Forestry

Understand forest characterization with our proven remote sensing technology, providing analysis for inventory, speciation, biomass fire risk and more

See the Forest and the Trees

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The emerald ash borer is decimating ash trees across the nation, leading to large quantities of unhealthy and dead trees. In the presence of electric utility lines, compromised ash trees are a greater risk to utility infrastructure.  NV5 Geospatial fusing lidar and hyperspectral imaging can detect ash trees at risk of disrupting utility infrastructure.

Fusing Data on Doomed Ash Trees

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NV5 Geospatial has developed a unique suite of analytical tools to model individual trees and characterize large-scale forest structure using lidar point cloud, hyperspectral and orthoimagery. We acquire data and derive essential forest information over large areas, reducing the amount of time and resources typically dedicated to a traditional field-based inventory. Our analyses provide valuable tree and stand metrics such as tree height, canopy cover, stem density, and crown area in both forest and urban settings. Incorporating these modeled parameters guide timber management practices, supports habitat conservation efforts, and improves efficiency of ground surveys and research plot placement. We provide invaluable expertise and consultation on appropriate technology, specifications, accuracy and resolution, and data products for virtually any landscape or application. Our experience and expertise will help match the best technological solution to your forest resource mapping needs.

Individual Tree Delineation & Attribution

Calculate and catalog valuable forest metrics such as tree height, canopy cover, stem density, and crown area for individual trees in both forest and urban settings. NV5 Geospatial has developed cutting-edge methodology that generates forest metrics directly from lidar points, which produces an accurate, detailed tree databases for entire study areas.

Forest Stratification

Model forest structure and use the results to make management decisions. When aggregated, individual tree metrics produce nuanced analysis of forest characterization. Incorporating NV5 Geospatial’s forest models aids timber management practices, supports habitat conservation efforts, and improves efficiency of ground surveys and research plot placement.

Tree Species Identification

Enhance forest structure modeling, and categorize risk in vegetation management via species identification. NV5 Geospatial is a pioneer in using hyperspectral imaging in combination with lidar to determine tree species.

Carbon & Biomass Estimation

Quantify complex bio-relationships using our lidar data and analytics. In tandem with onsite measurements, we create linear regression models to calculate carbon, biomass, and related forest inventory parameters.

Urban Forest Inventories

Maintain urban forest health through NV5 Geospatial’s efficient and accurate approach that identify individual trees are assigned a unique tree ID, and additional metrics relating to tree height, canopy height, canopy cover, stem density, and crown area are calculated directly from our lidar data, resulting in precise calculations.

Wildfire Modeling

Forest metrics from lidar provide valuable information in the application of land use and management practices, fire suppression planning and fuel loading calculations. High resolution lidar also provides detailed terrain models for the determination of slope and aspect, as well as the identification of access roads delineation.

Change Detection

Monitor forest dynamics, including tree growth and vegetation removal with recurring surveys and our temporal analysis and modeling.

Watershed Drainage & Overland Flow Analysis

Combine hydrological mechanics with forest structure modeling to understand impacts of terrain surface and water movement on forest composition.

Landslide Analysis

Mitigate forest management risks associated with Landslides. With our high-resolution datasets and analytics, we identify terrain instability beneath dense forest canopy.

Vegetation Management Applications

Apply NV5 Geospatial’s tree analysis to vegetation management practices. We have developed comprehensive programs for electrical utility corridors, oil and gas pipelines, and airport operations. lidar based vegetation management provides a fast, safe, and cost competitive approach that increases efficiency of management efforts, decreases underlisting of potential risks, and reduces the amount of time and money spent on mitigation efforts.

Resources

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Hyperspectral Imaging - Technically Speaking

Our internal innovation and development team constantly analyzes new technology and develops solutions to meet our client’s challenges. Our Technically Speaking series is one way we share our technical findings with the professional community. 

Please tell us a little about yourself by filling out the form below, and we’ll share the document with you, thanks!

Accuracy Part 1- Technically Speaking

Our internal innovation and development team constantly analyzes new technology and develops solutions to meet our client’s challenges. Our Technically Speaking series is one way we share our technical findings with the professional community. 

Please tell us a little about yourself by filling out the form below, and we’ll share the document with you, thanks!

Trim Optimization Webinar Recording

NV5 Geospatial releases a new predictive modeling platform for vegetation management that uses existing lidar and historical data to identify the relative level of asset risk from trees by quantifying the potential for causing asset damage. 

Please tell us a little about yourself by filling out the form below, and we’ll share the document with you, thanks!

Topobathy Lidar - Technically Speaking

Our internal innovation and development team constantly analyzes new technology and develops solutions to meet our client’s challenges. Our Technically Speaking series is one way we share our technical findings with the professional community. 

Please tell us a little about yourself by filling out the form below, and we’ll share the document with you, thanks!

Contact Geospatial

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