What will happen if we kill all the organism in one trophic level

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*If we kill all the organisms in one trophic level, the following effects will take place: 1)The population of organisms in previous trophi’c level will increase. 2) The organisms in next trophic level will not be able to get the food, so they will migrate to some other ecosystem or die. 3)It will cause an ecological imbalance in the food chain. For example, if we kill secondary consumers, there will be gap between primary consumers and tertiary consumers. Tertiary consumers depends upon secondary consumers and secondary consumers depends upon primary consumers. Primary consumers will be more and they feed upon the producers so there will be getting a chance of getting extinct of producers when primary consumers depends upon them. Tertiary consumers would not get food because they depends upon secondary consumers and they would die. So totally, there will be imbalanced food chain. Read the following and answer the questions:Food chains are very important for the survival of most species. When only one element is removed from the food chain it can result in extinction of a species in some cases. The foundation of the food chain consists of primary producers.Primary producers, or autotrophs, can use either solar energy or chemical energy to create complex organic compounds, whereas species at higher trophic levels cannot and so must consume producers or other life that itself consumes producers. Because the sun's light is necessary for photosynthesis, most life could not exi...

If we kill all the organisms in one trophic level, the number of individuals in the next trophic level will decrease due to non-availability of food. Also the number of individuals in the previous trophic level will increase because there is no one to feed on them. This will cause imbalance in the environment. Views: 5,674 ( 1 m + 1 m + 1 m + 1 m ) is evolve Ans. (A) Ca ( OH ) 2 ​ + CO 2 ​ ⟶ CaCO 3 ​ + H 2 ​ O (2) An enid is abso (B) Zn + 2 AgNO 3 ​ ⟶ Zn ( NO 3 ​ ) 2 ​ + 2 Ag the rea (C) 2 Al + 3 CuCl 2 ​ ⟶ 2 AlCl 3 ​ + 3 Cu (D) BaCl 2 ​ ± K 2 ​ SO 4 ​ ⟶ BaSO 4 ​ + 2 KCl Caution → Students should not alter the formulae of compounhs or elements involved in the reactions to equolize the number of atoms while balancing a chemich equation.

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• Every trophic level has a significant role in the ecosystem. • The impact of removing the organisms of a trophic level is different for different trophic levels. • For example, if we remove plants from a food chain, no organism will get food as plants are the primary producers in the food chain. If herbivores are removed from a food chain then carnivores will starve and die and producers are also affected and may die due to competition for space and nutrients. It is not possible to remove a trophiclevel without causing damage to the ecosystem as they are interlinked.

For example, in a food chain grass is eaten by a buffalo and buffalo is eaten by a lion. If all the lions in the population were to be removed, the number ofbuffalo willincrease and this will ultimately lead to over-grazing. Over-grazing can lead to the barren land which will ultimately lead to soil erosion.

(a) The various steps in a food chain at which the transfer of food and energy takes place are known as trophic levels. A food chain with four trophic levels can be shown as follows. Grass → Insect → Frog → Eagle (b) If we kill all the organisms in one trophic level, there will be no food for the organisms of the next trophic level, and they will die of starvation. Also, the organisms of the previous trophic levels will increase in number as there will be no organism to consume them as food.