We will develop a system to decrease the danger of floods. It will detect the flood. Then, some tubes will be opened to transfer the water to another place and store it. The tubes will have motors to generate electricity. the prototype will be manufactured to achieve the highest result. So, we will use an Ultra Sonic sensor to detect the height of the water in the river. Then, it will be connected with Arduino Uno. Besides, the prototype will include tubes with a servo motor that will open the tubes and close it. also, the water will be used to generate electricity by motors.After the flood,there is pump to push the water to the river to use it. Our system will be the best choice instead of dams because they are very expensive. Besides, if the dam is destroyed, the city will have to face a Huge flood.
Because there are a lot of floods around the world. Besides, its big danger on the poor towns. So, we chose this challenge to help the world surviving from it. The project is improving the present dams and decreasing its cost. We used ultrasonic sensor, Arduino Uno, servo motor, tubes, Pump and electricity generators in the hardware prototype. Besides, we controlled the Arduino by Arduino IDE that uses C programming language. Also, we used proteus to make a simulation of the prototype. After that, we have achieved our goals to make a good system that doesn’t need a big money to build not as the dams.
https://disasters.nasa.gov/floods
•Global Flood Monitoring System (GFMS)
•Integrated Multi-satellite Retrievals for GPM (IMERG)
•Real-Time Land Information System (LIS)
•Near Real Time (NRT) MODIS Flood Mapping
•ISS Handheld Digital Camera Photography
•Advanced Rapid Imaging and Analysis (ARIA) Center for Natural Hazards
It is known that recent studies have highlighted how local investments in simple flood preparations often experience 70% property damage when floods occur. But achieving such benefits on a global scale requires a full understanding of the characteristics of flood vulnerability. NASA's Disaster Response Program, along with its fleet of Earth observation satellites, helps scientists and decision-makers improve flood disaster forecasting, preparedness, response and recovery.
Our agency's flood preparedness and response capabilities include satellite observations, data systems, and modeling capabilities divided into two main areas:
- Global Flood Forecasting and Warning (weather forecasting combined with accurate satellite observations and hydrological models)
- Global flood mapping and damage assessment (from the observed time series record of flood events, as well as from modeling)
This is important in order to understand the problem, in order to draw a strong conclusion to solve the problem.
https://stemschools-my.sharepoint.com/:v:/g/personal/magdy_1619042_stemredsea_moe_edu_eg/EV7E1_oqA9tHp3LCaIs3DJ8B-Q7x4V-RvRxLGGsoayVsbg?e=m1neMA
https://disasters.nasa.gov/floods
•Global Flood Monitoring System (GFMS)
•Integrated Multi-satellite Retrievals for GPM (IMERG)
•Real-Time Land Information System (LIS)
•Near Real Time (NRT) MODIS Flood Mapping
•ISS Handheld Digital Camera Photography
•Advanced Rapid Imaging and Analysis (ARIA) Center for Natural Hazards