The two biggest rice producing nations in the world, China and India, combined account for the suggested amount of rice production, even little more. These are countries where people have rice as basic diet, on top of that they are the most populated countries in the world, so no wonder that they are the biggest producers, and also the biggest consumers of rice in the world.
Answer:
Chemicals from the vents feed bacteria which, in turn, produce sugar and other food for organisms.
Explanation:
"Hydrothermal vents" are cracks or opening in the seafloor. From here, geothermally heated water goes out. These vents allow another way for marine animals to thrive in comparison to the photosynthesis.
Bacteria found in the vent contain no chlorophyll. Instead of using energy from the sunlight, the bacteria uses "hydrogen sulfide" that comes from the vent. Although this chemical is toxic for common animals, it is essential for the bacteria in the hydrothermal vents. It allows them to process their food in order to produce sugar. This process is known as<em> "chemosynthesis." </em>
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Answer:
Rivers have most energy when at their bank fill stage.
Explanation:
Answer:
<u>photorespiration </u>also called as the <u>photosynthesis </u>of plant metabolisms,
Explanation:
- Green plants use enzymes and carbon dioxide on sunlight to create oxygen through this process by recycling of carbon and nitrogen as ammonia.
- Conditions that impact the process are the lowering of Carbon dioxide and the increase in Oxygen in air, another aspect is the rise in temperature that determines the presence of these gases.
- Thus reducing the concentration of carbon and increasing oxygen in the chloroplast. Reducing the amount of photorespiration does not result in increased growth rates of plants. Photorespiration increases the availability of nitrates in the soil which can increase carbon dioxide in the air and increase pant growth.
- The deficient in photorespiratory enzymes can be characterized by a high level of fat in the cell and impaired stomatal regulation in plants.
