the scientist measured the albedoes of different surfaces.
科學家測量了不同表面的反照率。
albedoes play a crucial role in regulating earth's temperature.
反照率在調節地球溫度方面起着至關重要的作用。
variations in albedoes can cause significant changes in climate patterns.
反照率的變化會導致氣候模式發生顯著變化。
snow and ice have high albedoes, reflecting sunlight back into space.
雪和冰的反照率很高，將陽光反射回太空。
darker surfaces, like asphalt, have low albedoes and absorb more heat.
較暗的表面，如瀝青，反照率低，吸收更多的熱量。
understanding albedoes is essential for climate modeling and predictions.
理解反照率對於氣候建模和預測至關重要。
albedoes can be influenced by factors like vegetation cover and soil type.
植被覆蓋和土壤類型等因素會影響反照率。
scientists continue to study albedoes and their impact on the environment.
科學家們繼續研究反照率及其對環境的影響。
albedoes are measured using specialized instruments and satellite imagery.
反照率使用專用儀器和衛星圖像進行測量。
the study of albedoes helps us understand how earth interacts with solar radiation.
研究反照率有助於我們理解地球如何與太陽輻射相互作用。
the scientist measured the albedoes of different surfaces.
科學家測量了不同表面的反照率。
albedoes play a crucial role in regulating earth's temperature.
反照率在調節地球溫度方面起着至關重要的作用。
variations in albedoes can cause significant changes in climate patterns.
反照率的變化會導致氣候模式發生顯著變化。
snow and ice have high albedoes, reflecting sunlight back into space.
雪和冰的反照率很高，將陽光反射回太空。
darker surfaces, like asphalt, have low albedoes and absorb more heat.
較暗的表面，如瀝青，反照率低，吸收更多的熱量。
understanding albedoes is essential for climate modeling and predictions.
理解反照率對於氣候建模和預測至關重要。
albedoes can be influenced by factors like vegetation cover and soil type.
植被覆蓋和土壤類型等因素會影響反照率。
scientists continue to study albedoes and their impact on the environment.
科學家們繼續研究反照率及其對環境的影響。
albedoes are measured using specialized instruments and satellite imagery.
反照率使用專用儀器和衛星圖像進行測量。
the study of albedoes helps us understand how earth interacts with solar radiation.
研究反照率有助於我們理解地球如何與太陽輻射相互作用。
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