Imagined Future Scenarios
Peace and Conflict Studies, Plausible Futures, Short Term (1 - 3 years)
Scenario Generated from 'Weaponising solar geoengineering' - Theecologist.org
Future Arc and Implications
Grow Arc
Social Impact: Increased anxiety and distrust as societies continue solar geoengineering without adequate impact predictions.
Technological Impact: Rapid development of alternative, potentially less reliable, climate modeling techniques and increased reliance on private sector 'solutions'.
Ecological Impact: Unforeseen and potentially amplified regional climate disruptions due to uncontrolled solar geoengineering experimentation.
Economic Impact: Short-term economic gains from continued fossil fuel use are prioritized over long-term sustainability, leading to heightened climate-related risks and insurance cost increases.
Political Impact: International tensions rise as nations pursue unilateral solar geoengineering approaches, disregarding global consensus and potentially triggering climate conflicts.
Narrative: Despite the dangerous uncertainty, unchecked economic growth imperatives drive continued, unassessed solar geoengineering despite the lack of modeling data.
Collapse Arc
Social Impact: Widespread social unrest and displacement resulting from climate disasters exacerbated by reckless solar geoengineering.
Technological Impact: Degradation of critical cyber infrastructure and scientific capabilities due to resource scarcity and lack of coordinated maintenance.
Ecological Impact: Catastrophic and irreversible environmental damage from unforeseen consequences of poorly understood solar geoengineering techniques.
Economic Impact: Global economic depression triggered by climate-related disasters and the failure of poorly assessed interventions.
Political Impact: Complete breakdown of international cooperation and governance structures, leading to regional conflicts over dwindling resources.
Narrative: The cyberattack catalyzes a global systems breakdown exposing the fragility and inadequacies of current technological and governmental approaches to climate change.
Discipline Arc
Social Impact: Increased surveillance and control as governments attempt to manage climate impacts and resource allocation following the cyberattack.
Technological Impact: Establishment of a heavily regulated and centralized climate monitoring and intervention system with restricted access.
Ecological Impact: Strictly controlled ecosystem management practices imposed to mitigate damage from unchecked geoengineering experiments.
Economic Impact: Centralized resource allocation and rationing to cope with the consequences of the cyberattack and environmental disruptions.
Political Impact: Authoritarian regimes emerge globally, prioritizing climate control and stability over individual freedoms and democratic processes.
Narrative: In the wake of the cyberattack, a highly centralized and controlled global governance system emerges, prioritizing climate management above all else.
Transform Arc
Social Impact: A global shift towards localized, decentralized, and ecologically sustainable lifestyles driven by a renewed sense of collective responsibility.
Technological Impact: Development and deployment of open-source, resilient technologies for climate monitoring and mitigation, empowering local communities.
Ecological Impact: Focus on ecological restoration and regenerative practices to heal damaged ecosystems and build resilience to climate change.
Economic Impact: Transition to a circular economy based on equitable resource distribution and ecological sustainability, moving beyond GDP growth metrics.
Political Impact: Emergence of decentralized governance structures and community-based decision-making processes focused on climate resilience and social justice.
Narrative: The cyberattack serves as a catalyst for a profound societal transformation, fostering ecological awareness, community resilience, and a decentralized approach to climate solutions.