地面有效辐射

青藏高原地区OLR与地面有效辐射关系的分析

Analysis of the relationship between the OLR and the surface effective radiation over the Qinghai-Xizang Plateau

地面有效辐射（ELR）无明显的季节变化。

Surface effective radiation ( ELR ) had no significant seasonal variation .

塔克拉玛干沙漠地面有效辐射研究

Research on surface effective radiation in Taklimakan Desert

青藏高原地区云对地面有效辐射的影响Ⅱ.强迫作用

Effect of cloud on the surface effective radiation over the Qinghai-Xizang plateau ⅱ cloud radiative forcing

对CO2通量与光合有效辐射的关系分析表明：白天稻田吸收的CO2通量与到达地面的光合有效辐射存在着显著的负相关关系。

In addition , the relationship between daytime absorption of CO2 flux and Photosynthetically-active radiation is investigated for the rice paddy , and resulting a negative correlation .

暖季由于下垫面地表冰雪融化，地表反射率迅速减小，地面吸收辐射和地面有效辐射都迅速增大。

As a result of ice and snow ′ s melting effect during warm season , surface reflecting ratio was quickly decreasing and surface absorbing radiation and effective radiation were rapidly increasing .

地面向上长波辐射绿州小于沙漠，地面有效辐射绿州小于沙漠，且季节变化明显；

The surface upward longwave radiation is also smaller in oases than in desert , the effective radiation is smaller in oases than in desert and its seasonal variation is obvious , too .