GIS & UAV
RECON uses up-to-date ArcGIS software to extend our spatial analysis capabilities, streamline data management, improve project efficiency, and to offer our clients digital data in industry-standard formats for Geographic Information Systems (GIS). RECON is experienced in developing datasets according to the latest releases of the Spatial Data Standard for Facilities, Infrastructure and Environment (SDSFIE). We also develop databases consistent with the Federal Geographic Data Committee Contact Standard for Digital Geospatial Metadata.
RECON provides Unmanned Aerial Vehicle (UAV or drone) surveying and mapping services to assist clients with environmental compliance, ecological, habitat restoration and land planning needs. UAV technology provides a cost-effective alternative to conventional platforms for acquiring high-resolution data such as aerial photographs, topographic contours, video, and 3D imaging. Applications of this technology include mapping of vegetation and tree canopies, jurisdictional wetlands, archaeological features, and hydrologic conditions. RECON operates under a Part 107 Airmen Certificate from the Federal Aviation Administration for commercial UAV operations and has experience with obtaining operational waivers by demonstrating our ability to fly safely using alternative methods.
Geographic Information Systems (GIS) Services
Data Generation and Management
Sub-meter GPS Mapping
Geocoding and Remote Sensing
Database Development
ArcGIS and SDSFIE Geodatabases
Data Conversion and Integration
Mapping and Cartography
Spatial Analysis
Environmental Modeling and Analysis
Software
Custom Project-specific Data Collection Applications
Unmanned Aerial Vehicle (Drone) Services
High Resolution Photography and Video
Ortho-rectified Aerial Photography
Hydrological Flow and Micro-watershed Modeling
3D Terrain/Object Modeling
Topographic Contours
Stockpile Volume Calculations
Vegetation/Invasive Species Mapping
Image Analysis/Classification
Featured Projects
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Los Cerritos Drone Flight
Long Beach, California
RECON provided an unmanned aerial vehicle (UAV/drone) and pilot to assess the success of a wetland restoration project in the neighborhood of Los Cerritos, in the city of Long Beach, California. Using advanced aerial imaging, RECON provided high-resolution ortho-mosaic images with two-centimeter pixel resolution to help qualitatively assess vegetation cover over time in the marsh habitat restoration areas.
Key Highlights:
Efficient Operations. RECON conducted five UAV flights, capturing detailed aerial photographs.
Rapid Turnaround. Ortho-mosaic images were delivered within 48 hours of each flight.
Comprehensive Insights. This project enabled precise comparisons of vegetation cover to track restoration progress.
This cutting-edge approach ensured timely and accurate data, empowering the client to make informed decisions about the project's success.
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San Pasqual Valley Wetland Mitigation Opportunities
San Diego, California
RECON conducted a six-hour UAV mission to survey a 145-acre site in a single day, capturing over 2,600 high-resolution aerial photographs. This efficient drone survey provided critical insights to support the development of a conceptual mitigation plan.
Key Highlights:
High-Resolution Data. RECON captured imagery detailed enough to allow our restoration team to identify native trees and shrubs, areas of non-native plant infestations, areas of standing water, and trace channel braiding.
Informed Planning. Precise desktop analysis to guide habitat restoration, enhancement, and creation areas that seamlessly integrated with existing vegetation was enabled.
Adaptive Design. Informed design adjustments throughout the plan development process.
Ongoing Monitoring. RECON will perform annual UAV missions to monitor and document restoration progress over time.
This innovative approach ensured data accuracy, streamlined planning, and laid the foundation for long-term restoration success.
