halotolerant bacteria
嗜鹽菌
halotolerant species
嗜鹽物種
halotolerant organisms
嗜鹽生物
halotolerant strains
嗜鹽菌株
halotolerant microbes
嗜鹽微生物
halotolerant plants
嗜鹽植物
halotolerant fungi
嗜鹽真菌
halotolerant algae
嗜鹽藻類
halotolerant genes
嗜鹽基因
halotolerant traits
嗜鹽特徵
halotolerant bacteria can survive in high-salt environments where other organisms cannot thrive.
嗜鹽菌可以在其他生物無法生長的高鹽環境中存活。
the halotolerant yeast is widely used in the production of soy sauce and fermented foods.
嗜鹽酵母廣泛應用於醬油和發酵食品的生產。
scientists are studying halotolerant microorganisms to develop crops that can grow in saline soils.
科學家正在研究嗜鹽微生物，以開發能在鹽鹼土壤中生長的作物。
these halotolerant plants have evolved sophisticated mechanisms to cope with salt stress.
這些嗜鹽植物已經演化出複雜的機制來應對鹽分壓力。
halotolerant fungi play a crucial role in the decomposition of organic matter in saline ecosystems.
嗜鹽真菌在鹽鹼生態系統中分解有機物質方面起著至關重要的作用。
the halotolerant nature of certain algae makes them valuable candidates for biofuel production.
某些藻類的嗜鹽特性使其成為生物燃料生產的寶貴候選。
researchers discovered a halotolerant bacterium capable of removing heavy metals from contaminated water.
研究人員發現了一種能夠從受污染的水中去除重金屬的嗜鹽細菌。
halotolerant species are essential for maintaining ecological balance in salt marsh ecosystems.
嗜鹽物種對於維持鹽沼生態系統的生態平衡至關重要。
the halotolerant properties of this microorganism make it ideal for bioremediation applications.
這種微生物的嗜鹽特性使其非常適合用於生物修復應用。
agricultural scientists are developing halotolerant crop varieties to combat increasing soil salinization.
農業科學家正在開發耐鹽作物品種，以應對日益嚴重的土壤鹽漬化。
halotolerant bacteria can be found in diverse extreme environments from salt flats to deep-sea vents.
嗜鹽菌可以在從鹽灘到深海熱泉等多種極端環境中找到。
the halotolerant fungus produces unique enzymes that remain active at high salt concentrations.
這種嗜鹽真菌產生獨特的酶，即使在高鹽濃度下仍能保持活性。
understanding halotolerant mechanisms could help engineers develop more efficient desalination technologies.
理解嗜鹽機制可能有助於工程師開發更高效的海水淡化技術。
halotolerant bacteria
嗜鹽菌
halotolerant species
嗜鹽物種
halotolerant organisms
嗜鹽生物
halotolerant strains
嗜鹽菌株
halotolerant microbes
嗜鹽微生物
halotolerant plants
嗜鹽植物
halotolerant fungi
嗜鹽真菌
halotolerant algae
嗜鹽藻類
halotolerant genes
嗜鹽基因
halotolerant traits
嗜鹽特徵
halotolerant bacteria can survive in high-salt environments where other organisms cannot thrive.
嗜鹽菌可以在其他生物無法生長的高鹽環境中存活。
the halotolerant yeast is widely used in the production of soy sauce and fermented foods.
嗜鹽酵母廣泛應用於醬油和發酵食品的生產。
scientists are studying halotolerant microorganisms to develop crops that can grow in saline soils.
科學家正在研究嗜鹽微生物，以開發能在鹽鹼土壤中生長的作物。
these halotolerant plants have evolved sophisticated mechanisms to cope with salt stress.
這些嗜鹽植物已經演化出複雜的機制來應對鹽分壓力。
halotolerant fungi play a crucial role in the decomposition of organic matter in saline ecosystems.
嗜鹽真菌在鹽鹼生態系統中分解有機物質方面起著至關重要的作用。
the halotolerant nature of certain algae makes them valuable candidates for biofuel production.
某些藻類的嗜鹽特性使其成為生物燃料生產的寶貴候選。
researchers discovered a halotolerant bacterium capable of removing heavy metals from contaminated water.
研究人員發現了一種能夠從受污染的水中去除重金屬的嗜鹽細菌。
halotolerant species are essential for maintaining ecological balance in salt marsh ecosystems.
嗜鹽物種對於維持鹽沼生態系統的生態平衡至關重要。
the halotolerant properties of this microorganism make it ideal for bioremediation applications.
這種微生物的嗜鹽特性使其非常適合用於生物修復應用。
agricultural scientists are developing halotolerant crop varieties to combat increasing soil salinization.
農業科學家正在開發耐鹽作物品種，以應對日益嚴重的土壤鹽漬化。
halotolerant bacteria can be found in diverse extreme environments from salt flats to deep-sea vents.
嗜鹽菌可以在從鹽灘到深海熱泉等多種極端環境中找到。
the halotolerant fungus produces unique enzymes that remain active at high salt concentrations.
這種嗜鹽真菌產生獨特的酶，即使在高鹽濃度下仍能保持活性。
understanding halotolerant mechanisms could help engineers develop more efficient desalination technologies.
理解嗜鹽機制可能有助於工程師開發更高效的海水淡化技術。
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