The notion of 'Big Data'has recently been attracting an increasing degree of attention from
scholars and practitioners in an attempt to identify how it may be leveraged to create …

Surface and subsurface flow systems are inherently unified systems that are often broken
into sections for logical (eg, time scales) and technical (eg, analytical and computational …

The present study proposes five standard artificial intelligence models including Artificial
Neural Network (ANN), Adaptive Neuro-Fuzzy Inference System (ANFIS), Group Method of …

In this study a two-dimensional numerical flow/transport model (HYDRUS-2D) was
calibrated and experimentally validated using data from long furrow irrigation experiments …

Future agriculture calls for increased input (eg, water, nutrients, pesticides) use efficiency
while maintaining or improving productivity, minimizing environmental impacts, and …

Increasing water and fertilizer productivity stands as a relevant challenge for sustainable
agriculture. Alternate furrow irrigation and surface fertigation have long been identified as …

Distributed hydrologic models that simulate fate and transport processes at sub-daily
timescales are useful tools for estimating pollutant loads exported from watersheds to lakes …

This study presents a hybrid Finite Volume–Finite Element (FV-FE) model that describes the
coupled surface-subsurface flow processes occurring during furrow irrigation and fertigation …

In this study, analytical solutions of one-dimensional pollutant transport originating from
instantaneous and continuous point sources were developed in groundwater and riverine …

Surface fertigation is a common choice when it comes to applying fertilizers in surface
irrigated crops. The inherent complexity of the concepts and equations governing surface …