The world has passed any point that could be regarded as a safe climate. Current impacts are unacceptable and between global average temperature increases of 1.5°C to 2.0°C, we risk tipping into a state of "Hothouse Earth", in which warming is irreversible in a human timescale. Preventing catastrophe will require decisive action to take advantage of all options still open to us.
To actually stop and reverse warming globally, we must not only reduce emissions to zero, but also remove existing greenhouse gases to lessen overall concentrations. Because reducing emissions and overall greenhouse gas concentrations alone is too slow to stop feedback loops that are accelerating warming, we also need immediate cooling (repair).
These three actions, reduce, remove and repair, are known as the 3Rs. These three actions combined
are the only path to stop and reverse warming.
Fusion supports the goals of the Climate Rescue Accord:
Fusion commits to the following high level actions:
Australia, with its veto powers in the IPCC has stymied global action for decades. Australia now needs to lead globally. A national climate emergency and mobilisation act would put Australia on "wartime footing" to reduce, remove and invest in urgent R&D into repair.
State and federal governments will need to shape the transition so that it is strategic, holistic, cogent and efficient.
We must build the workforce for growing and emerging sectors, including in STEM, manufacturing and land-based industries.
We need emergency roadmaps and transitions to zero or near zero across every sector. Much of the transition is about fixing inefficiencies in homes and industry which accounts for a significant portion of current emissions.
This will be a complex and difficult process involving all aspects of the global economy.
By elevating our renewable energy capacity to 800%, we aim to:
Many blueprints exist for a 100% renewables grid, we just need the will to rapidly phase out fossil fuels and invest in and regulate for a cheap, clean future.
Commit to broad-spectrum research and development, ensuring Australia is at the forefront of innovative technologies that can contribute to a sustainable future and a dynamic economy. This includes overturning the ban on nuclear power for the purpose of research into fusion energy
Advocating for 100% recyclable products across manufacturing and construction.
Expand precision fermentation and other technologies to reduce the carbon footprint of these sectors. Modify farming practices to reduce emissions, especially methane from ruminant animals
Plug rogue (mining site) emissions from current and historical coal and gas mining.
Place a material price on carbon emissions, and remove all subsidies from greenhouse emission intensive practices and vehicles.
Transform Australia's transport sector to promote zero-emission vehicles and technologies, coupled with infrastructure that supports an energy-efficient future. Electric vehicle batteries have the added bonus of being able to stabilise the grid during peak demand. Public transport, cycling, and small personal electric vehicles will all play a key role in the energy transition
Roll out a nationally coordinated electric vehicle charging network.
Connecting our major cities will provide cheap, low-emission intercity travel that will create further economic opportunities.
Facilitate financing for purchase of electric vehicles, including e-bikes and scooters, based on savings accrued over the life of the vehicle.
Continue to invest in green hydrogen and other zero emissions fuels as a potential future zero emissions heavy vehicle and flight fuel.
Implement diverse strategies to actively remove CO2 from the atmosphere and enhance natural carbon sinks. This also requires significant R&D investment and includes both natural and industrial means.
Incentivise rewilding and rehabilitation of ecosystems. This includes wetlands and oceanic ecosystems like kelp forests and krill populations that act as significant carbon sinks.
Encourage practices aimed at rehydrating landscapes to increase their carbon storage capacity.
Allow forests to regenerate by ending destructive practices.
Encourage the production of bio-char as a method of carbon sequestration.
This begins with facilitating urgent R&D in the area of immediate cooling strategies. There are a number of different methods in question. Implications of their use are not yet fully understood. International cooperation is paramount.
What policy would you add?
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