Control (management)

Mathematics education

Engineering

Ecology

Aerospace engineering

Biology

Distribution uniformity

Geotechnical engineering

Materials science

Petroleum engineering

Agricultural engineering

Water resource management

Range (aeronautics)

Computer science

Classical mechanics

Inflow

Geology

Paleontology

Structural basin

Physics

Completion (oil and gas wells)

Mathematics

Geography

Hydrology (agriculture)

Unit (ring theory)

Agronomy

Environmental science

Inertia

Artificial intelligence

Composite material

Infiltration (HVAC)

Meteorology

Irrigation

Transactions of the ASAE

ABSTRACT Zero inertia modeling was used to evaluate completion-of-advance irrigation in level basins with no run-off for use where inadequate control of water delivery exists. Distribution uniformity was good to extremely high for a wide range of conditions. The average depth of infiltration varied only moderately with large differences in the unit inflow rate. The effects on performance caused by errors in the soil surface parameters were moderate and can be compensated for. Completion-of-advance irrigation can be used by farmers to manage the application of a specific amount of water in the absence of water control.

Level Basin Design and Management in the Absence of Water Control Part I: Evaluation of Completion-of-Advance Irrigation