Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
Evolution of photosynthesis.
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Feb 2013 – Nov 2025Where it's discussed
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X / Twitter131 posts
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Bluesky29 posts
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News18 articles
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YouTube8 videos
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Blogs5 articles
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Facebook4 posts
AI synopsis
What people are saying
Overall, posts express high interest and moderate agreement about the importance of photosynthesis' evolution, illustrated by references to key events like the great oxygenation and fossil discoveries. Words like 'fascinating' and 'breakthrough' convey enthusiasm, while skepticism about certain explanations adds nuance to the supportive tone.
Most discussions acknowledge the importance of the evolution of photosynthesis, with some skepticism about its explanatory power, reflecting overall support with minor reservations.
Many posts demonstrate high curiosity and engagement, discussing technical details, fossil evidence, and atmospheric effects, indicating strong interest.
Posts referencing specific scientific discoveries, like the protein in land plants or fossil cyanobacteria, show active participation and deep engagement with the research.
The discussions highlight the profound influence of photosynthesis on Earth's atmosphere, evolution, and life, emphasizing its significance as a transformative event.
Abstract in brief
- Photosynthesis began early in Earth's history, initially as a type that did not produce oxygen, but the development of oxygenic photosynthesis around 2.4 billion years ago dramatically transformed life and Earth's atmosphere.
- This revolution led to new biosynthetic pathways, modifications in electron carriers and pigments, and different methods of fixing carbon, shaping modern photosynthesis.
- The evolutionary journey of photosynthetic organisms is complex, involving lateral gene transfer and endosymbiotic events, with ongoing research combining genetic, biochemical, and physiological data to better understand their origins.]
Top posts
Most liked on X and BlueskyFascinating! "It's not an exaggeration to suggest that the most significant event on Earth was the evolution of photosynthesis." @jtimmer.bsky.social arstechnica.com/science/2024...
When the light which reached Earth from this galaxy was emitted, Earth was frozen over, possibly thanks to reduced atmospheric CO2 brought about by the evolution of photosynthesis. Earth was 3,800 million years old; the most complex living thing was, maybe, sponges.
And here is one of them. We model gene regulatory networks, compare them and analyze evolution of photosynthesis. By comparing multiple networks we find high confidence regulators for photosynthesis (or any pathway you care to study really); @donat.bsky.social again www.biorxiv.org/content/10.1...
This demonstrates the origin of oxygen in Earth's atmosphere before the evolution of photosynthesis. https://t.co/1mCQHaT2hc https://t.co/iUBVAORLbi
Several PhD opportunities are available to join my group, the Molecular Evolution Lab at QMUL!
All mentions
Why Are Plants Green and How Did Photosynthesis Evolve?
Why are plants green? This video explores the evolution of photosynthesis, beginning with early non-oxygenic forms and leading to oxygen-producing types that transformed Earth's atmosphere. It covers complex…
The Evolution and Function of Chlorophyll in Photosynthesis
This video explains why leaves are green due to chlorophyll and covers the evolution of photosynthesis, highlighting its impact on Earth's atmosphere and life. It discusses the complex evolutionary history involving…
Impact of the Great Oxidation Event on Earth's Atmosphere and Life
The Great Oxidation Event was a pivotal period when oxygen turned from a toxic substance into a vital element for life, shaping Earth's history and evolution. Recent research provides insights into the origins of…
Why Are Leaves Green and How Photosynthesis Evolved
Evolution and Development of Photosynthesis in Earth's History
Photosynthesis began early in Earth's history as a non-oxygenic process, with oxygenic photosynthesis emerging around 2.4 billion years ago, transforming life and the atmosphere. This evolution involved gene transfer…
Evolution and Impact of Photosynthesis on Earth's Atmosphere
Photosynthesis began early in Earth's history, initially as a form that did not produce oxygen. The development of oxygenic photosynthesis around 2.4 billion years ago transformed life and Earth's atmosphere, leading to…
Evolution of Photosynthesis and Its Impact on Earth’s Biosphere
Photosynthesis began early in Earth's history, initially without oxygen production, but oxygenic photosynthesis appeared around 2.4 billion years ago, dramatically transforming life and the atmosphere. The evolution…
Why Are Leaves Green and How Photosynthesis Evolved
Have you ever wondered why leaves are green and not red, blue, or black? This video explores the evolution of photosynthesis, starting as a non-oxygen-producing process and transforming Earth's biosphere around 2.4…
RT @projectpeace: @realganjaqueen Imagine rewarding the inestimable value of ancient centuries of seasons of the evolution of photosynthesi…
@realganjaqueen Imagine rewarding the inestimable value of ancient centuries of seasons of the evolution of photosynthesis..! “#RainmakerSpecies” #LandraceCannabis #TrueValue #Axiology https://t.co/fClpvDmbnH
@OldSpice #Overcompensweat IS the evolution of #Photosynthesis
https://t.co/PPD0AOhwkO
The evolution of photosynthesis and chloroplasts profoundly shaped Earth’s biosphere. Oxygenic photosynthesis oxygenated the atmosphere, enabling the rise of multicellular life and the Cambrian explosion.
