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Elevated CO
2
leads to enhanced photosynthesis but decreased growth in early life stages of reef building coralline algae
Alexandra Ordoñez, Daniel Wangpraseurt, Niclas Heidelberg Lyndby,
Michael Kühl
, G. Diaz-Pulida
Marine Biology
11
Citations (Scopus)
139
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Dive into the research topics of 'Elevated CO
2
leads to enhanced photosynthesis but decreased growth in early life stages of reef building coralline algae'. Together they form a unique fingerprint.
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Engineering & Materials Science
Acidification
49%
Algae
89%
Availability
7%
Ecology
13%
Ecosystems
11%
Photosynthesis
100%
Physiology
13%
Reefs
95%
Seawater
12%
Stabilization
9%
Substrates
7%
Earth & Environmental Sciences
coral reef
20%
coralline alga
86%
crust
8%
decoupling
11%
ecology
8%
ecosystem
6%
irradiance
10%
ocean acidification
38%
organism
7%
photosynthesis
63%
physiology
10%
reef
56%
respiration
9%
seawater
7%
stabilization
9%
substrate
7%
Agriculture & Biology
algae
52%
Biological Sciences
7%
breathing
9%
coral reefs
25%
ecology
8%
ecosystems
8%
ocean acidification
45%
organisms
6%
photosynthesis
49%
physiology
8%
Porolithon
20%
reefs
69%
seawater
9%