Introduction to project DUNE, a DUst experiment in a low nutrient, low chlorophyll ecosystem

Keyphrases

• Dust Analogue 100%
• Oligotrophic Ecosystem 100%
• Dissolved Inorganic Nitrogen 100%
• Dissolved Inorganic Phosphorus 100%
• Carbon Budget 100%
• Dust Composition 50%
• Food Web Model 50%
• Polluted Air 50%
• N Limitation 50%
• Rapid Return 50%
• Nutrient Input 50%
• Diazotrophs 50%
• Biomass Increase 50%
• Elemental Ratios 50%
• Wet Events 50%
• In Situ Concentration 50%
• Ecosystem-based 50%
• Mn Concentration 50%
• N2 Fixation 50%
• Crustal Origin 50%
• Dissolved Elements 50%
• Excess Fe 50%
• Mineral Dust 50%
• Particle Matter 50%
• Cloud Processing 50%
• Eroded Soil 50%
• Autotrophy 50%
• Dissolved Mn 50%
• Atmospheric Dry Deposition 50%
• Small Phytoplankton 50%
• Stoichiometric Mismatch 50%
• Dissolved Fe 50%
• Fe-binding Ligands 50%
• Dust Aggregates 50%
• Eolian 50%
• Dissolved Al 50%
• Wet Deposition Flux 50%
• Resource Acquisition 50%
• Atmospheric Wet Deposition 50%
• Net Heterotrophy 50%

Earth and Planetary Sciences

• Oligotrophic Ecosystem 85%
• Dissolved Inorganic Nitrogen 85%
• Dissolved Inorganic Phosphorus 85%
• Carbon Budget 85%
• Autotrophy 42%
• Heterotrophy 42%
• Autotroph 42%
• Biological Activity 42%