Marinesnow_05_and_07_compressed.zip

Sinking velocities (typically 1 to 368 m/day), particle size, and porosity.

Understanding how global warming might change the efficiency of this "ocean ooze" as a carbon sink. Option 2: Microbial Ecology and "Hitchhikers" MarineSnow_05_and_07_compressed.zip

Microbial Hotspots in the Deep: Comparing Prokaryotic Colonization on Marine Snow Aggregates What is marine snow? - NOAA's National Ocean Service Sinking velocities (typically 1 to 368 m/day), particle

Quantifying how much carbon is successfully transported to the seafloor versus how much is consumed or remineralized by microbes and zooplankton in the water column. MarineSnow_05_and_07_compressed.zip

The Efficiency of the Biological Carbon Pump: Analyzing Vertical Flux in MarineSnow_05 and _07 Datasets

Based on the research significance of marine snow, here are several paper titles and structures you could develop using this data.