Drones for Hydrology & Flood Studies
Skylark Drones
Enterprise drone solutions that help plan, build, and sustain the world we live in.
Climate change is for real.
We have heard this far too many times now. In fact, we are witnessing many parts of the world going through unprecedented changes in daily weather patterns. One of the most common effects of this change is untimely rains/storms/cyclones. These ill-timed guests are seen to leave behind large chunks of submerged lands.?
As a natural reflex, our scientists have begun to analyse changes in patterns in order to predict potential behaviour and identify areas under threat.?
Enter: Hydrology and Flood Studies
Technically known as Hydrologic and Hydraulic analyses, these are essentially studies undertaken to stimulate response of a given area to water. Typically these are large-scale studies performed at the level of rivers and its tributaries. It is conducted to determine how the surrounding areas, called as Basin/Watershed, react to change in water flow pattern or construction of a dam etc. It helps in identifying potential areas of submergence and to develop plans for rerouting water away safely.?
How does this affect us?
Even though the study warrants a large area, it plays an equally important role in determining water safety of smaller areas as well. This concept can be applied to areas of any size such as a city or an individual site within it. In reality, a majority of government bodies across the world are known to have by-laws mandating Flood Risk studies prior to commencement of any project activity or construction.?
So, if you are a developer looking to begin a project, then Hydrology & Flood Study has to be among the first things on your checklist.?
Who does the analysis do & how is it done?
Traditionally, Civil Engineering consultants specializing in Water Resources conduct this study. Methodology of analysis is decided based on area type and preliminary data available. Some of the methods are:
1. Interpolate results from a larger watershed to which the site belongs:
2. Using a previously conducted survey data of the site:?
Survey departments periodically conduct topographic surveys of all areas and provide the data to users at a nominal fee. Consultants use the latest available data to perform study and estimate water flow quantities & conditions.
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Conduct a physical survey for the AOI:
A traditional survey is conducted to gather all physical properties of the site which is then used for all computations, similar to the previous method. The survey is done just before analysis.?A common factor among all three methods is that all data analysis and calculations are performed manually. Needless to say, it is a tedious process which requires a minimum of 30 days to complete.
How will Drones make a difference?
Drone survey fundamentally stands for these things:
A drone survey of the AOI will naturally bring in these factors to the analyses and its results. Further, there are a lot more additional advantages of using a drone survey, such as:
To sum up, accurate data is collected to precisely stimulate the ground conditions and its response to rainfall. And, the entire activity is completed in under 10 days regardless of the area size.
In this fast paced world, remotely assessing your land’s water safety within a week’s time is hands down the best option one has. More importantly the analysis is specific to your site, detailing what happens when water enters it and how to keep it safe, while accounting for the entire watershed.?
Accurate, customized and quick - Characteristics of services offered by Skylark Drones .?
Author
Sucharitha
Supply Chain @Allcon Metals India. STAINLESS STEEL ?? | MANUFACTURING | FLANGES | STOCK MARKET ?? | MARKETING | GOLD ??
4 个月????
Congratulations on this insightful post! From our perspective at Innovatech Solutions, we are excited to see how drone technology is transforming hydraulic analysis. The precision and efficiency they provide not only optimize processes but also significantly enhance water management safety. Great job highlighting these crucial innovations for the future of our water infrastructure!