M. Kühl

This study uses optical coherence tomography to investigate the morphology and optical properties of Cassiopea jellyfish, showing that white granules enhance light availability for symbionts, leading to increased carbon fixation.

This study investigates how the mesoglea in Cassiopea sp. buffers O2 and pH during light-dark cycles by measuring light, O2, and pH dynamics in living specimens.

The paper quantifies how GFP-like pigments in corals alter the internal light environment, showing their role in photoacclimation and photoprotection under different light conditions.

The paper demonstrates substantial near-infrared radiation-driven photosynthesis by Chl f-containing cyanobacteria in natural beachrock biofilms.

This study examines how feeding and thermal stress affect oxygen exchange and carbon budgets in the coral Pocillopora damicornis, finding that feeding enhances photosynthesis but thermal stress reduces it, with significant carbon loss observed.

This study examines how feeding affects the photosynthetic efficiency and thermal resilience of corals under stress, finding that fed corals maintain higher efficiency and resilience than unfed ones.

This study demonstrates that pH stabilization by specific bacterial species in a synthetic soil community enhances in vitro community growth through inter-species interaction.