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Par Collection Par Auteur- DENG, W. (1)
- HE, Y. (1)
- HOU, Y. (1)
- HU, R. (1)
- LIU, C. (1)
- LIU, X. (1)
- WANG, N. (1)
- WU, J. (1)
- XU, Y. (1)
- ZHANG, D. (1)
- ZHANG, Y. (1)
- ZHAO, C. (1)
- JIONGXIN XU (1)
- LIU, C. (1)
- WANG, X. (1)
- YAN, D. (1)
- ZHU, L. (1)
- Acción antrópica ; Batimetría ; Corriente de agua ; Corriente de marea ; Dinámica litoral ; Estratigrafía ; Estuario ; LANDSAT ; Teledetección ; Transporte sedimentario (1)
- Action anthropique ; Années 1987-2005 ; Bathymétrie ; Chine ; Courant de marée ; Cours d'eau ; Dynamique littorale ; Estuaire ; LANDSAT ; Liaoning ; Stratigraphie ; Transport sédimentaire ; Télédétection (1)
- Analyse de sensibilité ; Années 1960-2007 ; Bassin-versant ; Chine ; Donnée climatique ; Espace-temps ; Evapotranspiration ; Radiation ; Température ; Tendance du climat ; Vitesse du vent (1)
- Análisis de sensibilidad ; China ; Cuenca hidrográfica ; Dato climático ; Espacio-tiempo ; Evapotranspiración ; Radiación ; Temperatura ; Tendencia del clima ; Velocidad del viento (1)
- Bassin-versant ; Besoin en eau ; Bilan hydrologique ; Chine ; Cycle de l'eau ; Distribution spatiale ; Ecosystème ; Gestion de l'eau ; Hydrologie ; Jilin ; Système d'information géographique ; Variation saisonnière (1)
- Bathymetry ; China ; Coastal dynamics ; Estuary ; Human impact ; LANDSAT ; Liaoning ; Remote sensing ; Sediment transport ; Stratigraphy ; Stream ; Tidal current (1)
- Braided channel ; Channel geometry ; China ; Fluvial dynamics ; Meander ; Sediment transport ; Stream ; Suspended load (1)
- Charge en suspension ; Chenal anastomosé ; Chine ; Cours d'eau ; Dynamique fluviale ; Géométrie hydraulique ; Méandre ; Transport sédimentaire (1)
- China ; Climatic data ; Climatic trend ; Evapotranspiration ; Radiation ; Sensitivity analysis ; Space time ; Temperature ; Watershed ; Wind speed (1)
- China ; Ecology ; North-Eastern China ; Runoff ; Stream ; Water cycle ; Water quality (1)
- China ; Ecosystem ; Geographical information system ; Hydrology ; Jilin ; Seasonal variation ; Spatial distribution ; Water balance ; Water cycle ; Water management ; Water needs ; Watershed (1)
- Chine ; Chine du Nord-Est ; Cours d'eau ; Cycle de l'eau ; Ecologie ; Ecoulement ; Liaohe ; Modèle mathématique ; Qualité de l'eau ; Quantité d'eau (1)
- Ecological water demand : the case of the slope systems in the East Liaohe River Basin (1)
- Recent geomorphic changes in the Liaohe Estuary (1)
- Spatial and temporal change in the potential evapotranspiration sensitivity to meteorological factors in China (1960-2007) (1)
- Water quantity-quality combined evaluation method for rivers' water requirements of the instream environment in dualistic water cycle : a case study of Liaohe River Basin (1)
- Water quantity-quality combined evaluation method for rivers' water requirements of the instream environment in dualistic water cycle : a case study of Liaohe River Basin
- Chine ; Chine du Nord-Est ; Cours d'eau ; Cycle de l'eau ; Ecologie ; Ecoulement ; Liaohe ; Modèle mathématique ; Qualité de l'eau ; Quantité d'eau
- L'état actuel de l'étude. La méthode de calcul et d'évaluation des écoulements environnementaux dans un cycle de l'eau dualiste. Etude de cas : le bassin fluvial de la Liaohe dans le sud-ouest de la Chine du Nord-Est.
- Ecological water demand : the case of the slope systems in the East Liaohe River Basin
- Based on GIS and RS with the source information of hydrological data of 46 hydrological gauges covering 52 years and the digital images of Landsat TM in 1986, 1996, and 2000, the landscape patterns, precipitation and runoff in the East Liaohe River
- Basin were analyzed. With these results, the spatial and temporal changes of the ecological water demand in the slope systems (EWDSS) of the East Liaohe River Basin (ELRB) were derived. Landscapes in the ELRB are dispersed and strongly disturbed by human
- Recent geomorphic changes in the Liaohe Estuary
- This paper aims at revealing the stratigraphic structure of the Liaohe Estuary since the Holocene and analyzing the migration tendency of the tidal bank and tidal channel in the near future based on the latest data of exploration drilling, shallow
- stratigraphics section, bathymetric surveys (1990, 1996, 2002 and 2005) and Landsat TM images (1987, 1994, 2002 and 2005), current and suspended sediment so as to reconstruct the evolution history of the Liaohe River delta and to provide guidance
- for the exploration and development of the Liaohe oil field.
- Nearly 90 alluvial rivers are involved in this study, located in different natural zones in China, and include the Yellow River, Yangtze River, Haihe River, Huaihe River, Liaohe River, Songhuajiang River and Pearl River and their tributaries. When
- This paper dealt with sensitivity of potentiel evapotranspiration (Eo) over China, which was divided into 10 drainage systems, including Songhua River basin, Liaohe River basin, Haihe River basin, Yellow River basin, Yangtze River basin, Pearl River