Tingneyuc Sekac’s Post

Checkout our blog on: The impact of GIS and Remote sensing in logistics and supply chain management. https://lnkd.in/dhUugfS9 #GIS #arcgis #map #remotesensing #remotesensingandgis #geospatial #topography #geomatics #qgis #mapping #3danimation #3dmapping #geoprocessamento #cartography #lidar #lidartechnology #revitarchitecture

GWES Weekly Engineering Trivia Results Props to the 89% who soared through this week's GWES Engineering Trivia! Your knowledge of LiDAR technology truly elevates you. This week’s question was: What technology does the USGS use to create 3D elevation maps of the U.S.? A) GPS B) Lidar C) Satellite Imagery D) Photogrammetry Engineering Survey Says… B) Lidar The U.S. Geological Survey (USGS) uses Lidar (Light Detection and Ranging) technology to create detailed 3D elevation maps of the United States. Lidar works by sending out laser pulses from an aircraft towards the ground and measuring the time it takes for the pulses to return. This technology allows for highly accurate and detailed topographic data, which is essential for various applications, including flood risk management, infrastructure planning, and environmental conservation. For more information about how the USGS uses Lidar technology, visit: USGS - 3D Elevation Program: https://lnkd.in/eKRGbRfp USGS News - Featured Story: https://lnkd.in/e-KGVCmm Join us next week for more GWES Weekly Trivia! Explore the cutting-edge technologies that help us understand and shape our world. #GeospatialEngineering #USGS #GWESWeeklyTrivia #3DElevationMaps

🚀 Revolutionizing LiDAR Data Processing with ENVI: One-Click Magic! 🌍 I'm thrilled to share my latest exploration in LiDAR data processing using ENVI, where I've unlocked the true potential of this powerful tool. 🛠️ With just a single click, ENVI transforms raw LiDAR data into a suite of essential products—contours, DEM, building footprints, electric wires, and even tree structures! 🌳🏙️ This not only simplifies the workflow but also enhances the efficiency and accuracy of geospatial analysis. The intuitive interface and seamless processing capabilities make ENVI an indispensable tool for anyone working in the realm of LiDAR data. At Geo3D, we're proud to use ENVI for our LiDAR data processing projects and to be the official distributor of ENVI in Nepal. Our collaboration with APAC Geospatial has been instrumental in bringing this cutting-edge technology to Nepal, ensuring that our geospatial community has access to world-class tools and support. In my latest video, I showcase how the intensity data from LiDAR is processed effortlessly within ENVI LiDAR to generate these products. The visualizations and outputs are nothing short of impressive! If you're in the field of geospatial technology, remote sensing, or urban planning, I highly recommend exploring ENVI for your LiDAR data processing and other geospatial needs. The ease of use, coupled with its robust processing abilities, makes it a game-changer in our industry. 🌐 #LiDAR #ENVI #RemoteSensing #Geospatial #GIS #UrbanPlanning #DataProcessing #GeospatialAnalysis #Geo3DModelling #APACGeospatial

Checkout our blog " How GIS influence the logistics and Supply Chain Industry"- https://lnkd.in/dxtjfJbg #GIS #arcgis #map #remotesensing #remotesensingandgis #geospatial #topography #geomatics #qgis #mapping #3danimation #3dmapping #geoprocessamento #cartography #lidar #lidartechnology

The latest issue of Position, Australia’s geospatial sector publication, is out now, packed full of all the latest geospatial news. Learn about the metaverse, mapmaking, 3D scanning, RINEX, hyperspectral EO and more. Inside you’ll find: • COVER STORY: A greener, cooler Sydney — Find out how the City of Sydney has set ambitious targets to grow a cooler, more diverse and resilient city using mapping technology. • Meet the metaverse — Learn how the geospatial sector is set to both underpin the metaverse and capitalise on the opportunities it presents. • Mapmaking for a better world — The International Cartographic Association is on a mission to support cartographic R&D, education and knowledge dissemination. • Homegrown hyperspectral — The Australian CyanoSat satellite’s novel imaging system is designed to spot dangerous algal outbreaks from orbit. • 3D laser scanning — The new RIEGL VZ-600i 3D terrestrial laser scanner is making an impact with its speed and versatility. • Surveying history — Almost two centuries of Queensland’s surveying legacy are maintained and displayed at the Museum of Lands, Mapping and Surveying. • Metrication memories — It’s now 50 years since surveying went metric in Australia; Tony Proust looks back to what things were like in 1974. • Job description — The Geospatial Council of Australia’s Tony Wheeler takes an in-depth look at the preliminary proposed changes to ANZSCO recognition of the geospatial professions. #geospatial #surveying #gis #hydrography #photogrammetry #metrication #cartography #metaverse #hyperspectral #3dlaserscanning Plus lots more! https://lnkd.in/gXJ8pbg3

