Influence of atmospheric deposition on biogeochemical cycles in an oligotrophic ocean system

Agriculture & Biology

• atmospheric deposition 100%
• biogeochemical cycles 74%
• oceans 70%
• dry deposition 43%
• phytoplankton 42%
• nutrients 39%
• leucyl aminopeptidase 33%
• nitrates 33%
• Mediterranean Sea 30%
• prokaryotic cells 27%
• basins 24%
• wet deposition 22%
• rain 20%
• chlorophyll 19%
• nitrogen cycle 17%
• aerosols 14%
• dust 13%
• seawater 11%
• phosphorus 9%
• nitrogen 7%
• sampling 4%

Earth & Environmental Sciences

• biogeochemical cycle 74%
• atmospheric deposition 70%
• mixed layer 64%
• ocean 38%
• nutrient 21%
• fixation 19%
• prokaryote 15%
• phytoplankton 15%
• dry deposition 14%
• nitrate 14%
• Mediterranean Sea 13%
• demand 12%
• chlorophyll 12%
• rain 10%
• inorganic nitrogen 7%
• wet deposition 7%
• basin 6%
• in situ measurement 6%
• primary production 6%
• surface layer 5%
• transect 5%
• budget 5%
• ammonium 5%
• dust 4%
• fold 4%
• phosphorus 4%
• seawater 4%
• aerosol 4%
• rate 4%
• in situ 4%
• nitrogen 3%
• sampling 3%
• station 3%
• sea 3%
• loss 3%