Design of GSM based weather monitoring system useful for agriculture consists of different sensors such as temperature, humidity and soil moisture. Sensors are used to measure moisture content of soil, temperature level and humidity level. The Arduino Uno receives the data from the various sensor and transmit it to the GSM module. The GSM module send the information to formers via Short Message Service (SMS). The implementation of this system in agriculture for future will not only save the time, money and water but also increase the productivity of crops and improves the growth of the plants. The future iteration will include data collection at base station and incorporation of additional remote station directly controls irrigation systems. Wireless transmission of the output data to the user with the help of using ZigBee or Bluetooth. In this way the agriculture monitoring system helps the formers in the form of improving their yields.

1. Project Presentation
on
“GSMBASEDCLIMATE MONITORING SYSTEM FOR
AGRICULTURE”
Presented by
LOKESH K N
BE(EEE)
University BDT college of Engineering
Davangere

2. INTRODUCTION
• Agriculture plays important role in economy and development.
• Plant protection is a mandatory thing in agriculture in order to intimate
the farmers about their crops.
• Now a days Indian agriculture faces some major problems regarding the
usage of water.
• So an Arduino based system is used to monitoring the agriculture sector.

3. OBJECTIVES
• The main objective of this project is that it detects the
moisture level in the soil, surrounding temperature,
humidity of the soil.
• To help the farmers in farming as now days there is scarce
for the man power in the field agriculture.

4. BLOCK DIAGRAM
BLOCK DIAGRAM

5. Arduino UNO
• Microcontroller board based on the ATmega328.
• Open source hardware technology coupled with programming language and
Integrated development environment(IDE).
GSM
• GSM is used for communication purpose
• Developed on the basis Time Division Multiple Access(TDMA).

6. Soil Moisture Sensor
• Used to measure the volumetric content of water.
Temperature & Humidity Sensor
• DHT11 is a basic, ultra low cost digital temperature and humidity sensor.

8. 0
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6 7 8 9 10 11 12 1 2 3 4 5 6
Time of Day
Variation of parameters with respect to time of day
Moisture
Humidity
Temperature

9. FUTURE SCOPE
• Wireless transmission of the output data directly to the user can
be done using ZigBee or Bluetooth.
• Agriculture monitoring system can also be interfaced with solar
energy production module. This can eradicate the problems of
lack of electricity in remote areas.
• The future work may also include some other protocol that can
send messages even in offline mode or aeroplane mode.

10. • Project might reduce the time and work of formers and it is less cost process.
• System contains various sensors that are used to sense various parameters and
this can be used effectively by the formers using their mobile phone.
• This can be carried out using GSM module/network.
CONCLUSION