The invention discloses a real-time
agricultural irrigation monitoring and regulating
system based on
big data and
the Internet of Things. The real-time
agricultural irrigation monitoring and regulating
system based on
big data and
the Internet of Things comprises a
data collecting module, a
data processing module, an image collecting module, an
image processing module, an image feature analyzingmodule, a manual input module, a storage
database, a
cloud server, an
irrigation coefficient analyzing module, an
irrigation execution end, a fertilization execution end and a display. According to the provided intelligent constructional
engineering construction operation environment
monitoring system based on
big data, by collecting and
processing image information of crops, analyzing the kinds and growth stages of the crops in combination with collection and
processing of the
soil humidity, the
air temperature, the
air humidity and the
wind speed in farmland within various
collection time periods, counting
irrigation coefficients of
crop soil, and then extracting the volume, corresponding to each irrigation coefficient, of water needed for irrigation per
square meter according to the corresponding irrigation coefficient of the
crop soil to obtain the
irrigation water volume corresponding to an occupied area of the farmland, collecting and analyzing
nutrient elements of the farmland soil at the same time, and supplying
nutrient elements which the soil is short of in time, irrigation and fertilization integrated operation is achieved, the accuracy of the
irrigation water volume andthe fertilization amount of the soil is improved, and the
water requirement and the fertilization amount of the soil can be analyzed reasonably according to the current practical situations of the soil and the crops, so as to conduct intelligent irrigation and fertilization, so that waste of
water resources and fertilizers and high human cost are reduced.