zooxanthellae symbiosis
蟲黃藻共生
containing zooxanthellae
含有蟲黃藻的
zooxanthellae density
蟲黃藻密度
zooxanthellae presence
蟲黃藻的存在
zooxanthellae decline
蟲黃藻減少
zooxanthellae bleaching
蟲黃藻漂白
zooxanthellae uptake
蟲黃藻吸收
zooxanthellae host
蟲黃藻宿主
zooxanthellae life
蟲黃藻生命
zooxanthellae research
蟲黃藻研究
coral reefs depend on a symbiotic relationship with zooxanthellae for survival.
珊瑚礁依賴與蟲黃藻的共生關係來生存。
zooxanthellae reside within coral tissues, providing them with energy through photosynthesis.
蟲黃藻棲息在珊瑚組織內，通過光合作用為其提供能量。
ocean warming can cause corals to expel their zooxanthellae, leading to bleaching.
海水變暖會導致珊瑚排出其蟲黃藻，進而導致白化。
the density of zooxanthellae within coral tissue varies depending on coral species.
珊瑚組織內蟲黃藻的密度會根據珊瑚種類而有所不同。
researchers are studying zooxanthellae to understand coral resilience to climate change.
研究人員正在研究蟲黃藻，以了解珊瑚對氣候變化的韌性。
zooxanthellae are photosynthetic algae that live within the tissues of reef-building corals.
蟲黃藻是進行光合作用的藻類，生活在造礁珊瑚的組織中。
the health of zooxanthellae populations is a key indicator of reef ecosystem health.
蟲黃藻群體的健康狀況是評估珊瑚礁生態系統健康的關鍵指標。
symbiotic zooxanthellae provide corals with up to 90% of their nutritional needs.
共生的蟲黃藻可為珊瑚提供高達其營養需求90%的所需營養。
changes in ocean acidity can negatively impact the ability of zooxanthellae to photosynthesize.
海洋酸度的變化可能會對蟲黃藻進行光合作用的能力產生負面影響。
different strains of zooxanthellae exhibit varying levels of heat tolerance in corals.
不同菌株的蟲黃藻在珊瑚中表現出不同程度的耐熱性。
zooxanthellae play a crucial role in the carbon cycle within coral reef ecosystems.
蟲黃藻在珊瑚礁生態系統的碳循環中扮演著至關重要的角色。
zooxanthellae symbiosis
蟲黃藻共生
containing zooxanthellae
含有蟲黃藻的
zooxanthellae density
蟲黃藻密度
zooxanthellae presence
蟲黃藻的存在
zooxanthellae decline
蟲黃藻減少
zooxanthellae bleaching
蟲黃藻漂白
zooxanthellae uptake
蟲黃藻吸收
zooxanthellae host
蟲黃藻宿主
zooxanthellae life
蟲黃藻生命
zooxanthellae research
蟲黃藻研究
coral reefs depend on a symbiotic relationship with zooxanthellae for survival.
珊瑚礁依賴與蟲黃藻的共生關係來生存。
zooxanthellae reside within coral tissues, providing them with energy through photosynthesis.
蟲黃藻棲息在珊瑚組織內，通過光合作用為其提供能量。
ocean warming can cause corals to expel their zooxanthellae, leading to bleaching.
海水變暖會導致珊瑚排出其蟲黃藻，進而導致白化。
the density of zooxanthellae within coral tissue varies depending on coral species.
珊瑚組織內蟲黃藻的密度會根據珊瑚種類而有所不同。
researchers are studying zooxanthellae to understand coral resilience to climate change.
研究人員正在研究蟲黃藻，以了解珊瑚對氣候變化的韌性。
zooxanthellae are photosynthetic algae that live within the tissues of reef-building corals.
蟲黃藻是進行光合作用的藻類，生活在造礁珊瑚的組織中。
the health of zooxanthellae populations is a key indicator of reef ecosystem health.
蟲黃藻群體的健康狀況是評估珊瑚礁生態系統健康的關鍵指標。
symbiotic zooxanthellae provide corals with up to 90% of their nutritional needs.
共生的蟲黃藻可為珊瑚提供高達其營養需求90%的所需營養。
changes in ocean acidity can negatively impact the ability of zooxanthellae to photosynthesize.
海洋酸度的變化可能會對蟲黃藻進行光合作用的能力產生負面影響。
different strains of zooxanthellae exhibit varying levels of heat tolerance in corals.
不同菌株的蟲黃藻在珊瑚中表現出不同程度的耐熱性。
zooxanthellae play a crucial role in the carbon cycle within coral reef ecosystems.
蟲黃藻在珊瑚礁生態系統的碳循環中扮演著至關重要的角色。
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