Data Visualization, Imagery, Model
Landslides occur all over the world, causing many fatalities, destroying livelihoods, and causing extensive economic damage. Create a way to inform people before landslides occur or to help people recover after a landslide. Incidences of landslides depend on several factors, such as slope terrain, vegetation, and recent rainfall. Increased climate variability, deforestation, and population pressures are making landslides a more pervasive threat. Crowdsourcing has the potential to complement satellite-based Earth observation landslide products, and in the process inform more people of the potential dangers of landslides.
One possibility is to design a mobile application that enables users to report landslides in their vicinity and collect user-acquired imagery (pictures, videos) showing the extent of damages caused by observed landslides. The app could provide data layers for users to view the latest rainfall data, current landslide susceptibility maps, and areas of high slope terrain near the user's location. The app could allow people to enter comments conveying their own perspectives on landslide susceptibility. The map could also display an aggregated summary of users’ landslide reports and comments.
Landslides take the lives of many people in areas where landslide warnings or alerts do not reach large portions of the population. For example, in Uganda several landslides have killed hundreds of people in the last few years alone. Unfortunately, in Mesoamerica landslides are also increasing in frequency and becoming deadlier.
SERVIR, a NASA-USAID joint project, receives many requests to provide landslide susceptibility maps. NASA Goddard Space Flight Center is a leader in mapping landslide susceptibilities using remotely sensed data. The satellite rainfall-derived landslide susceptibility maps provide a global, near real time perspective.
Here are some ways for you to frame this solution:
Create a web app or mobile app that allows users to designate a landslide location (e.g., by drawing a point or polygon on a map or by manually entering geospatial coordinates). The app could enable users to view latest rainfall data, landslide susceptibility maps, and elevation datasets; or allow users to make an imagery association, in the form of video or still photos, with landslide entry; or enable the users to enter their comments on the landslide susceptibility map. The app could link the users’ geographical location to the responses; and/or synthesize the user responses and display over a geographic area, along with the remotely sensed data and products.
The following projects are solving this challenge:
This is a crowdsourcing application which shows current landslide susceptible area around the world in real time maps. It also allows user to report a landslide. The app link the users' geographical location to the responses and display over a geographic area. It allows users to attach and upload... Visit Project
MapSlide is an open system for landslide mapping, documentation, data analysis and risk/susceptibility information system. It is composed of various components including web app, mobile app, MediaWiki etc. Users can use the web/mobile app to map location and information regarding any landslid... Visit Project
Landslide Tracking - York
An application which tracks landslides and possibility of future ones. Visit Project
Report landslide POA
The web mobile app is a platform to provide input on landslides and possible risk situations regarding heavy rainfall. A user can provide a report based on location information from the device (or manually provided), along with an optional picture taken from the phone camera. While posting, the u... Visit Project
Solution: In the past, the biggest complaint from the survivors was about accessing potential landslide information and receiving warnings of such incidents. "Landslide Tracker" uncovers such information and puts it into the hand of end users. Not only they can see potential landslides maps and ... Visit Project
Landslide Early Warning System
Landslides occur suddenly, and they usually result in extensive monetary, material, and social losses. They are caused due to the elevation of the water level in the ground, usually after a prolonged rainfall. In order to provide a solution to the problem, we developed an early warning system ... Visit Project
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