@Lubna939 @BeardedPresby @4tis @AtheistPhoenix Because it has no explanatory power. We know how trees grow. We know the evolution of trees. We know the evolution of photosynthesis, leaves, gymnosperms, and angiosperms. “God done it” isn’t logical - we know where they came from, nor analytical since no analyzing is involved.
@jk_rowling ... but the sky has changed over time? The composition of the atmosphere is dependent on the growth and changes on the earth below. Prior to the evolution of photosynthesis, for example, the sky as we know it was quite different.
RT @owhy3: Evolution of photosynthesis and aerobic respiration in the cyanobacter... https://t.co/2oX8oITTkI
Scientists Discover Protein Key to the Evolution of Photosynthesis in Land Plants In a landmark breakthrough that illuminates the deep evolutionary roots of terrestrial life, researchers from the University of Toronto have identified a protein pivotal to the success of land plants, shedding light…
@Babylon_BKA @Aquarius020257 @Truth_matters20 "We can actually show the evolution of photosynthesis from single celled organisms all the way to modern plants." That's not evolution anymore than a monkey using oxygen to breath and a human using oxygen to breath is evolution. The theory of evolution proposes that one species
@stranger9824 @Aquarius020257 @Truth_matters20 It's funny that you chose to throw in photosynthesis. We can actually show the evolution of photosynthesis from single celled organisms all the way to modern plants
@DopeJawnPaul @rt101010101 @BenBurgis It isn't! That was the great Oxygenation event that followed the evolution of photosynthesis. Most other species, adapted to a low oxygen atmosphere, went extinct. https://t.co/dhVb9JVjOn
Professor Julian Hibberd FRS is elected a Fellow of the Royal Society. He is a plant biologist who aims to understand mechanisms underpinning the evolution of photosynthesis. #RSFellows
The great oxidation event happened due to the evolution of photosynthesis in marine bacteria. Therefore, all atmospheric oxygen is thanks to the ocean. Check. And. Mate. Bitches ✌️
The study of the evolution of photosynthesis on Earth provides insights into how life might adapt to different energy sources on other planets. Understanding the mechanisms and evolutionary history of photosynthesis can help us predict how life might utilize various energy sources—like geothermal...
RT @UWBiochem: New research from the Gisriel Lab analyzes the photosynthetic machinery of a newly discovered cyanobacterium, giving scient…
New research from the Gisriel Lab analyzes the photosynthetic machinery of a newly discovered cyanobacterium, giving scientists a novel evolutionary line to explore the history of photosynthesis. https://t.co/3KGbVw18wG
New research from the Gisriel Lab analyzes the photosynthetic machinery of a newly discovered cyanobacterium, giving scientists a novel evolutionary line to explore the history of photosynthesis. biochem.wisc.edu/2025/05/20/ancient-cyanobacteria-holds-new-insights-into-evolution-of-photosynthesis/
planet, radicallyaltering the biogeochemistry of the atmosphere & ocean etc, causing waves of massive extinctions over millions of years. They did this through the evolution of photosynthesis, emitting oxygen, which was at that time toxic to most life forms — including themselves.
