Solar radiation is a primary driver for many physical, chemical, and biological processes on
the earth's surface. Solar energy engineers, architects, agriculturists, hydrologists, etc. often …

The potential of mathematical models is widely acknowledged for examining components
and interactions of natural systems, estimating the changes and uncertainties on outcomes …

Solar radiation (SR) is an important data for various applications such as climate, energy
and engineering. Because of this, determination and estimation of temporal and spatial …

Solar radiation is the principal and fundamental energy for many physical, chemical and
biological processes. However, it is measured at a very limited number of meteorological …

Crop yield models can assist decision makers within any agro-industrial supply chain, even
with regard to decisions that are unrelated to the crop production. Considering the …

Air temperature (Ta) is significant to numerous Earth's surface and agricultural processes.
For agricultural fields (eg, winter wheat), Ta plays an important role in crop growth …

Accurate determination on global solar radiation (R s) is essential in many disciplines and
sectors. This study comprehensively reviewed 78 existing models and developed 4 new …

Urbanisation generates greater population densities and an increase in anthropogenic heat
generation. These factors elevate the urban–rural air temperature (T a) difference, thus …

Global solar radiation is a core component of scientific research and engineering application
across a broad spectrum. However, its measurement is limited by a small number of stations …

Estimation of global solar radiation (Rs) from the daily range of air temperature (ΔT) offers an
important alternative in the absence of measured Rs or sunshine duration because of the …