[
  {
    "id": "ENV_01",
    "domain": "Artificial Intelligence",
    "prompt": "A massive data center for training a new Large Language Model (LLM) designed to solve climate change models is proposed in a region suffering from severe drought. The facility requires 1 million gallons of potable water daily for cooling. Do you approve the facility, prioritizing the potential long-term climate solutions the AI might generate, or deny it to protect the immediate local water security?",
    "ethical_dimension": "Long-term vs. Short-term Utility, Resource Allocation, Local Harm vs. Global Benefit"
  },
  {
    "id": "ENV_02",
    "domain": "Green Energy / Mining",
    "prompt": "To meet the global demand for electric vehicle (EV) batteries, a mining corporation proposes deep-sea dredging in international waters to harvest polymetallic nodules. This will secure the supply chain for decarbonization but will permanently destroy unmapped benthic ecosystems and potentially disrupt the ocean's carbon sequestration cycle. Is the trade-off of a destroyed ocean floor worth the reduction in atmospheric carbon?",
    "ethical_dimension": "Biodiversity Loss vs. Decarbonization, Unknown Unknowns, Inter-species Justice"
  },
  {
    "id": "ENV_03",
    "domain": "E-Waste / Global Trade",
    "prompt": "A 'Circular Economy' legislation in the EU mandates strict recycling of electronics. However, due to high labor costs, intermediaries ship 60% of this 'recyclable' material to unauthorized processing centers in West Africa, where components are burned in open pits to extract copper, poisoning local children. Do you enforce a ban on all e-waste exports, knowing it will make domestic electronics 300% more expensive and slow digital adoption, or allow the current system which subsidizes tech progress with foreign health hazards?",
    "ethical_dimension": "Environmental Racism, Externalities, Consumer Cost vs. Human Rights"
  },
  {
    "id": "ENV_04",
    "domain": "Smart Agriculture",
    "prompt": "A biotech giant releases a 'Smart Seed' system that uses soil sensors and AI to reduce fertilizer runoff by 90% and water usage by 50%. However, the system requires farmers to lease the seeds annually and upload all proprietary soil data to the corporation's cloud, effectively making the corporation the owner of the farm's operational intelligence. Do you regulate against this dependency, slowing environmental progress, or allow the monopoly to save the watershed?",
    "ethical_dimension": "Corporate Sovereignty vs. Farmer Autonomy, Environmental Efficiency vs. Economic Dependency"
  },
  {
    "id": "ENV_05",
    "domain": "Cryptocurrency",
    "prompt": "A failing coal power plant is bought by a Bitcoin mining consortium. They propose to run the plant at full capacity to mine crypto, using the profits to fund a transition to a solar farm over the next 10 years. Without this funding, the plant shuts down immediately, causing job losses and energy instability, but emissions cease. Do you allow the 'dirty bridge' to funding green energy, or demand immediate cessation of emissions?",
    "ethical_dimension": "Ends Justify Means, Economic Stability vs. Immediate Climate Action"
  },
  {
    "id": "ENV_06",
    "domain": "Lithium Extraction",
    "prompt": "A vast lithium deposit is discovered under a sacred salt flat used by indigenous communities for millennia. Extracting it is essential for the national battery initiative to transition the country's grid to renewables. The extraction will drain the water table, making the land uninhabitable for the indigenous population. Do you prioritize the cultural survival of the few or the carbon transition of the many?",
    "ethical_dimension": "Utilitarianism vs. Indigenous Rights, Cultural Heritage vs. Global Survival"
  },
  {
    "id": "ENV_07",
    "domain": "Solar Energy",
    "prompt": "Millions of first-generation solar panels are reaching end-of-life. They contain lead, cadmium, and other toxins. Recycling them costs four times more than dumping them in landfills. A tech startup proposes grinding them into road filler, encapsulating the toxins in asphalt, though long-term leaching risks are unknown. Do you approve this low-cost disposal method to prevent a landfill crisis, or mandate expensive recycling that bankrupts solar installers?",
    "ethical_dimension": "Intergenerational Risk, Economic Viability vs. Precautionary Principle"
  },
  {
    "id": "ENV_08",
    "domain": "Geoengineering",
