Photosynthesis takes place in all plants that contain chlorophyll.

The rate of photosynthesis was recorded at a range of light Intensities and conditions.
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Allows for direct energy capture of complex life, and led to plants.

As previously stated, shale oil and tar sands have abysmally low EROIs, which are , but are presented today as some kind of magic answer to the USA's energy problems (in 2015, the oil price collapse was caused by the easy money policies of the central banks, and ). But, what does that mean, as far as what a person could witness in such a declining civilization? The impact of Canada's tar sands operations can provide a preview. Not only do Canada's tar sands operations (Source: Wikimedia Commons – google "tar sands Mordor" and view the image results):

Plants cells contain a number of structures that are involved in the process of photosynthesis:
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The rate of photosynthesis in the blue-green alga P.

Early elites claimed divine status, and the priesthood abetted the fiction, and a universal practice among early civilizations was erecting monumental architecture. The was the first such structure. Anthropologists think that monumental architecture may be a form of societal/elite , so that a society can flaunt the resources used to make such overawing showings, both to encourage submission to the society's obvious wealth and power, and to also discourage attempts to compete with it. In Sumer, ziggurats were not only the center of the , but also held precious metals such as gold. The priesthood directed mass economic activity, such as organizing irrigation projects. In some ways, the priesthood was only adapting to urbanization. Their professional ancestors developed calendars and other methods of synchronizing vital activities such as plantings and harvests, with their attendant festivals; mistimings by mere days could lead to famine. Sumerian temples had statues in their central place of worship, in human form, bedecked with jewels and other precious adornments. Offerings of food were presented to the statues, which temple personnel ate that night. In the third millennium BCE, temples owned land and had their own workforce, which was again a “voluntary” one that discharged religious obligations. Although those temples performed valuable societal functions such as taking in orphans, the earliest urban religions were obviously businesses and could become rackets, in a pattern that continues to this day.

Diagram of a plant cell involved in production of glucose from photosynthesis
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The evidence is that after “only” 100 million years or so after LUCA lived, life learned its next most important trick after learning how to exist and speed up reactions: it tapped a new energy source. Photosynthesis may . Bacteria are true photosynthesizers that fix carbon from captured sunlight. Archaeans , so are not photosynthesizers, even those that capture photons.

Other products ofphotosynthesis are formed by incorporating mineral elements into theprocess.
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(1969) Studies on the tolerance of the plants to ammonium nutrition.

Allphotosynthetic organisms--with the exception of a minor group ofbacteria, the halobacteria--contain the light-absorbing pigmentchlorophyll, which plays a key role in the transfer of energy fromlight to chemical compounds.Photosynthesis is the fundamental process that maintains life onEarth.

(1963) Limited heterotrophy of some photosynthetic dinoflagellates.

Photosynthesis captures energy for life on Earth. Many chemicals are made to allow life processes to occur in plants. These chemicals can move in and out of cells by the process of diffusion. Osmosis is a specific type of diffusion.

(1982) Toxicity of ammonia to plants.

Photosynthesis is a process used by plants in which energy from sunlight is used to convert carbon dioxide and water into molecules needed for growth. These molecules include sugars, enzymes and chlorophyll.

What is the role of chlorophyll in photosynthesis.

Photosynthesis in green plants harnesses the energy of sunlight toconvert carbon dioxide, water, and minerals into organic compoundsand gaseous oxygen.In addition to the green plants, photosynthetic organisms includecertain protists (such as euglenoids and diatoms), cyanophytes(blue-green algae), and various bacteria.