trogloxenic species
洞穴偶居种
trogloxenic organisms
洞穴偶居生物
trogloxenic fauna
洞穴偶居动物群
trogloxenic insects
洞穴偶居昆虫
trogloxenic animals
洞穴偶居动物
trogloxenic bats
洞穴偶居蝙蝠
trogloxenic mammals
洞穴偶居哺乳动物
trogloxenic visitor
洞穴偶居访客
trogloxenic arthropods
洞穴偶居节肢动物
trogloxenic behavior
洞穴偶居行为
the bear is a classic trogloxenic species that occasionally seeks shelter in caves during winter.
熊是一种典型的偶洞生物,偶尔在冬季寻找洞穴作为庇护所。
many trogloxenic animals use caves as temporary refuges but return to surface habitats.
许多偶洞动物利用洞穴作为临时避难所,但会返回地表栖息地。
bats are often confused with trogloxenic species, but they are actually troglobiotic.
蝙蝠经常与偶洞生物混淆,但它们实际上是真穴居生物。
the raccoon demonstrates trogloxenic behavior by exploring cave entrances for food.
浣熊通过探索洞穴入口寻找食物来展示偶洞行为。
some trogloxenic insects enter caves to escape predators but do not live there permanently.
一些偶洞昆虫进入洞穴以躲避捕食者,但不会永久生活在那里。
unlike troglobites, trogloxenic organisms cannot complete their entire life cycle underground.
与真穴居生物不同,偶洞生物无法在地下完成整个生命周期。
the cave bear was a famous trogloxenic mammal that inhabited european caverns.
洞熊是一种著名的偶洞哺乳动物,栖息在欧洲的洞穴中。
researchers study trogloxenic fauna to understand animal adaptation to extreme environments.
研究人员研究偶洞动物区系,以了解动物对极端环境的适应。
bears, raccoons, and foxes are common trogloxenic mammals found near cave systems.
熊、浣熊和狐狸是在洞穴系统附近发现的常见偶洞哺乳动物。
trogloxenic species play important ecological roles in cave ecosystems as occasional visitors.
偶洞物种作为偶尔的访客,在洞穴生态系统中发挥重要的生态作用。
the deer mouse exhibits trogloxenic tendencies, occasionally nesting in cave passages.
鹿鼠表现出偶洞倾向,偶尔在洞穴通道中筑巢。
understanding trogloxenic habitat use helps conservationists protect both surface and underground environments.
了解偶洞栖息地的使用有助于保护主义者保护地表和地下环境。
trogloxenic species
洞穴偶居种
trogloxenic organisms
洞穴偶居生物
trogloxenic fauna
洞穴偶居动物群
trogloxenic insects
洞穴偶居昆虫
trogloxenic animals
洞穴偶居动物
trogloxenic bats
洞穴偶居蝙蝠
trogloxenic mammals
洞穴偶居哺乳动物
trogloxenic visitor
洞穴偶居访客
trogloxenic arthropods
洞穴偶居节肢动物
trogloxenic behavior
洞穴偶居行为
the bear is a classic trogloxenic species that occasionally seeks shelter in caves during winter.
熊是一种典型的偶洞生物,偶尔在冬季寻找洞穴作为庇护所。
many trogloxenic animals use caves as temporary refuges but return to surface habitats.
许多偶洞动物利用洞穴作为临时避难所,但会返回地表栖息地。
bats are often confused with trogloxenic species, but they are actually troglobiotic.
蝙蝠经常与偶洞生物混淆,但它们实际上是真穴居生物。
the raccoon demonstrates trogloxenic behavior by exploring cave entrances for food.
浣熊通过探索洞穴入口寻找食物来展示偶洞行为。
some trogloxenic insects enter caves to escape predators but do not live there permanently.
一些偶洞昆虫进入洞穴以躲避捕食者,但不会永久生活在那里。
unlike troglobites, trogloxenic organisms cannot complete their entire life cycle underground.
与真穴居生物不同,偶洞生物无法在地下完成整个生命周期。
the cave bear was a famous trogloxenic mammal that inhabited european caverns.
洞熊是一种著名的偶洞哺乳动物,栖息在欧洲的洞穴中。
researchers study trogloxenic fauna to understand animal adaptation to extreme environments.
研究人员研究偶洞动物区系,以了解动物对极端环境的适应。
bears, raccoons, and foxes are common trogloxenic mammals found near cave systems.
熊、浣熊和狐狸是在洞穴系统附近发现的常见偶洞哺乳动物。
trogloxenic species play important ecological roles in cave ecosystems as occasional visitors.
偶洞物种作为偶尔的访客,在洞穴生态系统中发挥重要的生态作用。
the deer mouse exhibits trogloxenic tendencies, occasionally nesting in cave passages.
鹿鼠表现出偶洞倾向,偶尔在洞穴通道中筑巢。
understanding trogloxenic habitat use helps conservationists protect both surface and underground environments.
了解偶洞栖息地的使用有助于保护主义者保护地表和地下环境。
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