The possible roles of algae in restricting the increase in atmospheric CO₂ and global temperature

Keyphrases

• Global Temperature 100%
• Surface Ocean 100%
• Atmospheric CO2 100%
• Albedo 66%
• Deep Ocean 66%
• Deep-sea Sediment 66%
• Radiative Forcing 66%
• Steady State 33%
• Global Change 33%
• Nutrient Flux 33%
• Subsidies 33%
• Energy Sources 33%
• Greenhouse Gas 33%
• Global Warming 33%
• Environmental Impact 33%
• Natural Processes 33%
• Limited Resources 33%
• Ocean Surface 33%
• Sequester 33%
• Human Intervention 33%
• P Content 33%
• Phosphorus P 33%
• Economically Viable 33%
• Earth Surface 33%
• Thermocline 33%
• Inorganic C 33%
• Biological Pump 33%
• Rising CO2 33%
• Algal Production 33%
• Agricultural Fertilizer 33%
• CO2 Sequestration 33%
• Carbon Trading 33%
• Short-lived Halocarbons 33%
• Greenhouse Effect 33%
• CO2 Content 33%
• Algal Biofuel 33%
• Anthropogenic Inputs 33%
• Anoxic Zone 33%
• Resource Input 33%
• Competing Uses 33%
• UV Flux 33%
• CO2-neutral 33%
• Photosynthetic Photon Flux Density 33%

Earth and Planetary Sciences

• Atmospherics 100%
• Carbon Dioxide 100%
• Ocean Surface 50%
• Albedo 25%
• Radiative Forcing 25%
• Marine Sediment 12%
• Global Change 12%
• Global Warming 12%
• Greenhouse Gas 12%
• Earth Surface 12%
• Thermocline 12%
• Carbon Sequestration 12%
• Nitrous Oxide 12%
• Biological Pump 12%
• Photon Flux Density 12%
• Emissions Trading 12%
• Halocarbon 12%
• Biofuel 12%