EVALUATION OF GLOBAL FINE-RESOLUTION PRECIPITATION PRODUCTS AND THEIR UNCERTAINTY QUANTIFICATION IN ENSEMBLE DISCHARGE SIMULATIONS

Evaluation of global fine-resolution precipitation products and their uncertainty quantification in ensemble discharge simulations

The applicability of six fine-resolution precipitation products, including precipitation radar, infrared, microwave and gauge-based products, using different precipitation computation recipes, is evaluated using statistical and hydrological methods in northeastern China.In addition, a framework quantifying uncertainty contributions of precipitation

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Examining a bias in evaluating conservation effectiveness for Galliformes on a typical Tibetan sacred mountain

Tibetan sacred mountains, the unique landforms influenced by the Buddhist religion in many Himalayan regions, are suggested L-THEANINE to have great potential for preserving animal diversity.Yet, a bias might lie in evaluating the effectiveness of such areas, given the local culture of respect for, and protection of, wildlife, resulting in many ani

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