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by irradiation of sunlight(passive) is caused byphotosynthesis of plant microorganisms ... etc
as humansis discoveredBacteria that are supposed to perform photosynthesis
by irradiation of sunlight(passive) is caused byphotosynthesis of plant microorganisms
both photobiontscontributedto the photosynthesis of the lichen thallus
factorsmay influencerates of photosynthesis
these 2 variablesinfluencerates of photosynthesis
many factorsinfluencingrates of photosynthesis
the foodis designedas a result of photosynthesis
lightcausesphotosynthesis in plants
the lightcausesphotosynthesis in plants
to soak up the sun to acquire energyto contributetowards photosynthesis
Suncausesplants to have photosynthesis
the suncausesphotosynthesis in plants
for examplecausesphotosynthesis in plants
the moleculecausesphotosynthesis in plants
Dr Jan Ingenhouszdiscoveredphotosynthesis in plants
as they receive the most lightcontributing greatlytoward photosynthesis
String compressorledtelect cellular photosynthesis
light to permeate the pipecausingphotosynthesis to occur
real - time evidencecausesphotosynthesis to occur
vsiRNAs in infected rice(passive) might be influenced byphotosynthesis pathways
by the inhibition of synthesis of chlorophyll(passive) caused byalgal photosynthesis
ATPcontributenadph photosynthesis
loss of sunlightcausingsupression of photosynthesis
that the coral host fluorescent proteins are regulatedto influencesymbiont photosynthesis
by light penetration reaching the aquatic plants(passive) caused byphotosynthesis
certain wavelengths of light ... Acausephotosynthesis
cyanobacteria(passive) was invented ... byOxygenic photosynthesis
Cyanobacteriaoriginatedoxygenic photosynthesis
of light reactions and Calvin cycle(passive) are composedPhotosynthesis
Jan Ingenhousz ... a Dutch scientistdiscoveredphotosynthesis
by elevated CO2(passive) caused byphotosynthesis
lightresultingfrom photosynthesis
Like sunlight in a plantcausingphotosynthesis
water deficit conditions(passive) is ... influenced byPhotosynthesis
the growth of plants ... an electromagnetic spectrumcausesphotosynthesis
by decreased stomatal conductance(passive) was ... caused byphotosynthesis
The Discovery of PhotosynthesisDiscoveredPhotosynthesis
the leavesinfluencephotosynthesis
high turbidity and low light availability(passive) caused byphotosynthesis
the oxygenation of the atmosphere and hugely increased the productivity and diversity ofcausedthe oxygenation of the atmosphere and hugely increased the productivity and diversity of
the oxygenation of the atmosphere and hugely increased the productivity and diversity of ecosystemscausedthe oxygenation of the atmosphere and hugely increased the productivity and diversity of ecosystems
an increase in oxygencan causean increase in oxygen
diseases(passive) caused bydiseases
Great Oxidation Event(passive) led byGreat Oxidation Event
the oxygenation of the atmosphere ... and hugely increased the productivity and diversitycausedthe oxygenation of the atmosphere ... and hugely increased the productivity and diversity
diarrheacausediarrhea
in bursts with extensive labeling of acetaldehyde , ethanol , and the acetate but not the C(6)-alcohol moiety of ( Z)-3-hexen-1-yl acetateresultedin bursts with extensive labeling of acetaldehyde , ethanol , and the acetate but not the C(6)-alcohol moiety of ( Z)-3-hexen-1-yl acetate
oxygencontributedoxygen
oxygen ... making the evolution of animals possiblecontributedoxygen ... making the evolution of animals possible
-33.6 parts per thousand to -28.6 parts per thousand )(passive) are caused by-33.6 parts per thousand to -28.6 parts per thousand )
major alterations to the atmosphere of Earthcausedmajor alterations to the atmosphere of Earth
from cyanobacteriaoriginatedfrom cyanobacteria
to starvation and ... eventually ... deathleadsto starvation and ... eventually ... death
not by plants but by bacteriawas inventednot by plants but by bacteria
to the accumulation of oxygen in the early atmosphereledto the accumulation of oxygen in the early atmosphere
to the regulation of the Calvin cyclecontributesto the regulation of the Calvin cycle
to the accumulation of oxygenledto the accumulation of oxygen
to algaewould leadto algae
to even more changehas leadto even more change
about 2,340 million years before present ( Maoriginatedabout 2,340 million years before present ( Ma
in coral reefs losing colorresultsin coral reefs losing color
in coral reefs losing colourresultsin coral reefs losing colour
in the presence of oxygen gas in the atmosphereresultedin the presence of oxygen gas in the atmosphere
in the presence of oxygen gasresultedin the presence of oxygen gas
to reduce plant vigorcontributingto reduce plant vigor
before the great oxidation eventmust have originatedbefore the great oxidation event
to a greater biomassleadingto a greater biomass
to the rise of atmospheric oxygen and potentially complex multicellularity and intelligence over geological timescalesleadsto the rise of atmospheric oxygen and potentially complex multicellularity and intelligence over geological timescales
to the Proterozoic oxidation of the Earthleadingto the Proterozoic oxidation of the Earth
in so - called oxygen catastrophe later Paleoproterozoic from a poisonous buildup of oxygen in the atmosphereto resultin so - called oxygen catastrophe later Paleoproterozoic from a poisonous buildup of oxygen in the atmosphere
Changes in pH(passive) can be caused byChanges in pH
to the regulation of the Calvin cycle by forming a supra - molecular complex with at least two enzymes : glyceraldehyde-3-phosphate dehydrogenase ( GAPDH ) and phosphoribulokinase ( PRKcontributesto the regulation of the Calvin cycle by forming a supra - molecular complex with at least two enzymes : glyceraldehyde-3-phosphate dehydrogenase ( GAPDH ) and phosphoribulokinase ( PRK
in bursts with extensive labeling of acetaldehyde , ethanol , and the acetate but not the C6-alcohol moiety of ( Z)-3-hexen-1-yl acetateresultedin bursts with extensive labeling of acetaldehyde , ethanol , and the acetate but not the C6-alcohol moiety of ( Z)-3-hexen-1-yl acetate