Seasonal and annual variations of surface water chemistry, solute fluxes and chemical denudation in a steep and glacier-fed mountain catchment in western Norway (Erdalen, Nordfjord)
Agua de deshielo ; Agua de superficie ; Cuenca hidrográfica ; Erosión química ; Fiordo ; Hidrología ; Montaña ; Noruega ; Variaciónanual ; Variación estacional ; Zona fría
Annual variation ; Chemical erosion ; Cold area ; Fjord ; Hydrology ; Meltwater ; Mountain ; Norway ; Seasonal variation ; Surface water ; Watershed ; Western Norway
This study,(2004–2010, focuses on inter- and intra-annual temporal variations of surface water chemistry, solute fluxes, solute yields and chemical denudation in a steep, cold climate and glacier-fed drainage basin system in the Erdalen fjord
landscape. Inter- and intra-annual temporal variations of surface water chemistry, solute gross concentrations, solute gross yields and chemical denudation rates are clearly determined by the combined effects of inter- and intra-annual temporal variations
of precipitation, solar radiation and air temperature. Intra-annual temporal variations of surface water total dissolved solids (TDS) values reflect the dilution of base flow from the drainage basin by (i) thermally controlled snowmelt in spring (April–June), (ii
Annual and seasonal quantities аnd trends of precipitation from 1949 to 2010 were analyzed for twelve stations in Serbia. The precipitation trends during winter and spring had decreased, while in summer and autumn increased. Tendencies of annual
pendula as a result of different mass movements. Overall, the highest values of annual change index (ACI) were calculated in microsections sampled in the direction of slope distribution – side of reaction wood production, where ACI2010/11 average value
Holoceno ; Mundo ; Paleoclima ; Recalentamiento climático ; Reconstitución climatica ; Temperatura ; Variación climática ; Variación espacial
This article presents a review of the spatio-temporal pattern of the mid-Holocene Thermal Maximum as it occurs in 60 different reconstructions of annual mean temperature from locations around the globe. Our review points towards a more homogeneous
Annual variation ; Asian part of Russia ; Marine hydrology ; Numerical model ; Sakhalin ; Salinity ; Simulation ; Spatial distribution ; Statistical analysis ; Temperature
Agua dulce ; Inlandsis ; Interaccíon océano-atmósfera ; Modelo matemático ; Nivel del mar ; Océano ; Proceso aleatorio ; Subida de agua ; Variaciónanual
Annual variation ; Fresh water ; Inland ice ; Mathematical model ; Ocean ; Ocean atmosphere interaction ; Random process ; Sea level ; Upwelling
Acción antrópica ; Acción biógena ; Cuenca hidrográfica ; Geoquímica ; Hidroquímica ; Lago ; Materia orgánica ; Rusia de Europa ; Variaciónanual ; Variación estacional ; Volga
Annual variation ; Biogenic process ; European part of Russia ; Geochemistry ; Human impact ; Hydrochemistry ; Lake ; Natural disturbance ; Organic materials ; Seasonal variation ; Volga ; Watershed
Agua ; Brasil ; Corriente de agua ; Distribución espacial ; Entropía ; Pluviometría ; Precipitación ; Recursos en agua ; Variaciónanual ; Variación estacional
Annual variation ; Brazil ; Entropy ; Piauí ; Pluviometry ; Precipitation ; Seasonal variation ; Spatial distribution ; Stream ; Water ; Water resources
Análisis de grupos ; Cambio climático ; Clasificación ; Corriente de agua ; Eslovenia ; Hidrología ; Medida ; Régimen térmico ; Temperatura del agua ; Variaciónanual
River temperature regime shows the annual water temperature fluctuation. Based on the cluster analysis of 28 water gauging stations in the period 1976–1990, four main river temperature types were found: alpine, subalpine, mediterranean and panonian
Nevada, Pyrenees and Picos de Europa, and differences among them by location and topoclimatic setting. All glaciers and rock glaciers show a thinning tendency and annual variations in the flow velocity. In addition to the specific dynamic analysis
Cambio climático ; China ; China del Norte ; Espacio-tiempo ; Llanura ; Precipitación ; Recalentamiento climático ; Tendencia del clima ; Variación estacional
This study, based on daily precipitation data from 47 representative stations in the North China Plain (NCP) records passed the homogeneity test, analyzed the trend and amplitude of variation in monthly, seasonal and annual precipitation, annual
maximum continuous no-rain days, annual rain days, rainfall intensity, and rainfall extremes from 1960 to 2007, using the Mann-Kendall (M-K) test and Sen’s slope estimator. It was concluded that the changing trend of precipitation in NCP had an apparent