Torsten Bondo

Papers

Total Citations

231

H-Index

About

Torsten Bondo is a leading researcher in the field of atmospheric physics and space-climate interactions, with a particular focus on how cosmic rays modulate cloud formation and aerosol processes. His most influential work, "Cosmic ray decreases affect atmospheric aerosols and clouds" (2009), has garnered over 230 citations and provides compelling evidence that Forbush decreases—sharp drops in galactic cosmic ray flux caused by solar coronal mass ejections—lead to measurable reductions in low-altitude liquid water clouds over the ocean. This finding is pivotal for understanding the potential link between solar variability and Earth’s climate, suggesting that cosmic rays may play a significant role in cloud microphysics. Bondo’s research bridges heliophysics and climate science, offering a mechanistic pathway for solar-driven changes in atmospheric properties. His work has been widely cited in debates on solar-climate forcing and has inspired further studies on aerosol-cloud interactions. By demonstrating that even transient cosmic ray reductions can alter cloud liquid water content, Bondo has made a lasting contribution to our understanding of natural climate variability and the subtle influence of space weather on our planet’s atmosphere.