Surface Energy Balance Algorithm for Land (SEBAL) is a remote sensing-based spatial evapotranspiration (ET) model known for its minimum reliance on ground-based weather data. This quality makes it efficient over other ...

Land Use/Land Cover (LULC) change is one of the dominant driving factor that directly influences on water balance components by transforming the hydrological responses therefore better understanding of its effects is ...

Seepage loss is a significant problem for water management, as it can reduce the efficiency of the system and lead to water shortages. Calculating seepage loss is an important step in improving the efficiency and ...

A need for existence is water. Water is becoming increasingly scarce as a result of shifting climatic patterns and use practices. Thus, water conservation is of high priority especially in dry regions of Pakistan. Water ...

One of the important tools that plays a vital role in water resource engineering and management is Intensity-Duration-Frequency (IDF) curve. Many IDF curves have been established for many different areas and they are ...

For the previous many years, the situation of water in Pakistan has changed drastically. It has changed from being a water-rich to a water-stressed country. Water in the rivers and streams is Pakistan's primary source of ...

As all know that water is the essential component of life. The management of water resources in Potohar plateau is a complicated subject because to scant data, fast population expansion, verified geographic and climatic ...

Land use and climate variation are prominent factors that influence the global energy and water cycle. Hydrological disturbances a reflection is of increasing runoff rate, more intense and frequent floods, decreasing ...

Hydrogeological assessment of rocks is the most important part of rock engineering surface and subsurface structures. It is not a simple task to carry out the assessment of rock-mass due to complexity in spatial distribution ...

Satellite Surface Energy Balance Algorithm for Land (SEBAL) is a remotely sensed spatial evapotranspiration (ET) model known for its minimum reliance on ground- based weather data. This quality makes it efficient over ...