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How did knowledge of genotypes affect scientists efforts to improve plants used for food and clothing?
that it learns how to fight
How did knowledge of genotypes affect scientists' efforts to improve plants used for food and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
What do you call scientists that who study plants?
what do we call scientists who study plant
How do do scientists study evolution of plants?
Plants and green algae have the same types of chlorophyll and carotenoids in their cells so scientists think plants and green algae have a common ancestor.
Where do scientists believe plants evolved?
They believed plants evolved from prehistoric times.
Who improve the quality of rice plants?
scientists did
How did knowledge of genotypes affect scientists efforts to improve plants used for food and clothing?
that it learns how to fight
How did knowledge of genotypes affect scientists' efforts to improve plants use for food and clothing?
that it learns how to fight
How did knowledge of genotypes affect scientists efforts to to improve plants used for food and clothing?
that it learns how to fight
Explain how to improve the amount of nuclear energy with illustration?
Build more nuclear power plants!
how did knowledge of genotypes affect scientists efforts to improve plants for foods and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
How did knowledge of genotype affect scientists effort to improve plants used for food and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
How did knowledge of genotypes affect scientists' efforts to improve plants used for foods and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
How Did Knowledge of genotypes affect scientists efforts to improve plants used for foods and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
How did knowledge of genotype affect scientists efforts to improve plants used for food and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
How did knowledge of genotype affect scientists' efforts to improve plants used for food and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
How did knowledge of genotypes affect scientists' efforts to improve plants used for food and clothing?
Before they knew about genotypes, scientists had to rely on selective breeding, which improves phenotypes. Now they can also consider genotypes and pedigrees of plants and the capability to insert desired genes from one plant to another. This has greatly improved their efforts to improve these types of plants.