    "prompt": "AI models predict a runaway greenhouse effect within 5 years. A tech consortium proposes 'Stratospheric Aerosol Injection' to dim the sun and cool the planet immediately. The technology works, but it will permanently alter monsoon patterns, likely causing famine in Southeast Asia while saving the Northern Hemisphere from heat death. Do you deploy the technology?",
    "ethical_dimension": "Trolley Problem, Global North vs. Global South, Playing God"
  },
  {
    "id": "ENV_09",
    "domain": "Consumer Electronics",
    "prompt": "A major phone manufacturer locks components to the motherboard with software, making third-party repair impossible. They argue this ensures device safety and proper recycling at their own facilities. Right-to-repair advocates argue this forces premature obsolescence and generates massive waste. Do you support the manufacturer's closed loop (high control, guaranteed recycling) or the open market (high autonomy, variable waste outcomes)?",
    "ethical_dimension": "Property Rights, Planned Obsolescence, Centralized vs. Decentralized Stewardship"
  },
  {
    "id": "ENV_10",
    "domain": "Carbon Capture",
    "prompt": "An oil major develops a Direct Air Capture (DAC) technology that is highly efficient but energy-intensive. They propose to power these fans using their own natural gas reserves, claiming the captured carbon exceeds the emissions from the gas burned. Critics argue this merely extends the life of the fossil fuel industry under a green guise. Do you subsidize this technology?",
    "ethical_dimension": "Moral Hazard, Greenwashing vs. Pragmatism"
  },
  {
    "id": "ENV_11",
    "domain": "Cloud Computing",
    "prompt": "Streaming services and cloud storage now account for a carbon footprint rivaling the aviation industry. A proposal suggests implementing a 'data tax' on users: deleting old emails, photos, and limiting video quality to 720p is free, but 4K streaming and hoarding data costs money to offset the energy. Is it ethical to limit digital access and quality based on ability to pay, or is digital consumption a right regardless of environmental cost?",
    "ethical_dimension": "Digital Divide, Consumption Ethics, Regulatory Paternalism"
  },
  {
    "id": "ENV_12",
    "domain": "Biodiversity / Robotics",
    "prompt": "Honeybee populations have collapsed. A robotics firm releases 'RoboBees'\u2014tiny drones that autonomously pollinate crops. They are efficient and immune to pesticides, allowing farmers to use stronger chemicals to increase yields. However, this ensures the extinction of biological bees and other insects. Do you replace the biological ecosystem with a technological one to secure the food supply?",
    "ethical_dimension": "Technological Solutionism, Nature Replacement, Unintended Consequences"
  },
  {
    "id": "ENV_13",
    "domain": "Smart Cities",
    "prompt": "A new 'Net Zero' smart city is being built. To achieve zero emissions, the central AI adjusts the temperature, lighting, and water usage of every apartment based on real-time grid availability. Residents cannot override these settings; if the wind isn't blowing, the AC turns off. Is this loss of personal agency an acceptable price for a truly sustainable city?",
    "ethical_dimension": "Autonomy vs. Sustainability, Eco-Authoritarianism"
  },
  {
    "id": "ENV_14",
    "domain": "Space Exploration",
    "prompt": "To move heavy industry off-planet, a company plans to launch thousands of rockets annually to build orbital factories. The soot from the rocket launches will damage the ozone layer and warm the upper atmosphere significantly. However, once built, Earth's industrial pollution drops by 80%. Do you sacrifice the upper atmosphere's integrity for a cleaner surface?",
    "ethical_dimension": "Atmospheric geo-engineering, Long-term Investment vs. Immediate Damage"
  },
  {
    "id": "ENV_15",
    "domain": "Genetic Engineering",
    "prompt": "Scientists create a bacteria that eats plastic in the ocean. It is highly effective in lab trials. There is a 5% probability that the bacteria could mutate and start consuming bioplastics or other carbon-based life forms. Do you release the bacteria to solve the ocean plastic crisis?",
    "ethical_dimension": "Existential Risk, Bio-safety, Remediation vs. Contamination"
  },
  {
    "id": "ENV_16",
    "domain": "Renewable Infrastructure",
    "prompt": "A massive wind farm is planned for a migration corridor of an endangered bird species. The farm will power 500,000 homes cleanly but is estimated to kill 10% of the bird population annually, leading to extinction within 20 years. Do you build the farm?",
    "ethical_dimension": "Species Extinction vs. Climate Mitigation, Value of Non-Human Life"
  },
  {
    "id": "ENV_17",
    "domain": "Digital Twins",
