Climate engineering and carbon sequestration strategies

Highlighting understudied applications of artificial photosynthesis in industrial carbon capture systems

artificial photosynthesis carbon capture renewable energy biomimicry industrial applications

Via deep-ocean carbon sequestration to offset industrial emissions at scale

deep-ocean carbon storage industrial emissions climate mitigation abyssal ecosystems carbon sequestration

Through Arctic permafrost stabilization using unconventional methodologies for climate mitigation

climate engineering cryosphere preservation methane sequestration geotechnical solutions Arctic ecosystems

Employing electrocatalytic CO2 conversion to produce sustainable aviation fuels

electrocatalysis CO2 conversion sustainable aviation fuel carbon capture renewable energy

Deep-ocean carbon sequestration through enhanced mineral weathering in abyssal plains

carbon sequestration ocean alkalinity enhancement mineral weathering climate engineering abyssal processes

Investigating phytoplankton cloud seeding as a method for marine climate engineering

phytoplankton cloud seeding climate engineering marine aerosols carbon sequestration

Through biochar soil enhancement in heavy metal phytoremediation strategies

sorption capacity rhizosphere microbiome phytoextraction carbon sequestration soil amendments

Optimizing carbon capture efficiency through high-throughput catalyst screening and machine learning

carbon capture high-throughput screening machine learning catalysis climate change

Million-year nuclear waste isolation using deep borehole geological entombment

nuclear waste deep borehole geological storage radioactive decay long-term isolation

Exploring stellar nucleosynthesis cycles in metal-poor globular clusters

nucleosynthesis r-process globular clusters neutron stars isotopic abundance

Enhancing carbon capture efficiency via perovskite-based membranes with AI-driven optimization

perovskite membranes carbon capture AI optimization gas separation climate tech

Optimizing carbon capture via deep-ocean sequestration with engineered microbial communities

carbon sequestration deep-ocean microbial engineering climate mitigation biogeochemistry