Imagine a series of sifters stacked on top of each other, capturing not pebbles but planets. Not the right star system, the origin of life itself is hard, evolution of photosynthesis, evolution of eukaryotes, creation of fossil fuels, intelligent tool-users, etc. etc. Then below
‘According to the research this unusual coloration was underpinned by the unique water chemistry of the time and the evolution of photosynthesis. Even more intriguingly, scientists also suggest the possibility of future color shifts in our oceans.’ https://t.co/lYnhL2jRpT
Earth’s Oceans Were Once Green, And Scientists Say They Could Shift Color Again Japanese scientists say that the evolution of photosynthesis caused Earth's oceans to be formerly green, as per a report. The study suggests that the oceans supported only single-celled organisms and featured…
Earth’s Oceans May Turn Green Again Due to Climate Change Japanese scientists say that the evolution of photosynthesis caused Earth's oceans to be formerly green, as per a report. The study suggests that the oceans supported only single-celled organisms and featured environments with barren…
Earth’s Oceans May Turn Green Again Due to Climate Change Japanese scientists say that the evolution of photosynthesis caused Earth's oceans to be formerly green, as per a report. The study suggests that the oceans supported only single-celled organisms and featured environments with barren…
Earth’s Oceans May Turn Green Again Due to Climate Change Japanese scientists say that the evolution of photosynthesis caused Earth's oceans to be formerly green, as per a report. The study suggests that the oceans supported only single-celled organisms and featured environments with barren…
Earth’s Oceans May Turn Green Again Due to Climate Change Japanese scientists say that the evolution of photosynthesis caused Earth's oceans to be formerly green, as per a report. The study suggests that the oceans supported only single-celled organisms and featured environments with barren…
@brenda_archer @Qyilldrisstessa @coolaunt2021 @TheGoldenMask5 @bluebirdjam @RadFemme74 @ghostoftoast @DianeCarolRoy1 @Kimberfan76 @LavenderBarks @BarbB2013 @Lucifer_mortala @K60617909 @MollyMa57459943 @VelvetLandmine @Purplewykr @latsot @EffinMaggie @cecinestpaspipe @Kassandra_Zerb @GhostInCyber @Mr_Paul_2022 @blue12388 @theklutzydom @ffenics @wrensays7 @Quaker2001 @Woodywing @BJurns48955 @Dorasalter @MaggieandGus23 @1dearly_beloved @Hereticalturf @astridcostigan @fletcherkathy8 @Parsleymael @forevershallon @CarsonSmit14601 @Izmeina666 @robov2 @inspidernz @SortaGodFox @Makoto_Says @PorkyVectors @tintinuk_orig @pyle_gordon @jo_kelllo @jj1173067 @bod19491990 For example. The evolution of photosynthesis and the accumulation of oxygen in the atmosphere lead to a extinction level event. In a similar way tolerance and respect is leading to the extinction of TERFtard world views. Well too f**k
It's an illusion to think that we are not part of the natural world. Just think that in the beginning there was no oxygen in the atmosphere. That corrosive gas was created by the evolution of photosynthesis totally changing the biosphere. We are another disruptor. I agree we should give it thought.
@ProtoRenai33201 Funny theory. For a test of evolution you can look up the Luria–Delbrück experiment for example. But it's still very vague to me what you think the problem with the evolution of photosynthesis is. Maybe focus on that rather than meandering onto other topics.
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
RT @Tanai_Cardona: Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
Several PhD opportunities are available to join my group, the Molecular Evolution Lab @QMUL !
Several PhD opportunities are available to join my group, the Molecular Evolution Lab at QMUL!
When the light which reached Earth from this galaxy was emitted, Earth was frozen over, possibly thanks to reduced atmospheric CO2 brought about by the evolution of photosynthesis. Earth was 3,800 million years old; the most complex living thing was, maybe, sponges.
@IthoughtiwasU @ChristiansSTDT All a part of the greater same, we tend to look at things in slices of time but time is one long individual part of the greater whole, the evolution of photosynthesis, chemical that literally ate the Sun to make sugars and burn off its energy/to the greater entropy of Sol system.
I’m a photosynthesis researcher! I work on resolving the evolution of photosynthesis and on evolving new types of photosynthesis. I might be able to help
RT @jamesgiammona: Was curious so I decided to learn more about the evolution of photosynthesis and stumbled upon this AMAZING paper which…
Was curious so I decided to learn more about the evolution of photosynthesis and stumbled upon this AMAZING paper which walks through step by step the sequence from chemolithotrophs to heterotrophs to anaerobic phototrophs to oxygenic phototrophs!
Bitcoin isn't just a human invention - it's more like a natural evolutionary breakthrough that provides stability at a planetary scale. It's as significant as the evolution of photosynthesis or multicellular cooperation. This would imply that Bitcoin's success isn't just likely
@absoluttravesty @Devon_Eriksen_ The sun will run out of fuel eventually, this is indisputable. Survivor bias, just because something has always happened a certain way doesn't mean it always will. The earth has a history of asteroid impacts, ice ages, even an evolution of photosynthesis almost wiped out life.
