the microtus population has declined significantly due to habitat loss.
微田鼠种群因栖息地丧失而显著减少。
researchers are studying microtus behavior in controlled environments.
研究人员正在研究微田鼠在受控环境中的行为。
microtus species vary in their dietary preferences and nesting habits.
不同微田鼠物种在饮食偏好和筑巢习惯上存在差异。
the microtus genus includes over 60 different species worldwide.
微田鼠属包括全球六十多种不同的物种。
microtus ecology is closely linked to the health of grassland ecosystems.
微田鼠生态与草原生态系统的健康密切相关。
farmers often find microtus activity problematic near agricultural fields.
农民经常发现微田鼠在农田附近的活动造成问题。
the reproductive rate of microtus makes them important prey for predators.
微田鼠的繁殖率使其成为重要的捕食者猎物。
climate change may affect microtus distribution patterns across regions.
气候变化可能会影响微田鼠的区域分布模式。
microtus social structure involves complex underground tunnel systems.
微田鼠的社会结构涉及复杂的地下隧道系统。
scientists use tracking devices to monitor microtus movements.
科学家使用追踪设备来监测微田鼠的活动。
the microtus genome has been sequenced for evolutionary studies.
微田鼠基因组已被测序用于进化研究。
microtus fossils provide valuable information about prehistoric environments.
微田鼠化石为了解史前环境提供了宝贵信息。
the microtus population has declined significantly due to habitat loss.
微田鼠种群因栖息地丧失而显著减少。
researchers are studying microtus behavior in controlled environments.
研究人员正在研究微田鼠在受控环境中的行为。
microtus species vary in their dietary preferences and nesting habits.
不同微田鼠物种在饮食偏好和筑巢习惯上存在差异。
the microtus genus includes over 60 different species worldwide.
微田鼠属包括全球六十多种不同的物种。
microtus ecology is closely linked to the health of grassland ecosystems.
微田鼠生态与草原生态系统的健康密切相关。
farmers often find microtus activity problematic near agricultural fields.
农民经常发现微田鼠在农田附近的活动造成问题。
the reproductive rate of microtus makes them important prey for predators.
微田鼠的繁殖率使其成为重要的捕食者猎物。
climate change may affect microtus distribution patterns across regions.
气候变化可能会影响微田鼠的区域分布模式。
microtus social structure involves complex underground tunnel systems.
微田鼠的社会结构涉及复杂的地下隧道系统。
scientists use tracking devices to monitor microtus movements.
科学家使用追踪设备来监测微田鼠的活动。
the microtus genome has been sequenced for evolutionary studies.
微田鼠基因组已被测序用于进化研究。
microtus fossils provide valuable information about prehistoric environments.
微田鼠化石为了解史前环境提供了宝贵信息。
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