Today, complying with national and regional legislature, territorial planning in Italy must guarantee a careful management of the territory. Therefore, it ... M Folin,S Aprile,GV Zizzo - 《Acta Horticulturae》 被引量: 8发表: 2010年 Variation of Soil Physical Properties and Moisture Content Along...
An extension of this approach to apply root zone soil moisture estimates from limited field sensor data showed considerable improvement in the simulation of root zone moisture content and streamflow with corresponding observed data. Difference in relative sensitivity of parameters and reduced extent of ...
The surface module simulates the exchange of energy, water, carbon, and momentum within the soil–vegetation–atmosphere system based on two canopy layers (upper and lower) and six layers of soil. Processes of transpiration and photosynthesis are represented in the model in an integrated way ...
of the straw back-throwing device in the study. The installation mode of the test device is shown inFigure 3. A rotational speed and torque sensor was installed between the power output shaft of the tractor and the power input shaft of the transmission box of the straw cleaning device. A ...
Special sensor microwave imagery (SSM/I) -Attached to polar orbiting satellites due to close orbit-Not used to detect clouds-Displays derived weather features Advantages of microwave products -Very accurate product (data verified by buoys and ships)-Detects microwave radiation (longer wavelengths) -Le...
The agricultural area has been outfitted with several IoT sensor nodes for monitoring "soil PH level, water level, temperature, humidity, moisture, weeding, nutrition, variable spraying, salinity, and rainfall". These sensors are grouped together, and the Cluster Head (CH) connects the clustered ...
Wireless Sensor Networks (WSNs) are transforming precision agriculture by enabling seamless monitoring and control of key factors such as temperature, humidity, solar radiation, soil moisture, and various dissolved compounds. This technology enhances efficiency and productivity while reducing c...
The agricultural area has been outfitted with several IoT sensor nodes for monitoring "soil PH level, water level, temperature, humidity, moisture, weeding, nutrition, variable spraying, salinity, and rainfall". These sensors are grouped together, and the Cluster Head (CH) connects the clustered ...
However, the performance of this type is less effective than the other types used for inter-row weeding [17], which is rooted in various factors, among which a heavy dependence on depth wheels is of utmost importance. In other words, variations in soil moisture content and bulk density can...
Figure 1. Logic diagram of a hardware connection. Monitoring data and control signals during the experimental process use the MODBUS master-slave communication protocol. Raspberry Pi 4B receives the sensor monitoring data using this protocol. At the same time, the Raspberry Pi writes data into th...