RT @UMichPaleo: Fall is all about transformation! For #FossilFriday, let's spotlight a transforming event: the evolution of photosynthesis.…
Fall is all about transformation! For #FossilFriday, let's spotlight a transforming event: the evolution of photosynthesis. Around 2.5 BYA, oxygen produced by photosynthesis reacted with iron in water, forming banded iron formations—like those found in Michigan. Find one @UMMNH!
@Insect_Song @flourn0 @Alsadius @Aella_Girl There have been big changes in atmospheric oxygen levels much more recently than the evolution of photosynthesis https://t.co/W5fDAQsEaU
RT @NHM_Science: Hi, I’m Samantha! Happy #InternationalMicroorganismDay! I work with polar cyanobacteria. My research focuses on the evo…
RT @NHM_Science: Hi, I’m Samantha! Happy #InternationalMicroorganismDay! I work with polar cyanobacteria. My research focuses on the evo…
Hi, I’m Samantha! Happy #InternationalMicroorganismDay! I work with polar cyanobacteria. My research focuses on the evolution of photosynthesis in extreme environments. It could help us understand how primary producers respond to #ClimateChange and inform #CropSecurity. https://t.co/WJG9LW3OjW
@KareMHaret @Makelegs @RyanMaue About a billion years ago we had the great oxygenation with the further evolution of photosynthesis, which caused a massive die off of most life on earth. Before that there was very little oxygen in the atmosphere. As such we would suffocate quickly.
気がついたらプログラムが公表されていたので告知します。AOICP2024 アジアオセアニア光合成学会で口頭発表に選んでいただけました。頑張って発表したいと思います!Symposium [S2] “Evolution of photosynthesis”のセクションです。 https://t.co/udvwQDqigG
RT @delong_chi: This demonstrates the origin of oxygen in Earth's atmosphere before the evolution of photosynthesis. https://t.co/1mCQHaT2…
This demonstrates the origin of oxygen in Earth's atmosphere before the evolution of photosynthesis. https://t.co/1mCQHaT2hc https://t.co/iUBVAORLbi
This demonstrates the origin of oxygen in Earth's atmosphere before the evolution of photosynthesis. https://t.co/1mCQHaT2hc https://t.co/iUBVAORLbi
This demonstrates the origin of oxygen in Earth's atmosphere before the evolution of photosynthesis. https://t.co/1mCQHaT2hc https://t.co/iUBVAORLbi
@jackiepaper162 @Credalytics @ECOWARRIORSS The homo genus evolved to harness the power of fire and that evolutionary leap is as significant as the evolution of photosynthesis. There will be an adjustment but as long as we aren't slipping back into a glaciation cycle I'm not concerned.
We are exploring how algae take up CO2, which will help us understand the evolution of photosynthesis and let us develop tools to understand how CO2 changed throughout Earth history. Led by @ZRvKemenade as part of my @royalsociety fellowship @UoBEarthScience @ogu_bristol https://t.co/BUs8iMhGdL
@femmanuel8493 The evolution of photosynthesis revolutionized Earth's environment by producing oxygen, which transformed the planet from a toxic atmosphere inhospitable to life to a breathable one. (replied by Node-JP21)
A new fossil discovery sheds light on the evolution of photosynthesis www.skeptophilia.com/2024/01/the-...
The Evolution Of Photosynthesis Documented By Thylakoids In Fossil Cyanobacteria astrobiology.com/2024/01/the-... #astrobiology #microgravity #evolution #microbiology
Fascinating! "It's not an exaggeration to suggest that the most significant event on Earth was the evolution of photosynthesis." @jtimmer.bsky.social arstechnica.com/science/2024...
Science v. The Bible/Torah
If you could teach the world one thing about Botany, what would it be? “I would teach that plants are the main reason why we as humans are allowed to live on this planet.” (4/10)
And here is one of them. We model gene regulatory networks, compare them and analyze evolution of photosynthesis. By comparing multiple networks we find high confidence regulators for photosynthesis (or any pathway you care to study really); @donat.bsky.social again www.biorxiv.org/content/10.1...
Please read and answer questions listed in next post. https://t.co/HntSO9TSKO
One of my recent favs for SciShow - the evolution of photosynthesis could have impacted how the Earth spins www.youtube.com/watch?v=-rEi...
