Improving historical precipitation estimates over the Lake Superior basin

Temporal and spatial distribution of extreme precipitation indices over the lake Urmia Basin, Iran

Precipitation Climatology of Lake Michigan Basin

A detailed climatological study shows that the average annual precipitation over Lake Michigan is 6 percent less than that of the land portion of the basin. This is contrary to results of most previous studies which indicated that lake and land precipitation were equal. However, the results of this study are more accurate than the earlier findings because they are based on more detailed informa...

Improving Size Estimates Using Historical Data

business objects (Obj) 16 Basic abstract geoscience business objects, including projects, wells, well logs, markers, zones, and seismic data Concrete business object input/output (I/O) 15 Concrete input/output behaviors for abstract business object persistence mechanisms Data import/export filters (Filter) 14 Abstract factories, strategies, and GUI components for importing and exporting “foreig...

assessment of regional precipitation trend in the lake urmia basin

abstract recent global warming has led to a change in the global hydrological cycle and an increase in extreme events such as flood and drought at the global and continental scales. however, at the regional scale, the magnitude of warming and the resulting changes in water resources are different from one region to another. unlike air temperature whose increase is evident throughout the world, ...

Trends of Extreme Temperature Over the Lake Urmia Basin, Iran, During 1987-2014

The variability of temperature extremes has been the focus of attention during the past several decades and had a great influence on the hydrologic cycle. A long-term, high-quality daily maximum (TX) and minimum temperature (TN) of seven stations was used to determine the spatial and temporal characteristics of extreme temperature events in Lake Urmia Basin in Iran during 1987 to 2014. The RCli...