achlorophyllous plants
无叶绿素植物
being achlorophyllous
无叶绿素的
achlorophyllous condition
无叶绿素状态
totally achlorophyllous
完全无叶绿素的
achlorophyllous tissue
无叶绿素组织
they are achlorophyllous
它们是无叶绿素的
achlorophyllous appearance
无叶绿素外观
if achlorophyllous
如果无叶绿素
achlorophyllous region
无叶绿素区域
showed achlorophyllous
显示无叶绿素的
the achlorophyllous plant relied entirely on parasitism for survival.
这种无叶绿素的植物完全依靠寄生生存。
researchers studied the unique adaptations of achlorophyllous organisms in the rainforest.
研究人员研究了热带雨林中无叶绿素生物的独特适应性。
the achlorophyllous fungus obtained nutrients by decomposing organic matter.
无叶绿素的真菌通过分解有机物获取营养。
an achlorophyllous orchid lacks chlorophyll and cannot photosynthesize.
无叶绿素的兰花缺乏叶绿素，无法进行光合作用。
the achlorophyllous slime mold absorbed nutrients directly from its environment.
无叶绿素的滑膜菌直接从环境中吸收营养。
understanding the physiology of achlorophyllous species is crucial for ecological studies.
了解无叶绿素物种的生理学对于生态研究至关重要。
the achlorophyllous plant exhibited a pale, white coloration due to the absence of chlorophyll.
由于缺乏叶绿素，这种无叶绿素的植物呈现出苍白、白色的颜色。
many achlorophyllous plants are found in nutrient-rich environments.
许多无叶绿素的植物发现于富含营养的环境中。
the evolutionary pressures leading to an achlorophyllous lifestyle were complex.
导致无叶绿素生活方式的进化压力是复杂的。
the team investigated the distribution of achlorophyllous species across different habitats.
该团队调查了无叶绿素物种在不同栖息地的分布情况。
a particularly interesting example is the achlorophyllous plant *monotropa uniflora*.
一个特别有趣的例子是无叶绿素植物 *monotropa uniflora*。
achlorophyllous plants
无叶绿素植物
being achlorophyllous
无叶绿素的
achlorophyllous condition
无叶绿素状态
totally achlorophyllous
完全无叶绿素的
achlorophyllous tissue
无叶绿素组织
they are achlorophyllous
它们是无叶绿素的
achlorophyllous appearance
无叶绿素外观
if achlorophyllous
如果无叶绿素
achlorophyllous region
无叶绿素区域
showed achlorophyllous
显示无叶绿素的
the achlorophyllous plant relied entirely on parasitism for survival.
这种无叶绿素的植物完全依靠寄生生存。
researchers studied the unique adaptations of achlorophyllous organisms in the rainforest.
研究人员研究了热带雨林中无叶绿素生物的独特适应性。
the achlorophyllous fungus obtained nutrients by decomposing organic matter.
无叶绿素的真菌通过分解有机物获取营养。
an achlorophyllous orchid lacks chlorophyll and cannot photosynthesize.
无叶绿素的兰花缺乏叶绿素，无法进行光合作用。
the achlorophyllous slime mold absorbed nutrients directly from its environment.
无叶绿素的滑膜菌直接从环境中吸收营养。
understanding the physiology of achlorophyllous species is crucial for ecological studies.
了解无叶绿素物种的生理学对于生态研究至关重要。
the achlorophyllous plant exhibited a pale, white coloration due to the absence of chlorophyll.
由于缺乏叶绿素，这种无叶绿素的植物呈现出苍白、白色的颜色。
many achlorophyllous plants are found in nutrient-rich environments.
许多无叶绿素的植物发现于富含营养的环境中。
the evolutionary pressures leading to an achlorophyllous lifestyle were complex.
导致无叶绿素生活方式的进化压力是复杂的。
the team investigated the distribution of achlorophyllous species across different habitats.
该团队调查了无叶绿素物种在不同栖息地的分布情况。
a particularly interesting example is the achlorophyllous plant *monotropa uniflora*.
一个特别有趣的例子是无叶绿素植物 *monotropa uniflora*。
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