Imagined Future Scenarios
Circular Economy, Possible Futures, Long Term (5 - 10 years)
Scenario Generated from 'Let’s bend the curve' - Letsbendthecurve.com
Future Arc and Implications
Grow Arc
Social Impact: Increased device adoption leads to a digital divide based on access to carbon-negative technology.
Technological Impact: Rapid development of carbon-negative materials expands device functionalities and production scales.
Ecological Impact: Carbon sequestration through devices helps mitigate climate change, but mining for raw materials still causes damage.
Economic Impact: The carbon-negative device industry booms, creating immense wealth and shareholder value.
Political Impact: Governments promote carbon-negative devices through subsidies and regulations, favoring related corporations.
Narrative: Unfettered production and consumption fueled by carbon-negative technology chases exponential growth, ironically masking persistent underlying environmental issues.
Collapse Arc
Social Impact: Device dependence intensifies as ecological crises worsen, leading to increased societal vulnerability and inequality.
Technological Impact: Over-reliance on a single technological solution proves insufficient to counteract broader environmental damage.
Ecological Impact: The ecosystem collapses despite device carbon sequestration due to resource depletion, pollution, and biodiversity loss.
Economic Impact: The carbon-negative device industry collapses when climate change effects render devices ineffective or unusable due to resource scarcity.
Political Impact: Government instability rises as climate change amplifies social unrest and resource conflicts, rendering carbon offsetting ineffective.
Narrative: Carbon-negative technology provides a false sense of security, leading to systemic failure when ecological limits are breached.
Discipline Arc
Social Impact: Device usage is carefully managed and allocated to prioritize essential services and critical carbon sequestration projects.
Technological Impact: Device design focuses on durability, repairability, and efficient carbon storage, prioritizing functionality over novelty.
Ecological Impact: Extraction of raw materials is tightly regulated to minimize environmental impact, while device recycling rates are maximized via policy.
Economic Impact: A circular economy for carbon-negative devices promotes local production and prioritized social benefit over profitability.
Political Impact: Strong international agreements enforce carbon accounting and device distribution to ensure equitable climate action.
Narrative: Centralized control or dedicated global collaborative action guides the development, distribution, and lifecycle of these technologies for ecological sustainability.
Transform Arc
Social Impact: Increased awareness of interconnectedness fosters a shift towards mindful consumption and a rejection of technological solutionism.
Technological Impact: Carbon-negative materials inspire the development of biomimicry and nature-inspired solutions for carbon capture and storage.
Ecological Impact: Ecosystem restoration becomes the primary focus, with carbon-negative devices playing a supporting role in a holistic environmental strategy.
Economic Impact: A regenerative economy emerges, prioritizing environmental restoration, social equity, and meaningful work.
Political Impact: Participatory governance empowers communities to make decisions about resource management and technological development.
Narrative: A profound shift occurs when society integrates carbon-negative technology into a system that actively fosters regeneration and human well-being.