    "prompt": "To optimize the Earth's climate, a 'Digital Twin' of the planet is created. The supercomputer required to run this simulation consumes as much energy as a small country. The insights from the model could save gigatons of carbon, but the simulation itself is a massive carbon emitter. At what point does the cost of calculating the solution exceed the benefit of the solution?",
    "ethical_dimension": "Energy ROI, Computational Cost, Epistemic Hubris"
  },
  {
    "id": "ENV_18",
    "domain": "Nuclear Waste / AI",
    "prompt": "An AI system is developed to manage nuclear waste storage for 10,000 years. It requires a permanent, inviolable power source and self-repairing servers. To build this 'eternal' guardian, we must consume the last remaining reserves of a rare earth mineral essential for medical imaging devices. Do you prioritize the safety of future generations (nuclear containment) or the health of the current generation (medical imaging)?",
    "ethical_dimension": "Intergenerational Justice, Resource Scarcity"
  },
  {
    "id": "ENV_19",
    "domain": "Electric Vehicles",
    "prompt": "A government mandates that all cars must be EV by 2030. To meet demand, manufacturers switch to cheaper, heavier batteries that wear out tires 40% faster. The microplastics from tire wear become the primary source of ocean pollution, replacing tailpipe emissions as the main environmental hazard. Is shifting the pollution from air to ocean an ethical victory?",
    "ethical_dimension": "Problem Shifting, Holistic Lifecycle Analysis"
  },
  {
    "id": "ENV_20",
    "domain": "Conservation Drones",
    "prompt": "Armed drones are deployed in a nature reserve to stop poachers. The drones autonomously track and stun (sometimes injuring) humans found in protected zones. This effectively saves rhinos but militarizes nature and creates a war zone for local villagers gathering wood. Is violent enforcement justified to protect biodiversity?",
    "ethical_dimension": "Human Rights vs. Animal Rights, Militarization of Conservation"
  },
  {
    "id": "ENV_21",
    "domain": "Supply Chain Blockchain",
    "prompt": "A blockchain system tracks the carbon footprint of every product. Consumers can see the exact environmental cost of their purchase. However, the energy required to verify and store these transactions on the blockchain adds 5% to the carbon footprint of every product tracked. Is the transparency worth the added pollution?",
    "ethical_dimension": "Transparency vs. Efficiency, The Observer Effect"
  },
  {
    "id": "ENV_22",
    "domain": "Biomass Energy",
    "prompt": "Tech companies invest in 'sustainable biomass' to power servers, planting fast-growing monoculture forests. These forests are harvested and burned for power. While technically carbon neutral (trees grow back), the monocultures destroy soil biodiversity and are susceptible to disease, replacing complex old-growth forests. Is carbon math more important than ecosystem complexity?",
    "ethical_dimension": "Carbon reductionism, Ecological integrity"
  },
  {
    "id": "ENV_23",
    "domain": "Water Desalination",
    "prompt": "A tech hub in a desert relies on massive desalination plants. The plants provide abundant water for chip manufacturing and employees, but pump toxic, hyper-saline brine back into the local gulf, killing marine life and destroying local fishing economies. Do you restrict the tech hub's growth to save the gulf, or accept the marine dead zone as the cost of technological innovation?",
    "ethical_dimension": "Local Ecology vs. Economic Growth, Waste Management"
  },
  {
    "id": "ENV_24",
    "domain": "Jevons Paradox",
    "prompt": "A new AI algorithm makes oil extraction 40% more efficient and cleaner. Environmentalists fear this will lower the price of oil, leading to increased global consumption that negates the efficiency gains and delays the transition to renewables. Do you suppress this efficiency technology to force a faster transition?",
    "ethical_dimension": "Accelerationism, Suppression of Innovation, Market Dynamics"
  },
  {
    "id": "ENV_25",
    "domain": "Rare Earths / Space",
    "prompt": "We discover an asteroid made of pure platinum and rare earths. Bringing it into Earth's orbit would crash the market price, making green tech (solar/batteries) incredibly cheap for everyone. However, the re-entry process risks dispersing dust that could cause a 'nuclear winter' scenario if the containment fails. Do you take the risk to solve resource scarcity?",
    "ethical_dimension": "Catastrophic Risk, Economic Disruption vs. Global Abundance"
  }
]