World Solve

Extreme events cause health impacts and infrastructure damage, testing adaptation plans. Urban heat and flood-risk modelling tools plus nature-based solution marketplaces can support responses.

Transport and industrial emissions continue to cause health burdens despite progress. Low-cost sensor networks and policy-impact simulators can guide clean-air strategies.

Transport and industrial emissions continue to cause health burdens despite progress. Low-cost sensor networks and policy-impact simulators can guide clean-air strategies.

Bridges, tunnels, and rail lines built decades ago require expensive renovation at a time of fiscal pressure. Asset-condition mapping and lifecycle-finance tools can prioritise investment.

Changing rainfall patterns and heat waves strain agriculture and urban supplies. Basin-level modelling and demand-management platforms can help cities and farmers adapt.

Intensive agriculture and urban expansion reduce habitats for key species. Monitoring tools and incentive platforms for nature-positive land use can support recovery.

Kepler and other missions have identified thousands of exoplanets, but we lack robust statistics on Earth-size worlds with stable climates and liquid water. Next-generation transit and direct-imaging missions must refine occurrence rates.

Observations show billion-solar-mass black holes early in cosmic history, which standard growth models struggle to explain. Improved surveys of high-redshift quasars and simulations of direct-collapse scenarios are needed.

Moons like Europa and Enceladus may harbor oceans beneath ice, but we do not know their chemical gradients or energy sources. Cryobot and plume-sampling missions could test for conditions suitable for life.

Objects in the distant solar system could reveal formation history and the presence of rogue planets, but only a few have been discovered. Wide-field deep surveys and improved orbit determination are needed.

Observed exoplanet diversity challenges simple core-accretion models. High-resolution imaging of disks and improved simulations are needed.

Galaxies stop forming stars due to feedback and environment, but mechanisms vary. Surveys across environments and redshifts can clarify.

Loose aggregates behave differently from solid rock in impacts and mining. In situ missions and modeling can guide hazard mitigation and resource use.

Floods, droughts, and storms repeatedly erase assets for low-income families. Climate-resilient housing and micro-insurance products can help absorb shocks.

Weak storage, transport, and retail systems let food spoil while hunger persists. Cold-chain investment and circular food-business models can reduce loss.

Traditional staples become harder to grow in regions facing heat and drought. Climate-resilient seeds and diversified cropping systems can buffer risk.

Untreated sewage pollutes rivers and coasts. Decentralized treatment plants and enforcement are needed.

Water planning based on historical norms is becoming unreliable. Scenario-based planning and storage investments are needed.

Non-revenue water undermines sustainability. IoT leak detection and smart metering can reduce losses.

Remote and poor communities remain off-grid. Decentralized renewables and finance innovations can expand access.