Solutions for a Changing Climate
Each Drawdown Georgia solution has a strong track record, is cost-competitive and ‘market-ready.’ By bringing what’s possible into focus, Drawdown Georgia puts us on a path to a low-carbon, high-quality of life future for all.
The Drawdown Georgia Methodology
With Project Drawdown as our guiding principle, the Ray C. Anderson Foundation brought together a group of Georgia’s climate experts to scale the global climate framework to our state. A team of researchers from the Georgia Institute of Technology, University of Georgia, Emory University, and Georgia State University analyzed which climate solutions best map to Georgia’s unique economic, social and natural resources.
The resulting 20 high-impact solutions, when scaled, have the power to cut Georgia’s emissions significantly over the next decade, and put the state on a path toward carbon neutrality. Along the way, new technologies, fresh insights and improved capabilities will no doubt spur additional progress so that we can then imagine our way to 2040 and beyond.
With Project Drawdown as our guiding principle, the Ray C. Anderson Foundation brought together a group of Georgia’s climate experts to scale the global climate framework to our state. A team of researchers from the Georgia Institute of Technology, University of Georgia, Emory University, and Georgia State University analyzed which climate solutions best map to Georgia’s unique economic, social and natural resourc...
With Project Drawdown as our guiding principle, the Ray C. Anderson Foundation brought together a group of Georgia’s climate experts to scale the global climate framework to our state. A team of researchers from the Georgia Institute of Technology, University of Georgia, Emory University, and Georgia State University analyzed which climate solutions best map to Georgia’s unique economic, social and natural resources.
The resulting 20 high-impact solutions, when scaled, have the power to cut Georgia’s emissions significantly over the next decade, and put the state on a path toward carbon neutrality. Along the way, new technologies, fresh insights and improved capabilities will no doubt spur additional progress so that we can then imagine our way to 2040 and beyond.
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1
Learn
Understanding Georgia’s baseline carbon footprint and trends
2
Identify
Identifying the most impactful Georgia-specific carbon-reduction solutions based on the global framework of Project Drawdown®
3
Estimate
Estimating the greenhouse gas (GHG) reduction potential of these high-impact 2030 solutions for Georgia in megatons
4
Impact
Considering costs and benefits of these solutions, including how they impact Georgia’s social systems Beyond Carbon: jobs, equity, public health, and the environment
Learn
Understanding Georgia’s baseline carbon footprint and trends
Identify
Identifying the most impactful Georgia-specific carbon-reduction solutions based on the global framework of Project Drawdown®
Estimate
Estimating the greenhouse gas (GHG) reduction potential of these high-impact 2030 solutions for Georgia in megatons
Impact
Considering costs and benefits of these solutions, including how they impact Georgia’s social systems Beyond Carbon: jobs, equity, public health, and the environment
The Science of What’s Possible
We love geeking out over our potential to dramatically reduce greenhouse gas emissions in Georgia, and we have a feeling you will too. In just a couple of weeks, you’ll be able to click on the interactive graph below to explore what’s possible. This interactive graphic allows you to see where emissions in the state are headed under the status quo -- and how that trajectory will change as our solutions begin to scale.
Every color-coded wedge represents how each solution can contribute ambitious, but achievable, emission reductions. It helps us visualize what’s possible, and we believe if you can see it, you can achieve it. These calculations are a work in progress based on estimates and forecasts gathered from numerous sources. Stay tuned as this graph changes over time and as our emissions projections change.
We love geeking out over our potential to dramatically reduce greenhouse gas emissions in Georgia, and we have a feeling you will too. In just a couple of weeks, you’ll be able to click on the interactive graph below to explore what’s possible.
This interactive graphic allows you to see where emissions in the state are headed under the status quo -- and how that trajectory will change as our solutions begin to...
We love geeking out over our potential to dramatically reduce greenhouse gas emissions in Georgia, and we have a feeling you will too. In just a couple of weeks, you’ll be able to click on the interactive graph below to explore what’s possible.
This interactive graphic allows you to see where emissions in the state are headed under the status quo -- and how that trajectory will change as our solutions begin to scale.
Every color-coded wedge represents how each solution can contribute ambitious, but achievable, emission reductions. It helps us visualize what’s possible, and we believe if you can see it, you can achieve it.
These calculations are a work in progress based on estimates and forecasts gathered from numerous sources. Stay tuned as this graph changes over time and as our emissions projections change.
READ MORE
Georgia’s 20 Solutions
Here’s a complete list of the 20 high-impact solutions that will get Georgia on the road to a significant emissions reduction. You can see what’s possible for each Solution when it is scaled in ambitious and achievable ways.
Electricity
| Solution | Sector | Additional Megatons Of Co2-E Reduced / Sequestered In 2030 In The Achievable Scenario |
|---|---|---|
Large-Scale Solar
|
Electricity | -11.2 |
Cogeneration
|
Electricity | -2.1 |
Rooftop Solar
|
Electricity | -1.0 |
Demand Response
|
Electricity | -1.7 |
Landfill Methane
|
Electricity | -1.4 |
Buildings & Materials
| Solution | Sector | Additional Megatons Of Co2-E Reduced / Sequestered In 2030 In The Achievable Scenario |
|---|---|---|
Recycling/Waste Management
|
Buildings & Materials | -3.1 |
Refrigerant Management
|
Buildings & Materials | -0.7 |
Retrofitting
|
Buildings & Materials | -2.6 |
Food & Agriculture
| Solution | Sector | Additional Megatons Of Co2-E Reduced / Sequestered In 2030 In The Achievable Scenario |
|---|---|---|
Composting
|
Food & Agriculture | -1.7 |
Conservation Agriculture
|
Food & Agriculture | -0.5 |
Plant-Forward Diet
|
Food & Agriculture | -1.2 |
Reduced Food Waste
|
Food & Agriculture | -1.7 |
Land Sinks
| Solution | Sector | Additional Megatons Of Co2-E Reduced / Sequestered In 2030 In The Achievable Scenario |
|---|---|---|
Coastal Wetlands
|
Land Sinks | -0.1 |
Afforestation & Silvopasture
|
Land Sinks | -2.8 |
Temperate Forest Stewardship
|
Land Sinks | -2.6 |
Transportation
| Solution | Sector | Additional Megatons Of Co2-E Reduced / Sequestered In 2030 In The Achievable Scenario |
|---|---|---|
Energy Efficient Cars
|
Transportation | -1.4 |
Energy Efficient Trucks
|
Transportation | -3.3 |
Mass Transit
|
Transportation | -0.8 |
Electric Vehicles
|
Transportation | -1.4 |
Alternative Mobility
|
Transportation | -1.8 |
