<transcript><audio_59> Sensors are available for measurement of air temperature, humidity, soil temperature, moisture, leaf wetness, atmospheric pressure, solar radiation,</transcript><transcript><audio_60> trunk diameter, stem diameter, fruit diameter, anemometer, wind vane, pluviometer, luminosity. Sensor boards are equipped with some pins to connect to sensors.</transcript><transcript><audio_61> programmed to interpret the data from the sensors, a USB port to send the data, Wi-Fi to connect to wireless network for monitoring systems. A sensor board allows many sensors to</transcript><transcript><audio_62> ports are connected through Wi-Fi to form sensor network for monitoring systems. A sensor network can measure irrigation effectiveness, crop growth and microclimatic conditions as well as</transcript><transcript><audio_63> This sophisticated monitoring brings extreme precision to crop growing by enabling irrigation and climate control to be matched to local conditions.</transcript><transcript><audio_64> Amazing technology is in precision agriculture where leaf fitness, fruit diameter are important parameters. In irrigation system soil moisture, leaf fitness are measured in greenhouses, solar radiation,</transcript><caption><image_65>The image is a slide from a presentation about agriculture sensing technology. It has a title that reads "Agriculture Sensing Technology Applications". Below the title, there are three bullet points that explain the different types of applications available in agriculture.

The first bullet point explains that precision agriculture is a type of leaf wetness, fruit diameter, and irrigation systems. The second bullet point mentions that irrigation systems are soil moisture, leaf wellness, etc. The third bullet point discusses greenhouse systems, solar-radiation, humidity, temperature, and weather stations. The fourth bullet point states that anemometer, wind vane, and pluvimeter are used to measure the temperature and humidity of the soil.</caption><transcript><audio_66> In weather stations, anemometer, wind vane, pluviometer, etc. are used. Now, we have seen how sensing technology helps in information collection and its utilization.</transcript> integral part of NCC technology research and available for measurement of air temperature and humidity Oil temperature master list Brightness Very special  Solar Radiation Ultraviolet Radiation Rangdari Meter Standard Time Witch Craft Drawing Teacher Anemometer Bin Through Your Meter University Sensor Board Essence Equipped with some Pintu connect to senses microcontrollers which can be programs to interpret the state of mind senses a USB port to send data WiFi to connect to  Wireless Network for Monitoring Systems as a Sensor Board Alarms Mini Senses to be Connected in This Manner Sensor Board Art Connected 252 Form Sensor Network for Monitoring Systems Person Network Can Major Irrigation Effective Mins for Growth and Micro Climate Conditions Well as Its Adverse Weather Events With this view cut monitoring drink 1622 from growing by enabling irrigation and climate control to be matched to local conditions in that application and Samsung technologies in present agriculture in were the earliest fitness one and a half meter and important parameters in irrigation systems for almost the fitness army result in greenhouses.  Solar Radiation Humidity Temperature and Important Parameters in Weather Station Anemometer Win This Mixture Extra R Us K Nav Vihag Scene Houses in Technology Help Information Collection and its
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