Adaptation is essential for communities to address climate change and enhance resilience. The Pathway to Climate Resilience connects adaptation to long-term goals like the Sustainable Development Goals (SDGs), valuing local knowledge, highlighting community-driven initiatives, the role of technology in early warning systems, and the significance of governance in sustainable futures, reinforcing adaptation as a critical strategy against climate change.
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Journal of Geophysical Research: Atmospheres VOL.131 ISSUE 10 | 25 May 2026
Preconditioning of Local Convective Initiation in Central Europe by Land–Atmosphere Coupling: Heated Condensation Framework Diagnostics
Kirsten Warrach-Sagi + Josipa Milovac + Noah Breuninger
This study investigates the role of land‐atmosphere coupling in favorable conditions for locally triggered convection in central Europe. The region is in so‐called transitional...
Journal of Geophysical Research: Space Physics VOL.131 ISSUE 5 | 25 May 2026
Investigating the Role of Solar Flare Termination Shocks in Initiating Ground Level Enhancements
Xin Wang + Hong Lu + Suming Weng ...
The solar flare is the primary source of eruptions that generate space weather. Its high‐speed jet is believed to produce the potential termination shock (TS) at the apex...
Journal of Geophysical Research: Oceans VOL.131 ISSUE 5 | 24 May 2026
Typhoon‐Induced Vertical Mixing Rapidly Reshapes Bacterioplankton Communities Across Ocean Depths
Yi-Hsuan Lo + Wan-Hsuan Cheng + Chao-Chen Lai ...
Typhoon‐induced vertical mixing of stratified water columns can profoundly impact ocean ecosystems. Such mixing processes are expected to replenish nutrients throughout the...
Earth's Future VOL.14 ISSUE 5 | 8 May 2026
Future Drought Will Lead to a Decrease in Vegetation Resilience in China
Liangliang Jiang + Wenli Liu + Rui Liu ...
The interactions between climate change and socioeconomic development have led to significant changes in vegetation resilience in response to drought in China. However, an...
Journal of Geophysical Research: Planets VOL.131 ISSUE 5 | 25 May 2026
Self‐Similar Initial Morphology of Lunar Simple Craters With Implications for Formation and Degradation Process
Huacheng Li + Zongyu Yue
Impact craters dominate the lunar surface and morphology‐based dating typically assumes that their initial profiles correspond to the average shape of fresh craters. However,...