GIS & Data Visualization

Unmanned Aerial Vehicle & Data Collection

SHOP

Geographic Information Systems

SHOP

Unmanned Aerial Vehicle Services

UAV Services are becoming an ever increasing opportunity. This is no different for TBEC than it is for any other company. We take pride in offering Environmental drone services, that help shape a continuously changing landscape.

We offer many different drone services outside of the Environmental field as well. Services that include Industrial Landscapes and Opportunities, Commercial Buildings and Products, and even Residential photography.

Along with being able to gather the data via our drones, we also have data processing capabilities. LiDAR analysis, spatial analysis, and GIS operations are all key processes that we use to help generate intelligent, people driven science.

Unmanned Aerial Vehicle Services

3D Imaging

Our drone is capable of putting together detailed 3D models of your location. 3D models help showcase unique situations and problems that may not be easily noticed while at elevation.

Environmental Monitoring

Environmental monitoring and natural surveying opportunities include water monitoring, forest and tree distribution models, local community imagery, and much more!

LIDAR Imaging

LIDAR Imaging helps us put together detailed elevation concepts. These concepts and height measures can help us determine erosion issues or environmental hazards to infrastructure.

Aerial Surveying

Mapping out a location is done with ease and with incredible accuracy. Whether it's farmland or infrastructure, having an aerial survey helps put things into perspective.

Data Collection

While drones provide high-resolution, site-specific data through aerial imagery and LiDAR, GIS data collection integrates multiple data sources to create comprehensive, multi-layered spatial analyses.

GIS data collection involves gathering spatial and environmental information using a variety of methods, including ground surveys, satellite imagery, and remote sensing technologies.

Drones excel in capturing real-time, high-detail imagery of specific locations, whereas GIS synthesizes broader datasets—ranging from land use patterns and hydrology to infrastructure networks—allowing for large-scale assessments and predictive modeling.

Data Services

Field-based Collection

Field-based data collection using GPS, remote sensing, and sensor networks.

Multi-source Datasets

Integration of multi-source datasets, including satellite imagery, ground surveys, and drone-based LiDAR.

Spatial Data

Spatial database development for long-term monitoring of natural resources, agricultural landscapes, and infrastructure networks.

GIS Modeling

Custom GIS layers and geospatial modeling to support environmental planning, energy security, and land management.

Geographic Information Systems

Geographic Information Systems (GIS) are analytical tools that manage, visualize, and interpret spatial data.

At TBEC we specialize in leveraging GIS tools to provide clear, data-driven insights that support informed decision-making for environmental adaptation and risk mitigation. Our expertise lies in creating customized geospatial solutions that help communities, organizations, and agencies interpret complex environmental data through interactive visualizations. Whether through detailed maps, analytical reports, or immersive StoryMaps and Data Dashboards, we transform spatial data into accessible, actionable resources.

By combining geospatial technology with expert analysis, we empower our clients to effectively interpret and apply geographic data. Our commitment to delivering high-quality GIS solutions ensures that our partners have the necessary tools to navigate environmental challenges and make informed, data-driven decisions.

Dashboards & Storymaps

In addition to written reports, we develop interactive dashboards and visualizations that allow users to explore climate data, hazards, and scenarios dynamically. These tools are designed for a range of audiences, from technical staff to decision-makers, and support deeper engagement with the data beyond static maps or tables.

Dashboards can be used to:

Compare scenarios and time periods
Visualize spatial patterns of risk
Support internal discussions and public-facing communication

GIS Services

Custom Mapping

We develop high-quality maps tailored to specific project needs, integrating multiple data sources to provide a comprehensive spatial perspective. Our maps support land-use planning, resource management, infrastructure assessments, and hazard analysis, ensuring that users can efficiently interpret geographically integrated environmental and weather information relevant to their objectives.

Spatial Analysis

We conduct advanced spatial analyses to identify trends, patterns, and relationships within geographic datasets. Our expertise includes:

Land cover and vegetation change assessments
Watershed and hydrological modeling
Flooding and Erosion projections
Population and infrastructure mapping
Environmental hazard impact assessments

Predictive Modeling

Using advanced geospatial modeling techniques, we analyze future scenarios based on past data and projected data trends. Our modeling services include:

Forecasting environmental shifts affecting infrastructure and ecosystems

Identifying regions susceptible to natural hazards such as flooding, erosion, and permafrost thaw

Assessing long-term trends in temperature, precipitation, and land use

Remote Sensing & Data Integration

We incorporate remote sensing technologies, including satellite imagery and aerial data, to enhance spatial analyses. Our approach includes:

Processing and interpreting multi-temporal satellite datasets

Integrating remote sensing data with field observations

Detecting landscape changes over time to support environmental assessments

Dashboards

Our GIS-powered dashboards allow users to explore real-time and existing datasets in an intuitive, interactive format that provide stakeholders with tangible data for decision making. These platforms combine various data layers, such as environmental observations, satellite imagery, and predictive models, enabling stakeholders to make well-informed decisions about land management, resource allocation, and hazard risk mitigation.

Dashboard Link

Storymap Link

CRRC Website