The Inference on the Results of Atmospheric Environment Prediction by the Different Cloud Data

Xian Lin Meng; Xiao Hui Cao; Shi You Guo

doi:10.4028/www.scientific.net/AMR.1010-1012.329

Paper Titles

Smog in China: Trends, Causes and Countermeasures
p.311

Hazard Evaluation for Seawater Intrusion in the South of Laizhou Bay
p.317

Research on a Multi-Index Comprehensive Evaluation Method for Surface Water Quality Assessment
p.321

Screening Method of Priority Pollutants in Surface Water Source Emergencies
p.325

The Inference on the Results of Atmospheric Environment Prediction by the Different Cloud Data
p.329

The Influence Assessment of the Intensive Using the Sea on Marine Resources in Caofeidian
p.333

Developing a Technical Framework for Integrating Ecosystem Service into Strategic Environmental Assessment
p.339

Safety Evaluation of Underground Uranium Mine Ventilation System Based on Analytic Hierarchy Process and Fuzzy Comprehensive Evaluation
p.344

Study on Assessment Method of Emergency Disposal Technology Based on Threat Evaluation
p.353

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1010-1012The Inference on the Results of Atmospheric...

The Inference on the Results of Atmospheric Environment Prediction by the Different Cloud Data

Abstract:

In order to provide reference for using the different cloud data in environmental prediction, based on AERMOD model, the standard cloud scenario and the reference cloud scenarios were constructed by using the 2010 reference climatological station-observed data and general weather station-observed data, and the d index and relative error on pollutant prediction concentration between the reference cloud scenarios and the standard cloud scenario were analyzed. The results show that the 4 or 3 observational cloud data of the project location, or less than 50km or more than 50km to the project location can be used in atmospheric environment prediction.