Smart System for Monitoring and Controlling of Agricultural Production by the IoT

Mabrouki, Jamal; Azoulay, Karima; Elfanssi, Saloua; Bouhachlaf, Loubna; Mousli, Fatimazahra; Azrour, Mourade; Hajjaji, Souad El

doi:10.1007/978-3-030-90083-0_8

Cited by 58 publications

(10 citation statements)

References 36 publications

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“…Since 1971, it has flowed on average at a rate of 23 m 3 /s, although during floods, that rate may rise to over 1500 m 3 /s. In a typical year, the total volume runoff is around 660 million m 3 (Benchrifa et al, 2023c(Benchrifa et al, , 2023a(Benchrifa et al, , 2023b(Benchrifa et al, , 2023dBenchrifa and Mabrouki, 2022;Mabrouki et al, 2022aMabrouki et al, , 2022cMabrouki et al, , 2022b. The Sidi Mohamed Ben Abdellah (SMBA) dam, built in 1974 and with a capacity of 1.025 billion m3 when it was enlarged in 2006, blocked the Bouregreg basin just before its outlet (Ouharba and Triqui, 2023).…”

Section: Study Locationmentioning

confidence: 99%

Assessment and Future Climate Dynamics in the Bouregreg Basin, Morocco - Impacts and Adaptation Alternatives

Ouharba,

Mabrouki,

Triqui

2024

Ecol. Eng. Environ. Technol.

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The hydrological regimes of all Moroccan basins are characterized by significant inter-annual variability, with alternating wet and dry years, interspersed with periods of intense hydrology or severe drought. Most watersheds are short of water. Climate change and the increasing frequency of severe events, particularly sudden drops in precipitation and widespread drought, are likely to exacerbate this situation. Like the severe drought years that hit

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Section: Study Locationmentioning

confidence: 99%

Assessment and Future Climate Dynamics in the Bouregreg Basin, Morocco - Impacts and Adaptation Alternatives

Ouharba,

Mabrouki,

Triqui

2024

Ecol. Eng. Environ. Technol.

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“…Ref. [17] details a smart system that monitors and controls agricultural production using IoT. It monitors the data and provides it to the farmer, who can use the data to control the system remotely when needed, reducing the workload.…”

Section: Related Workmentioning

confidence: 99%

IoT-Enabled Smart Drip Irrigation System Using ESP32

Pereira¹,

Chaari²,

Daroge³

2023

IoT

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Agriculture, or farming, is the science of cultivating the soil, growing crops, and raising livestock. Ever since the days of the first plow from sticks over ten thousand years ago, agriculture has always depended on technology. As technology and science improved, so did the scale at which farming was possible. With the popularity and growth of the Internet of Things (IoT) in recent years, there are even more avenues for technology to make agriculture more efficient and help farmers in every nation. In this paper, we designed a smart IoT-enabled drip irrigation system using ESP32 to automate the irrigation process, and we tested it. The ESP32 communicates with the Blynk app, which is used to collect irrigation data, manually water the plants, switch off the automatic watering function, and plot graphs based on the readings of the sensors. We connected the ESP32 to a soil moisture sensor, temperature sensor, air humidity sensor, and water flow sensor. The ESP32 regularly checks if the soil is dry. If the soil is dry and the soil temperature is appropriate for watering, the ESP32 opens a solenoid valve and waters the plants. The amount of time to run the drip irrigation system is determined based on the flow rate measured by the water flow sensor. The ESP32 reads the humidity sensor values and notifies the user when the humidity is too high or too low. The user can switch off the automatic watering system according to the humidity value. In both primary and field tests, we found that the system ran well and was able to grow green onions.

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“…The coefficient of the interaction term between agricultural technology and precipitation was positive but insignificant. With the advancement of science and technology, factors such as breeding technology, greenhouses, and the widespread use of agricultural technology have significantly reduced the impact of natural disasters on food production and improved the security of grain production [45][46][47]. These factors, along with climate change brought on by a lack of resources such as water, heat, and other resources, have contributed to global warming [48].…”

Section: Analysis Of the Impact Of Climate Change On The Agricultural...mentioning

confidence: 99%

Climate Change, Farm Irrigation Facilities, and Agriculture Total Factor Productivity: Evidence from China

Liu

2023

Sustainability

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Due to the trend of global warming, individuals from all walks of life have paid close attention to how climate change affects food security. China is a sizable nation with a rich climate and a diverse range of food crops that are of interest to researchers. Additionally, there is little mention of agricultural technology and farm irrigation facilities in academic research on climate change and agricultural economic growth in China. As a result, this study uses the SBM model, panel fixed effect model, and SYS-GMM model to examine the development trend of climate change and food security based on the panel data of Chinese provinces from 2000 to 2020. The study found that China has maintained an average annual growth rate of 4.3% in agricultural total factor productivity (TFP) in recent years, despite the impact of extreme weather. The average annual precipitation has a depressing influence on the TFP in agriculture, while the average annual temperature has the opposite effect. The farm irrigation facilities and agricultural technology’s moderating impact is mostly shown in how well they attenuate the impact of climate change on the TFP in agriculture. Food crops have thereby improved their ability to survive natural risks and attain higher yields as a result of advancements in agricultural technology and increasing investment in contemporary farm irrigation facilities. The study’s conclusions are used in the article to make the suggestion that strengthening climate change adaptation is necessary to ensure food security. The strategic policy of “storing grain in technology and storing grain in the soil” and the advancement of contemporary agricultural technology must be put into reality while the management system for grain reserves is being improved.

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Smart System for Monitoring and Controlling of Agricultural Production by the IoT

Cited by 58 publications

References 36 publications

Assessment and Future Climate Dynamics in the Bouregreg Basin, Morocco - Impacts and Adaptation Alternatives

Assessment and Future Climate Dynamics in the Bouregreg Basin, Morocco - Impacts and Adaptation Alternatives

IoT-Enabled Smart Drip Irrigation System Using ESP32

Climate Change, Farm Irrigation Facilities, and Agriculture Total Factor Productivity: Evidence from China

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