Abstract

The forest fires are alone not a threat to the environment but this add on multiple factors which are threat to the environment few examples are decreasing of ground water level, landslides, global warming. These are dangerous for the animal species and few vulnerable species. In recent years few a case has been heard of forest fires in Amazon, California which damaged the flora and fauna. Scientist have also predicted that by end of twentieth century the average temperature of earth will rise by 4.4 degree Celsius. The forest fire detection will give strength to the disaster response capacity. Environmental parameters such as forest temperature and humidity can be tracked in real time. From the information gathered by the system, wildfire fighting or fire prevention decisions can be taken as quickly as possible by the respective fire departments.

Highlights

  • Forests are an indispensable and essential tool for human life span and social growth while preserving the symmetry of global ecology

  • In addition to its advantages that traditional monitor systems do not, materials used in detection devices, especially in back-breaking and unpleasantly rough situations, increase the temperature of the melting point

  • Given the complexity and characteristics of the forest, the system has not been heavily applied to practical forest fire monitoring

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Summary

INTRODUCTION

Forests are an indispensable and essential tool for human life span and social growth while preserving the symmetry of global ecology. Wildfires often occur due to some uncontrolled human activity and unusual natural conditions. These fires pose the most devastating threat to forest capital and the individual’s habitat. Inspection of watch towers is direct and possible, it has many drawbacks This method requires a lot of financial and physical resources and a trained workforce. The satellite surveillance system has a long scanning cycle, the low resolution of its saturated pixel points. Another problem is that cloud layers can mask images during scanning intervals, so it is difficult to determine the real-time magnitude of the fireside parameters.

PARAMETERS OF FOREST FIRE
RESULTS
ZIGBEE WIRELESS SENSOR NETWORK
CONCLUSION
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