chemoautotrophic

chemoautotrophic的音标为：[ˌtʃɛməʊəˈɔːtəʊflɪt] ，中文意思是化学自养生物。

速记技巧：chemo-是化学的意思，autotrophic表示自我生长的，结合起来就是化学自我生长的生物，也就是化学自养生物。

英文词源：chemoautotrophic

词源：chemo-，表示化学的；autotrophic，表示自我养育的，因此合起来表示化学自我养育的生物。

变化形式：无特殊变化形式。

相关单词：

1. chemoorganotrophy 化学异养

2. chemoheterotrophy 化学自养

3. chemoautotrophy 化学自养自养

4. chemoheterotrophic 化学异养

5. chemoheterotroph 化学异养生物

6. chemoheterotrophs 化学异养生物群落

7. chemoautotrophic bacteria 化学自养细菌

8. chemoautotrophic community 化学自养生物群落

9. chemoautotrophic process 化学自养过程

10. chemoautotrophic bacteria in the ocean 海洋化学自养细菌

chemoautotrophic短语：

1. chemoautotrophic metabolism 化学自养代谢

2. chemoautotrophic bacteria 化学自养细菌

3. chemoautotrophy 化学自养作用

4. chemoautotrophic process 化学自养过程

5. chemoautotrophic bacteria culture 化学自养细菌培养

6. chemoautotrophic bacteria growth 化学自养细菌生长

7. chemoautotrophic bacteria photosynthesis 化学自养细菌光合作用

双语例句：

1. These bacteria use sunlight and inorganic substances to generate energy and grow. These bacteria are chemoautotrophic. （这些细菌利用阳光和无机物质来产生能量并生长，这些细菌是化学自养性的。）

2. The process of chemoautotrophy is crucial for maintaining the balance of ecosystems. （化学自养作用对于维持生态系统的平衡至关重要。）

3. Chemoautotrophic bacteria are found in many types of environments, including deep-sea hydrothermal vents and hot springs. （化学自养细菌可以在许多类型的环境中被发现，包括深海热液喷口和温泉。）

4. These bacteria use the energy from sunlight to convert inorganic substances into organic matter, which they can then use as a source of energy and nutrients. （这些细菌利用阳光的能量将无机物质转化为有机物质，它们可以将这些有机物质作为能量和营养素的来源。）

5. Chemoautotrophy is an important process in many ecosystems, including those found in the ocean and on land. （化学自养作用是许多生态系统中的重要过程，包括海洋和陆地生态系统。）

6. Chemoautotrophy is a unique ability that allows some microorganisms to survive in harsh environments. （化学自养作用是一种独特的能力，它可以让一些微生物在恶劣的环境中生存。）

7. Understanding chemoautotrophy and its role in ecosystems is crucial for developing sustainable energy and resource management strategies. （了解化学自养作用及其在生态系统中的作用对于制定可持续的能源和资源管理策略至关重要。）

英文小作文：

Chemical Autotrophy: The Key to Life in Tough Environments

Chemical autotrophy, or the ability of microorganisms to convert inorganic substances into organic matter, is a crucial aspect of life in many tough environments. From the depths of the ocean to the harsh deserts on land, these bacteria use sunlight and inorganic substances to generate energy and grow. This unique ability allows them to survive in environments where other organisms would struggle. Chemical autotrophy is also crucial for maintaining the balance of ecosystems, as it plays a key role in the process of recycling resources. Understanding this process and its role in ecosystems is essential for developing sustainable energy and resource management strategies. Chemical autotrophy is a fascinating area of science that continues to reveal new insights into the adaptations of microorganisms and the role they play in our planet"s ecosystems.