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A new and ambitious startup called NUVIEW entered the geospatial satellite industry in May 2023, following a lengthy period in ‘stealth mode’. In this exclusive interview with GIM International, t...
From drones and satellites to airborne-based sensors and Lidar, advances in remote sensing and geospatial information science are driving the development of innovative methods for data acquisition, pr...
When considering Lidar technology for forest inventory, it is essential to evaluate the trade-offs of each platform. This article provides some pointers. There is a critical need for rapid, rigorous,...
As part of a Catalan government project to improve the management of its marine environment, ICGC cooperated with Field to use airborne Lidar bathymetry (ALB) to survey the Catalan coastal zone. The r...
Thanks to rapid improvements, aerial laser scanning systems now offer great potential in road surveying compared with traditional photogrammetry-based methods. Using the high-density 3D point clouds r...
How can laser scanning and surveying firms stand out from the growing competition? This article provides tips for service providers striving to keep up with the latest technological trends while avoid...
This year’s Intergeo in Stuttgart saw Zoller + Fröhlich (Z+F) introduce its latest addition to the 3D laser scanning market: the Z+F IMAGER 5024 series. This new range, comprising the Essential, Ad...
The US Geological Survey (USGS) and Dewberry have jointly released a new topobathymetric Lidar dataset for the Potomac River, extending from the Potomac Highlands in West Virginia to the Chesapeake Ba...
ComNav has announced the launch of its latest innovation: the LS300 3D laser scanner. This addition to the company's product lineup signifies a significant leap forward in addressing the dynamic needs...
Driving new opportunities in the mapping landscape, a significant milestone has been achieved in New Zealand. With the introduction of 3D mapping data for the Waikato and Southland regions, access to ...
A new Lidar technique could help robotic vehicles avoid hazards when landing during future space missions to Mars or the Moon. The method uses flash Lidar to record full 3D images with a single laser ...
Lidar, short for Light Detection and Ranging surveying, represents a sophisticated measuring system leveraging the power of light. Widely recognized for its versatility, Lidar is extensively applied in diverse fields such as archaeology, forestry, geography, geology, seismology, remote sensing, and contour mapping. Its influence is steadily expanding into various geomatics applications, broadening its impact on different industries.
The market for laser scanning, a key component of Lidar technology, is experiencing robust growth. This surge is propelled by the development of more efficient and cost-effective methods for processing Lidar data. These advancements unlock new possibilities across a spectrum of disciplines, including but not limited to construction and engineering, industrial facilities, topographical applications, and cultural heritage preservation.
As Lidar continues to evolve, it plays a pivotal role in reshaping the landscape of measurement and mapping technologies. Its adoption is driven by the demand for higher precision and detailed data, fostering innovation and creating opportunities in fields where accuracy and spatial understanding are paramount. Whether unraveling the hidden features of archaeological sites or optimizing construction processes, Lidar stands as a transformative force in modern geospatial applications.
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