Planning for next glacial period with AI-driven climate adaptation models
glacial cycles
climate adaptation
AI modeling
ecosystem resilience
paleoclimatology
Quantifying enzyme turnover numbers under simulated impact winter conditions
enzyme kinetics
impact winter
biochemical resilience
low-temperature catalysis
disaster scenarios
Military-to-civilian tech transfer in disaster response robotics inspired by insect ethology
tech transfer
swarm robotics
ethology
disaster response
bio-inspired design
Through Snowball Earth episodes to model extreme climate resilience in crops
Snowball Earth
climate resilience
crop genetics
paleoclimatology
extreme environments
Reviving pre-Columbian technologies with few-shot hypernetworks for sustainable agriculture
pre-Columbian agriculture
hypernetworks
sustainable farming
AI optimization
crop resilience
Predicting ecosystem resilience through last glacial maximum climate analogs
paleoclimate
ecosystem resilience
glacial maximum
climate analogs
biodiversity
For impact winter resilience, optimizing underground fungal farming systems with LED spectra
impact winter
fungal farming
LED spectra
food security
solar dimming
Exploring prebiotic chemical pathways during impact winter scenarios on early Earth
prebiotic chemistry
impact winter
abiogenesis
astrobiology
geochemical cycles
For 2040 climate migration scenarios using coupled socio-climatic models
climate migration
predictive modeling
socio-climatic systems
population displacement
adaptation strategies
Synthesizing future-historical approaches to anticipate 22nd-century energy infrastructure needs
futurology
energy infrastructure
historical trends
speculative design
long-term planning
Counterintuitive biological hacks across Milankovitch cycles for crop resilience
Milankovitch cycles
crop resilience
biological adaptation
climate stress
orbital forcing
Coastal infrastructure resilience strategies for 2100 sea level rise scenarios exceeding 2 meters
sea level rise
coastal resilience
2100 projections
flood barriers
climate adaptation