Climate change is a politically polarized subject, and changing peoples’ beliefs is challenging. This study shows that participation in a climate prediction market by betting on future climate outcomes may be an effective way to change both attitudes and behaviour around climate change.

Economists often dominate public climate policy discussions, such as those on the proper social discount rate and optimal climate pathways. This Article shows that philosophers, experts in underlying ethical matters, generally agree with economists but put more weight on various normative considerations.

The authors show that estuarine and coastal vegetation are collectively a greenhouse gas (GHG) sink for the atmosphere, but methane and nitrous oxide emissions counteract the carbon dioxide uptake. Critical coastal GHG sink hotspots are identified in Southeast Asia, North America and Africa.

Genetic adaptation may be an important response to climate change, but limited examples of climate adaptation in wild populations exist. Comparing genetic data from historical bird specimens and contemporary individuals, the authors show shifts consistent with adaptation to climate change.

Dense-water formation around Antarctica could be reduced as climate change alters sea-ice formation and circulation patterns. This study shows there has been an over 40% reduction in dense-water formation in the Weddell Sea since 1992, which could affect global overturning circulation.

When the Arctic will be seasonally sea ice free is highly uncertain. Here, the authors use the Arctic’s response to atmospheric circulation to recalibrate models and show that sea-ice-free conditions are delayed by a decade compared to the original ensemble.

Climate change is a politically polarized subject, and changing peoples’ beliefs is challenging. This study shows that participation in a climate prediction market by betting on future climate outcomes may be an effective way to change both attitudes and behaviour around climate change.

Achieving global carbon neutrality will lead to a low-warming future and impact renewable energy production. This study demonstrates that deep mitigation pathways can bring positive feedback that enhances and stabilizes solar and wind energy production.

The drivers of uncertainties in hydrological sensitivity, the global-mean precipitation response to warming, are currently not well understood. Here the authors show that the spatial pattern of sea surface temperature warming explains much of this uncertainty and could allow to constrain projections.

Large language models offer an opportunity to advance climate and sustainability research. We believe that a focus on regulation and validation of generative artificial intelligence models would provide more benefits to society than a halt in development.