Water- Water Bodies, Waste Water and Surface Monitoring
Dec 31,2024 | Farmer Drones
Application Overview
Addressing the monitoring needs of water eutrophication and algae caused by nitrogen and phosphorus in rivers, reservoirs, coastlines, and other water bodies, this application aims to accurately assess the degree and spatial distribution trends of water eutrophication. It resolves the current pain points of not being able to intuitively quantify and visually represent the spatial distribution trends of water eutrophication, providing intuitive and precise eutrophication spatial distribution assessments.
Application Scenario
Monitoring of Water Eutrophication
Application Scenario
Monitoring nitrogen, phosphorus nutrients, and algae in rivers, lakes, seas, and other water bodies.
Output Forms
Inspection videos, vector files (SHP/KML), thematic maps, raster files (GeoTIFF), and special reports.
Application of Results
The graded data and spatial distribution information of water eutrophication facilitate aquatic ecosystem assessments, monitoring of sewage outlets, and other environmental enforcement actions.
Monitoring of Black and Odorous Water Bodies
Application Scenario
Monitoring black and odorous water bodies and inspecting sewage outlets in rivers, lakes, and other water areas.
Output Forms
Inspection videos, vector files (SHP/KML), thematic maps, raster files (GeoTIFF), and special reports.
Application of Results
The graded data and spatial distribution information of black and odorous water bodies aid in aquatic ecosystem assessments, sewage outlet monitoring, and other environmental enforcement actions.
Shoreline Ecological Monitoring
Application Scenarios
Monitoring and assessment of vegetation ecosystems such as greenbelts, riverbank slopes, wetlands, and mangroves.
Output Forms
Vector files (SHP/KML), thematic maps, raster files (GeoTIFF), and thematic reports.
Information Provided
Land feature categories, vegetation growth, vegetation coverage, water area, etc., aiding biodiversity surveys and shoreline ecological health assessments.
Water Surface Oil Spill Monitoring
Application Scenario
Monitoring of oil spills and other abnormalities on water surfaces.
Forms of Results
Videos, vectors (SHP/KML), thematic maps, and special reports.
Application of Results
Early warning of abnormalities on water surfaces in large water bodies, aiding maritime and environmental protection enforcement.
Application Case
Application of Multispectral Remote Sensor in Quantitative Retrieval of Water Quality Monitoring in a Hangzhou River
Unmanned aerial vehicle (UAV) multispectral remote sensing technology can acquire large-scale, continuous imagery, covering water-rich scenarios such as rivers, channels, lakes, reservoirs, shorelines, and water sources. Beyond assessing the relative trends of water eutrophication and black-odor water pollution to aid in water environment monitoring, by constructing quantitative retrieval models for relevant water quality parameters, it enables quantitative retrieval of water bodies at multiple scales, avoiding the traditional "point-for-area" monitoring approach. Simultaneously, it achieves global monitoring and early warning of water quality parameters. The relevant results can provide reference information for environmental protection departments in water environment management and offer new technological means for water governance.