euryhaline species
廣鹽種
euryhaline fish
廣鹽魚類
euryhaline habitat
廣鹽棲息地
euryhaline organisms
廣鹽生物
euryhaline adaptation
廣鹽適應
euryhaline waters
廣鹽水域
euryhaline environment
廣鹽環境
euryhaline regions
廣鹽區域
euryhaline tolerance
廣鹽耐受性
euryhaline behavior
廣鹽行爲
euryhaline species can thrive in both freshwater and saltwater environments.
耐鹽魚類能夠在淡水和鹽水環境中生存。
the euryhaline nature of certain fish allows them to adapt to changing salinity levels.
某些魚類的耐鹽特性使它們能夠適應變化的鹽度水平。
researchers study euryhaline organisms to understand their unique adaptations.
研究人員研究耐鹽生物以瞭解它們的獨特適應能力。
euryhaline crustaceans are important for maintaining ecological balance.
耐鹽甲殼類動物對維持生態平衡至關重要。
some euryhaline fish can migrate between rivers and oceans.
一些耐鹽魚類可以在河流和海洋之間遷移。
the euryhaline property of these species makes them resilient to environmental changes.
這些物種的耐鹽特性使它們對環境變化具有韌性。
understanding euryhaline fish can help improve aquaculture practices.
瞭解耐鹽魚類有助於改善水產養殖實踐。
some euryhaline species exhibit remarkable physiological flexibility.
一些耐鹽物種表現出顯著的生理靈活性。
studying euryhaline habitats can provide insights into climate change effects.
研究耐鹽棲息地可以提供氣候變化影響的見解。
euryhaline organisms are found in diverse aquatic ecosystems.
耐鹽生物存在於多樣的水生生態系統中。
euryhaline species
廣鹽種
euryhaline fish
廣鹽魚類
euryhaline habitat
廣鹽棲息地
euryhaline organisms
廣鹽生物
euryhaline adaptation
廣鹽適應
euryhaline waters
廣鹽水域
euryhaline environment
廣鹽環境
euryhaline regions
廣鹽區域
euryhaline tolerance
廣鹽耐受性
euryhaline behavior
廣鹽行爲
euryhaline species can thrive in both freshwater and saltwater environments.
耐鹽魚類能夠在淡水和鹽水環境中生存。
the euryhaline nature of certain fish allows them to adapt to changing salinity levels.
某些魚類的耐鹽特性使它們能夠適應變化的鹽度水平。
researchers study euryhaline organisms to understand their unique adaptations.
研究人員研究耐鹽生物以瞭解它們的獨特適應能力。
euryhaline crustaceans are important for maintaining ecological balance.
耐鹽甲殼類動物對維持生態平衡至關重要。
some euryhaline fish can migrate between rivers and oceans.
一些耐鹽魚類可以在河流和海洋之間遷移。
the euryhaline property of these species makes them resilient to environmental changes.
這些物種的耐鹽特性使它們對環境變化具有韌性。
understanding euryhaline fish can help improve aquaculture practices.
瞭解耐鹽魚類有助於改善水產養殖實踐。
some euryhaline species exhibit remarkable physiological flexibility.
一些耐鹽物種表現出顯著的生理靈活性。
studying euryhaline habitats can provide insights into climate change effects.
研究耐鹽棲息地可以提供氣候變化影響的見解。
euryhaline organisms are found in diverse aquatic ecosystems.
耐鹽生物存在於多樣的水生生態系統中。
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