development has spiked water requirements. Additionally, climate change has extended the dry season and increased the evaporation rate from reservoirs. Many consider drought a very intricate but poorly understood natural calamity, impacting people more than other hazards51; hence, predicting evaporation is...
It used multi station data in different climate regions to determine the parameters of model and adopted the experimental data from than 30 floating evaporation stations in different reservoirs in the whole country to check the model. The research results showed that such model has strong ...
This is a general account of the mechanisms of heat loss from the body by radiation, convection, evaporation and the excreta, and the effects of environmen... H Maccarini - 《Arch.secretaria Salud Pub.nation Buenos Aires》 被引量: 0发表: 1948年 The Forms Of Water In Clouds, Rivers, Ice...
(c) using an electrical thermal sensor having a heat sensitive part that circumscribes a section of the micropore close to the opening of the micropore to sense the temperature of liquid at the opening of the micropore, wherein heat loss due to evaporation of the liquid from the micropore ...
One potential feedback pathway is caused by the changes on the atmosphere due to covering lakes and reservoirs with evaporation-driven engines. The evaporation-driven engine reduces the evaporation rate while increasing the rate of convective heat loss (due to higher surface temperatures). This shift...
1. A cover structure for covering a portion of a surface of a body of water, comprising: a first plate having a brim; a second plate having a brim, the second plate overlying and spaced apart from the first plate; a support structure coupling the first plate to the second plate, where...
The heat‐balanced method for the determination of evaporation from water‐surfaces The first law of thermodynamics requires that a balance of energy exist between the loss and gain in heat at the surface of a body of water. Thus, the insolational energy absorbed at a water-surface may be eq...
free water surface; Nash–Sutcliffe efficiency; optimization; water loss; annual evaporation1. Introduction Although evaporation is one of the main components of the water cycle in nature—it is reported that it makes up almost two-thirds of continental precipitation—its measurement or calculation ...
Water loss from evaporation is recognized as the largest component of the regional hydrological cycle in arid regions, especially for lakes or reservoirs [4–6]. Open water evaporation, which includes lake evaporation, can also represent regional potential evaporation (PET) [7] and is often used ...
Small reservoirs play a key role in the Brazilian savannah (Cerrado), making irrigation feasible and contributing to the economic development and social well-being of the population. A lack of information on factors, such as evaporative water loss, has an impact on the design and management of ...