke Peninsula. Average daily winter maximum temperatures range from around 15oC in coastal areas including Warooka and Stenhouse Bay to around 12oC in northern centres, including Yongala and Clare.
The region frequently experiences drought, intense storms and flooding, storm surges and king tides which have damaged agricultural crops, property, infrastructure and coastal, estuarine and marine habitats in coastal areas of the region. Climate change projections suggest an increased in the frequency and severity of these extreme weather events.
Climate projections indicate the Yorke and Mid North Region will be generally hotter and drier. Hot days and extended heatwaves are projected to increase in frequency and intensity, heavy rainfall events are projected to increase in magnitude, particularly in summer and sea level rise and storm surge is projected to increase coastal erosion and inundation.
The changing climate will become an increasingly powerful driver.
Regardless of what people believe is the cause, it is getting hotter – every year for 44 years now. Bushfires have seen issues becom...
The changing climate will become an increasingly powerful driver.
Regardless of what people believe is the cause, it is getting hotter – every year for 44 years now. Bushfires have seen issues become increasingly political and there will likely be conflict between those seeking restoration of the planet and those seeking to find a way forward through technology.
Water Security is the capacity of the region to safeguard and provide sustainable access to adequate quantities of acceptable quality water for sustaining livelihoods, socio-economic development and preserving ecosystems.
Changing climatic conditions are expected to change the frequency, duration and ferocity of storms. There is a possibility of cyclonic activity moving further
south and an increase in cool season tornadoes with associated storm damage and flooding. Bushfire risk is also expected to increase.
Many people enjoy the natural wonders of the Murray River, Yalgorup National Park, beaches of the Indian Ocean and the Peel-Harvey Estuary, the largest and most diverse estuarine system in the south- west of WA. In the middle reaches of the Peel Region are extensive areas of eucalypt forest and the Darling Scarp to the west of the forests provides an abrupt, stunning backdrop to the Coastal Plain.
All of these environmental assets are under threat from influences including factors associated with climate change and the encroachment of population and industry. All of these assets are at, or nearing, critical levels in their existence and require urgent intervention.
Regardless of what people believe is the cause, it is getting hotter – every year for 44 years now. Bushfires have seen issues become increasingly political and there will likely be conflict between those seeking restoration of the planet and those seeking to find a way forward through technology.
Water Security is the capacity of the region to safeguard and provide sustainable access to adequate quantities of acceptable quality water for sustaining livelihoods, socio-economic development and preserving ecosystems.
Changing climatic conditions are expected to change the frequency, duration and ferocity of storms. There is a possibility of cyclonic activity moving further
south and an increase in cool season tornadoes with associated storm damage and flooding. Bushfire risk is also expected to increase.
Many people enjoy the natural wonders of the Murray River, Yalgorup National Park, beaches of the Indian Ocean and the Peel-Harvey Estuary, the largest and most diverse estuarine system in the south- west of WA. In the middle reaches of the Peel Region are extensive areas of eucalypt forest and the Darling Scarp to the west of the forests provides an abrupt, stunning backdrop to the Coastal Plain.
All of these environmental assets are under threat from influences including factors associated with climate change and the encroachment of population and industry. All of these assets are at, or nearing, critical levels in their existence and require urgent intervention.
Climate change is likely to impact on the Ballarat community over the coming decades. There are expected changes in the intensity and frequency of extreme weather events, changes to the water cycle af...
Climate change is likely to impact on the Ballarat community over the coming decades. There are expected changes in the intensity and frequency of extreme weather events, changes to the water cycle affecting agriculture and other key industries, and concerns about the ongoing threat of natural disasters such as bushfires and floods. In terms of a growing population, the impact of such changes can have increasingly significant impacts.
Australia’s per capita production rate of greenhouse gases is one of the highest in the world. It is estimated that by improving the way we design, build and live, Victorians could save at least 50% of the energy that we use. As part of being an informed community, Ballarat needs to play its part by moderating its contribution to climate change/ reducing carbon emissions, and work to become more resilient to climate change impacts.
Australia’s per capita production rate of greenhouse gases is one of the highest in the world. It is estimated that by improving the way we design, build and live, Victorians could save at least 50% of the energy that we use. As part of being an informed community, Ballarat needs to play its part by moderating its contribution to climate change/ reducing carbon emissions, and work to become more resilient to climate change impacts.
Climate change impacts are already being felt in communities across the region. The pressure is being felt in sectors like local water, food production, and health and wellbeing.
While it is import...
Climate change impacts are already being felt in communities across the region. The pressure is being felt in sectors like local water, food production, and health and wellbeing.
While it is important that we all take steps to reduce our emissions to mitigate against further future climate impacts, such as embracing renewable energy, we also need to reduce our current and future vulnerability by taking adaptation action.
Adapting to climate change involves taking practical actions to manage current impacts and future risks to build resilient communities and systems across the region.
While it is important that we all take steps to reduce our emissions to mitigate against further future climate impacts, such as embracing renewable energy, we also need to reduce our current and future vulnerability by taking adaptation action.
Adapting to climate change involves taking practical actions to manage current impacts and future risks to build resilient communities and systems across the region.
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