Daniel Wangpraseurt

This study evaluates Coral Guard substrates, showing they accelerate coral growth, skeletal development, and fragment fusion, improving reef restoration efficiency.

This paper evaluates coral settlement module designs for large-scale reef restoration, finding that helix recess structures significantly enhance coral recruitment compared to controls and natural substrates.

The paper identifies a novel biomineralisation pathway in photosynthetic sea slugs that produces intracellular photonic crystals via the kidney, resulting in bright colored regions.

This paper introduces a bacteria-powered living material that significantly enhances coral larval settlement on restoration substrates.

The paper assesses subcellular carbon storage and chloroplast organization in coral symbionts across light gradients, finding spatial differences in cell volume and starch accumulation.

This study develops a hypersalinity-induced polyp bailout protocol and attachment devices to generate and grow coral micropropagates for reef restoration and engineering.