Uniting paleoclimatology with AI prediction to forecast megadroughts under 2035 SDG targets
paleoclimate AI
drought forecasting
SDG alignment
hydroclimate modeling
Predicting material stability over 10,000 years for volcanic winter preparation
material degradation
volcanic ash
geoengineering
longevity testing
climate resilience
Synthesizing future-historical approaches for post-climate collapse societal resilience
future studies
climate resilience
historical analogs
speculative design
collapse adaptation
For volcanic winter preparation using stratospheric aerosol injection optimization models
geoengineering
volcanic winter
aerosols
climate resilience
disaster preparedness
Evaluating phytoplankton cloud seeding for regional climate mitigation
phytoplankton
cloud seeding
climate engineering
marine aerosols
albedo modification
During grand solar minimum, optimizing crop resilience using photoperiod-insensitive strains
solar minimum
crop resilience
photoperiodism
agriculture
climate adaptation
For deep geological time applications in predicting nuclear waste storage stability
nuclear waste
geological storage
mineralogy
long-term stability
radionuclide containment
Employing piezoelectric rain enhancement in arid agricultural regions via drone networks
cloud seeding
smart agriculture
atmospheric electrostatics
drought mitigation
Microbiome transplantation therapies reversing age-related dysbiosis in centenarians
microbiome rejuvenation
aging gut
fecal transplant
longevity biomarkers
microbial therapeutics
Employing piezoelectric rain enhancement for drought-prone agricultural regions
piezoelectricity
cloud seeding
drought mitigation
atmospheric physics
agricultural hydrology
Investigating climate patterns synchronized with solar cycles over millennia
solar cycles
climate patterns
paleoclimatology
proxy records
historical data
Planetary-scale engineering through million-year nuclear waste isolation techniques
nuclear waste
planetary engineering
geological isolation
long-term storage
radionuclide containment