@QueenMoub @thephysicsgirl For the benefit of any in the audience who are less committed: https://t.co/5Dt1epVZJJ
Why Are Leaves Green? Part 2 https://t.co/2dbog7aMCI via @YouTube
@ESYudkowsky https://t.co/55yrnclR0x
@elonmusk @Rainmaker1973 And then a follow up question can be then why are plants green - they reflect the part that's most photon abundant!? Physics girl did a video on this: https://t.co/kJKBaBMhJA
@EnsedeCiencia yo encontré un vídeo que suma un poco más de detalle de por que no evolucionaron para ser negras y atrapar más luz https://t.co/3jMQ1yH3bQ
This fun video about why plants are green, and what color the sun is, made me wonder how far we'd have advanced in understanding physics without vision. And what other senses are we missing that would have also been so revealing? https://t.co/AkY6KV6xXE
@diogoalvesmaia @neiltyson Your question got me thinking: (https://t.co/x06AvhUJRP) I found this great video that shows why it’s so difficult to say why plants evolved to be green. Also, a leaf can capture up to 80% of the green light that hits it, because chlorophyll is layered (https://t.co/bjYub1R3Ch).
7. It is a fact of whole system science - nobody will try to refute this, it's an "everyone knows" thing - that since the evolution of photosynthesis, the atmosphere went from a CO2 concentration probably up in the 30% of total range, to 280 ppm (or ppb, I can never remember.)
Why aren't plants black?
Why aren't plants black?
https://t.co/dWsbOHLGPi
6. The added mass of biosphere is made predominantly of carbon. This process (biosphere increase) automatically continues until some catastrophic event sets the biosphere back drastically. Meteor. Ice age. Evolution of photosynthesis / oxygenated atmosphere. Whatever.
@bnprime @haupt But why aren't plants black? https://t.co/XPMzYnBBnH
@TigrkayaRus muy buena pregunta. no se sabe https://t.co/uoCzNDJJGu
@SreeKavyaP @AnanyaDash17 @SanaJalili2 @SBM_4007 @NeuroSarcastic @ManabeshNath @AprajitaTripat5 @RashaShanaz @DivyaKumar182 @dhanya_bharath @arpitapanda21 Your tweet reminded me of this video https://t.co/AgHFb1NGJN -why aren't plants black?
Why aren't plants black?
@ProfBrianCox Here’s an educated guess in two parts and Darwin would approve, one of the answers is #NaturalSelection Part 1: https://t.co/KklqxNQL9c Part 2: https://t.co/OwpARqfxL3 #oneminutephysics #science
RT @XCsci: Green plants? Ridiculous, why aren't plants black? @thephysicsgirl https://t.co/XPMzYnBBnH #evolution #photosynthesis
@alyssonbruno @stephanevw https://t.co/V6xg4grY7a
@alyssonbruno @stephanevw https://t.co/YPGimj9Zn7
RT @XCsci: @thephysicsgirl What color do you think the sun is? (ǝʇᴉɥM) Which of the colors of rainbow the sun emits most of? (uǝǝɹפ) Why d…
@thephysicsgirl What color do you think the sun is? (ǝʇᴉɥM) Which of the colors of rainbow the sun emits most of? (uǝǝɹפ) Why do you think that plants are green? (¿¿¿) @thephysicsgirl https://t.co/XPMzYnBBnH
@OMTorah Nature is green btw bc plants *waste* the part of the visible spectrum with the most power - green https://t.co/mr8EZknleV via @thephysicsgirl
Why aren't plants black?
日光をスペクトル分解すると、緑色が最も強いとは知らなかった。地球の植物を緑色を吸収するように遺伝子設計するなど設計したら、日光からエネルギーを効率的に取得出来るので、エネルギー問題や食糧問題、人口問題が解決しないだろうか? https://t.co/D9MrZCmq71
https://t.co/P8ciJp7tMp #colour #history #plants #photosynthesis #evolution https://t.co/P8ciJp7tMp
Why aren't plants black?
Why aren't #plants #black ?
https://t.co/9YL6ryaTpm
TIL: Scientists don't know why plants are green and not black! :) https://t.co/UUIKcOGLYe
Targeted Enrichment of Gene Families: Phylogeny & Molecular Evolution of Photosynthesis Genes in Caryophyllales http://biorxiv.org/content/early/2017/06/04/145995
Teach Photosynthesis? Great evolutionary perspective here: AnnuRevPlantBiol (2011) Evolution of Photosynthesis ($) http://sco.lt/5IPA2r
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