Linked from

The 12 pages that link to Chlorophyll a, each with the reason it gives.

• EutrophicationRelated: Its concentration helps track algal responses to nutrient enrichment.

• PlanktonRelated: Its concentration is widely used as an indicator of phytoplankton biomass.

• ChlorophyllBroader topic: It performs the central photochemical role in photosynthesis across plants, algae, and cyanobacteria.

• ArchaeplastidaRelated: It is shared by cyanobacteria and the primary plastids of Archaeplastida.

• Photosystem IIRelated: Its molecules form the reaction center and contribute to light harvesting in photosystem II.

• Algal bloomRelated: Chlorophyll measurements help estimate bloom abundance, though they do not identify toxins.

• Green algaeRelated: Green algae share this pigment with land plants and other oxygenic photosynthesizers.

• Richard WillstätterBroader topic: Willstätter distinguished this principal chlorophyll pigment from related forms.

• Photosystem IBroader topic: Photosystem I’s reaction center and antenna contain chlorophyll a molecules.

• ChlorophytaRelated: Chlorophyta shares this core pigment with other photosynthetic lineages.

• FucoxanthinRelated: Fucoxanthin transfers captured energy toward chlorophyll a.

• GlaucophyteRelated: Glaucophyte plastids use chlorophyll a to capture light.