Based on the 3S techniques,automation meteorological station,radar,satellite,mathematical forecast and SMS technique,the monitoring and early warning system for agro-ecological and agricultural meteorological disaster was built in Shaoxing city.

A comprehensive evaluation was made of the ecological environments and ecological safety of Chongqing,a theoretical and index system was established for the evaluation and monitoring mechanisms for the region,and the effective approach was explored for the construction of a monitoring and early warning system.

The monitoring and early warning system were set up basing on the study of circumfluence character,physical fields,the satellite cloud photographs and Doppler weather radar echo characteristics of the storm weather.

This paper builds an index system for monitoring and prediction of oil deposits.

Setting up of monitoring and warning system on landslide and debris flow in such regions is a new subject for disaster prevention and reduction in C.

Through the analysis of the data collection processes and the multi-source data integration processing for the geological disaster monitoring and early-warning information in Three Gorges reservoir area,the geological disaster monitoring and early-warning information management system in Three Gorges reservoir area was studied and designed.

So the applied research of monitoring and early-warning technology for vernal low-temperature disasters in hilly tea garden need to carry out,whose main content is temperature monitoring technology and the purpose is to enhance decision-making for disaster early-warning.

An example of pipeline landslide monitoring successfully applied in Yangmu landslide of Lanchengyu product pipeline during the Wenchuan earthquake gave a useful reference to popularize application of monitoring and early-warning.