Linked from

The 96 pages that link to Photosynthesis, each with the reason it gives.

• Carbon cycleRelated: It transfers atmospheric or dissolved carbon dioxide into living biomass.

• GlucoseRelated: Photosynthetic carbon fixation produces carbohydrate precursors that can be converted into glucose.

• MetabolismRelated: Photosynthesis supplies organic carbon and chemical energy that feed metabolism across ecosystems.

• Dissolved oxygenRelated: Aquatic photosynthesis adds oxygen and can drive strong daily concentration swings.

• Biogeochemical cycleRelated: It transfers carbon from atmospheric or dissolved pools into biological matter.

• PhytoplanktonRelated: Phytoplankton use this process to produce biomass and release oxygen.

• Primary productionRelated: It is the main pathway by which ecosystems convert inorganic carbon into organic matter.

• Blue carbonRelated: Coastal plants draw atmospheric carbon dioxide into living biomass through this process.

• Kelp forestRelated: Kelp uses photosynthesis to build tissue and fuel rapid growth.

• Carbon sinkRelated: Photosynthesis moves atmospheric carbon into plant biomass.

• EvergreenRelated: Evergreen leaves can photosynthesize during favorable periods throughout the year.

• BractRelated: Green bracts can photosynthesize, unlike structures that function mainly as visual displays.

• DeciduousnessRelated: Deciduous plants trade photosynthetic leaf area for survival during unfavorable seasons.

• ProtistRelated: Photosynthetic protists produce organic matter and oxygen in aquatic ecosystems.

• CotyledonRelated: Exposed cotyledons can photosynthesize before true leaves develop.

• Plant physiologyRelated: It supplies the chemical energy and carbon compounds that fuel much plant growth.

• TreeRelated: Photosynthesis supplies much of the carbon from which trees build wood and other tissues.

• CoccolithophoreRelated: Like plants, coccolithophores use photosynthesis to make organic carbon.

• PhotobiontRelated: It is the source of the organic carbon a photobiont provides.

• Forest carbon cycleRelated: It is the main pathway by which forests take atmospheric carbon into living biomass.

• PlantRelated: It supplies plants with chemical energy and fixes much of their carbon.

• Richard WillstätterRelated: Willstätter's pigment research clarified the molecules that capture light, though not the full process.

• Solar radiationRelated: Photosynthetic organisms capture solar photons as chemical energy.

• Keeling CurveRelated: Growing vegetation draws carbon dioxide from the air during the curve’s seasonal decline.

• BotanyRelated: It explains how plants capture energy and build much of their biomass.

• Deciduous plantRelated: Keeping leaves is valuable while conditions support photosynthesis.

• KelpRelated: Kelp fronds capture light and fix carbon through photosynthesis.

• PhyllodeRelated: Phyllodes capture light and support photosynthesis despite lacking a typical leaf blade.

• ZooxanthellaeRelated: Zooxanthellae use light to produce carbon compounds that can support their hosts.

• Carnivory in plantsRelated: Carnivorous plants still make sugars through photosynthesis; prey mainly supplies minerals.

• MistletoeRelated: Mistletoe’s own photosynthesis supplies sugars even as it takes water and minerals from a host.

• TerrariumRelated: Light and carbon dioxide sustain plant growth within the enclosure.

• Bromothymol blueRelated: Removing dissolved carbon dioxide can raise pH and change the indicator’s color.

• SunlightRelated: Plants and other photosynthetic organisms capture sunlight to build energy-rich molecules.

• Hans FischerRelated: Chlorophyll’s light-absorbing structure, which Fischer studied, enables this process.

• Vladimir VernadskyRelated: Photosynthesis converts solar energy into living matter and alters atmospheric chemistry.

• Carya ovataRelated: Its leafy canopy produces sugars that support growth and nut development.

• ChlamydomonasRelated: Photosynthesis supplies carbon and energy for growth when light is available.

• Endothermic processRelated: Light energy drives the formation of energy-rich products from simpler reactants.

• Oxygen cycleRelated: Oxygenic photosynthesis is the major biological source of free oxygen in the atmosphere and oceans.

• PinguiculaRelated: Butterworts still rely on ordinary photosynthesis for most of their carbon.

• PseudomonadotaRelated: Some Pseudomonadota perform anoxygenic photosynthesis without releasing oxygen.

• Rudolph A. MarcusRelated: Electron-transfer steps in photosynthetic systems provide cases for applying Marcus theory.

• AnabaenaRelated: Vegetative cells photosynthesize and provide carbon compounds to nitrogen-fixing heterocysts.

• Biological pigmentRelated: Chlorophyll and accessory pigments capture light for photosynthetic reactions.

• CharophytaRelated: Photosynthesis supplies charophytes with chemical energy and fixes carbon.

• Future of EarthRelated: Declining atmospheric carbon dioxide may eventually constrain the plants and microbes that support most ecosystems.

• George PorterRelated: Porter’s later research applied fast spectroscopy to the early events of photosynthesis.

• Lobaria pulmonariaRelated: Photosynthesis by lungwort’s partners supplies carbon compounds for the lichen.

• Sea lettuceRelated: Sea lettuce uses photosynthesis to build biomass in sunlit coastal water.