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首页> 外文会议>Conference on Biometeorology and Aerobiology >Seasonal variations in the energy budget and CO_2 flux over a temperate deciduous forest
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Seasonal variations in the energy budget and CO_2 flux over a temperate deciduous forest

机译：温带落叶林中能源预算和CO_2通量的季节变化

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As atmospheric and physical processes have been well understood, the hydrological and biospherical processes became a new target of exploration in order to raise the predictability of climate. In this context, numerous hydrological and biospherical models have been developed in the past two decades. However, the variability and inherent complexity in these processes are still beyond our knowledge. Data of long-term measurements that covers meteorological, hydrological and biological aspects of the land-atmosphere interaction will help us to advance. In a temperate deciduous forest, the canopy structure and the biological activity show clear seasonal variation, which induces seasonal change in the energy, water and CO_2 exchange. This feature of the forest is advantageous to study the biological effects on the flux, hence on the regional climate and CO_2 budget.
机译：由于大气和物理过程得到了很好的理解，水文和生物手术过程成为探索的新目标，以提高气候的可预测性。在这种情况下，在过去的二十年中已经开发了许多水文和生物手术模型。然而，这些过程中的变异性和固有的复杂性仍然超出了我们的知识。涵盖土地 - 大气互动的气象，水文和生物方面的长期测量数据将有助于我们提前。在温带落叶林，树冠结构和生物活动呈现出清晰的季节性变化，这在能量，水和CO_2交换中诱导季节性变化。森林的这种特征是有利的，研究了对助势的生物学影响，因此对区域气候和CO_2预算进行了影响。

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