Plants grow better with higher CO2. In fact, most botanists agree that CO2 is the single most limiting factor in plant growth and reproduction. Researchers have artificially increased CO2 levels in greenhouses up to 10 times the normal atmospheric levels, with no diminishing returns in plant growth.
A different viewHigher CO2 levels help some plants in controlled environments, such as greenhouses. In natural environments, the growth is temporary with plants either returning to previous levels or decreasing. See Related Links for source. RebuttalHigher CO2 levels help all plants, in allenvironments. Growth increases are temporary only when the CO2 increase is temporary.Your "source" contains a lot of "ifs" and "maybes" - truth is, all it does is raise conjectures about how growth MAY be limited in some cases.
C4 Plants - True, they have a mechanism for "fixing" carbon dioxide. But the more carbon dioxide in the atmosphere, the more they can "fix". Furthermore, the vast majority of the world's plant biomass is C3, not C4. The only crops that are C4 are corn, sorghum, sugarcane, and millet (with only corn being a major crop). C3 crops include soybeans, all small grains (wheat, barley, oats, rye), and the most important food crop in the world, rice. Additionally, even the C4 plants can be bio-engineered to be C3 plants.
Tropics - While it MAY be true that increased CO2 will be less beneficial in the tropics than in temperate regions, the vast majority of crops are grown in the temperate regions. So this is not an issue.
Overall, your source is a very poor attempt to counter the established and accepted scientific knowledge that higher carbon dioxide levels are beneficial to crops.
Ammonia affects plant growth. Ammonia is a plant fertilizer which helps it grow better.
Botanist
Growth hormones
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"Coke Growth Impact Study"
How vinegar affects plant growth is by being acidic, and it works in negatively against the plant growth. It damages the cells to the plants.
Marijuana cultivation typically requires phosphorus-rich fertilizers to support plant growth. When marijuana plants are grown, they may uptake phosphorus from the soil, potentially affecting the phosphorus levels in the growing medium. Excessive phosphorus levels can lead to nutrient imbalances and impact plant health.
Soil needs to be able to exchange ions because it affects nutrient availability for plants. This process helps regulate pH levels, improves soil structure, and impacts plant growth and overall soil health.
Soil compaction affects plant growth because if the soil is more compact it is harder for air, sunlight, and water to get to the roots of the plant.
You can find information on how music affects plant growth on scientific websites such as PubMed, ScienceDirect, and ResearchGate. Additionally, educational websites like Khan Academy and Britannica may also have articles or studies on this topic.
Nitrate is essential for plant growth as it is a key component of proteins and enzymes involved in various metabolic processes. Plants take up nitrate from the soil and use it to build their tissues and facilitate photosynthesis. However, excessive nitrate levels can lead to toxicity and inhibit plant growth by disrupting nutrient uptake and causing physiological imbalances.
Gibberellins stimulate plant growth by promoting cell elongation and division in stems and leaves, leading to increased plant height and overall growth. They also activate the germination of seeds by breaking dormancy and promoting seedling growth.