chemotropism response
化趋性反应
chemotropism effect
化趋性效应
chemotropism study
化趋性研究
chemotropism mechanism
化趋性机制
chemotropism signal
化趋性信号
chemotropism behavior
化趋性行为
chemotropism pathway
化趋性通路
chemotropism gradient
化趋性梯度
chemotropism agent
化趋性因子
chemotropism influence
化趋性影响
plants exhibit chemotropism in response to nutrients.
植物对养分表现出化学趋性。
understanding chemotropism can help in agricultural practices.
理解化学趋性可以帮助农业实践。
chemotropism is essential for the growth of roots.
化学趋性对根的生长至关重要。
scientists study chemotropism to improve crop yields.
科学家研究化学趋性以提高作物产量。
some bacteria exhibit chemotropism towards food sources.
一些细菌对食物来源表现出化学趋性。
chemotropism influences how plants find water.
化学趋性影响植物如何寻找水源。
research on chemotropism can lead to new agricultural technologies.
对化学趋性的研究可以导致新的农业技术。
chemotropism plays a role in plant communication.
化学趋性在植物交流中起着作用。
understanding chemotropism helps us design better fertilizers.
理解化学趋性有助于我们设计更好的肥料。
chemotropism can affect the distribution of plant species.
化学趋性可以影响植物物种的分布。
chemotropism response
化趋性反应
chemotropism effect
化趋性效应
chemotropism study
化趋性研究
chemotropism mechanism
化趋性机制
chemotropism signal
化趋性信号
chemotropism behavior
化趋性行为
chemotropism pathway
化趋性通路
chemotropism gradient
化趋性梯度
chemotropism agent
化趋性因子
chemotropism influence
化趋性影响
plants exhibit chemotropism in response to nutrients.
植物对养分表现出化学趋性。
understanding chemotropism can help in agricultural practices.
理解化学趋性可以帮助农业实践。
chemotropism is essential for the growth of roots.
化学趋性对根的生长至关重要。
scientists study chemotropism to improve crop yields.
科学家研究化学趋性以提高作物产量。
some bacteria exhibit chemotropism towards food sources.
一些细菌对食物来源表现出化学趋性。
chemotropism influences how plants find water.
化学趋性影响植物如何寻找水源。
research on chemotropism can lead to new agricultural technologies.
对化学趋性的研究可以导致新的农业技术。
chemotropism plays a role in plant communication.
化学趋性在植物交流中起着作用。
understanding chemotropism helps us design better fertilizers.
理解化学趋性有助于我们设计更好的肥料。
chemotropism can affect the distribution of plant species.
化学趋性可以影响植物物种的分布。
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