Micro-Climate and Healthy tracking system for rice cultivation is created because farmers have many problems from water management in rice cultivation which water is an important factor and directly affects the productivity of rice. In which the research has set of sensors for measuring soil moisture (Soil Sensor) and sensor for measuring water level (Ultrasonic Sensor) as well as creating an NDVI camera which can receive light in the infrared wave for tracking the growth of rice.
Iirrigation control consists of a Node MCU board with a sensor for receiving soil moisture and a sensor for measuring water levels which was developed including with Raspberry Pi board to be a field server to control for the amount of water in the field. Tracking system the growth of rice fields has developed using Raspberry Pi boards with a NIR camera to perform NDVI imaging.
Communication systems in rice plantations has used a 3G Wi-Fi router to setup a wireless network to communicate between the Raspberry pi board and MCU board using the MQTT protocol and delivering data between experimental fields and the database on the Firebase server.
The result from experiment by using the irrigation control according to the systematic control plan, it was found that Organic rice paddy fields have effected on the soil moisture significantly since when reduce water levels according to the table of rice harassment but have not affect the growth of organic rice farming in height of rice, Chemical rice paddy fields have effected on the soil moisture significantly since when reduce water levels according to the table of rice harassment and have affected the growth of chemical rice fields in height significantly since when reduce water levels according to the table of rice harassment and consider only 3 factors and the growth of rice paddy fields from image processing showed that The height of rice plants is related to skew and height of the histogram.