GWES Weekly Engineering Trivia Results Props to the 71% who soared through this week's GWES Engineering Trivia! Your knowledge of LiDAR technology truly elevates you. This week’s question was: What technology does the USGS use to create 3D elevation maps of the U.S.? A) GPS B) Lidar C) Satellite Imagery D) Photogrammetry Engineering Survey Says… B) Lidar The U.S. Geological Survey (USGS) uses Lidar (Light Detection and Ranging) technology to create detailed 3D elevation maps of the United States. Lidar works by sending out laser pulses from an aircraft towards the ground and measuring the time it takes for the pulses to return. This technology allows for highly accurate and detailed topographic data, which is essential for various applications, including flood risk management, infrastructure planning, and environmental conservation. For more information about how the USGS uses Lidar technology, visit: USGS - 3D Elevation Program: https://lnkd.in/eSbiebbQ USGS News - Featured Story: https://lnkd.in/estFRQNt Join us next week for more GWES Weekly Trivia! Explore the cutting-edge technologies that help us understand and shape our world. #GeospatialEngineering #USGS #GWESWeeklyTrivia #3DElevationMaps

Trimble MX9 is a mobile mapping system designed for capturing highly accurate and georeferenced data from the environment. It is commonly used for applications such as surveying, urban planning, transportation, and infrastructure management. The Trimble MX9 typically integrates various sensors, including LiDAR (Light Detection and Ranging), cameras, and GNSS (Global Navigation Satellite System) receivers. These sensors work together to collect detailed 3D point clouds, high-resolution images, and accurate positioning information. The data collected by the Trimble MX9 can be used to create detailed maps, conduct asset inventories, monitor changes in the environment, and support various geospatial analysis tasks. The mobile mapping system is often mounted on a vehicle, allowing it to cover large areas efficiently. The collected data can be processed using specialized software to generate maps, perform measurements, and extract valuable information for a wide range of applications. Trimble MX9 was introduced in Oman in Jun-2021, NSA. Mainly used for Highways projects study where this device can cover 9 to 10 km per hr with a cost of 120 OMR and it’s the only piece available in the Sultanate. The presence of this device will shorten the time to analyze a wider area with huge data in 2 days’ time. For this reason, the use of this device shouldn’t be limited to highway projects only, but rather extend to all other projects to cover the geographical planning as well as the hydraulic studies in order to avoid any errors that may arise at the time of disasters in the future. **Attending the 2nd Construction Horizons Forum, Sohar

CALL FOR APPLICATION!!! Selection N° IRPI-011-2023-TO-Prot 388892 In the framework of the PRIN-2022 Project "FORMATION – Full cOveRage, Multi-scAle and multi-sensor geomorphological map: a practical tool for TerrItOrial plaNning" we are offering a 1-year research grant. The call is currently open. Deadline: 08/01/2024 Brief description: Through the use of Remote Sensing techniques, the project aims to develop new approaches for the representation and description of the geomorphological evolution of the territory, as a useful tool for recognizing those areas with high risk for land-use planning purposes. By performing a morphological and morphometric analysis of the derived digital terrain models, exploiting different resolution products derived from both LiDAR and UAV, the project aims to provide multi-scale digital cartographic models, obtained from the integration of multi-source data, functional for a comprehensive and flexible representation of the geomorphological evolution of the landscape, landforms and active processes, providing a useful tool for actions and decisions of land planning and civil engineering applications. Consiglio Nazionale delle Ricerche #sciencedoesnotstop #MountainsMatter #CallForApplication #wearehiring #reasearchgrant #remotesensing #UAV #geomorphology More info: https://lnkd.in/dSnrksdQ

THE MECHANICS OF #LIDAR #SURVEYING: A DEEP DIVE A LIDAR instrument consists of a laser, a scanner and a GPS survey receiver mounted on a platform. This platform may be mobile or stationary, aerial or terrestrial, based on the needs of the application — the laser, scanner and GPS receiver are the only constants. There are two types of LIDAR — #topographic and #bathymetric. These are explained in more detail below: Topographic: Topographic LIDAR measures distances on land using a near-infrared laser. This is essential for the majority of civil engineering, roadwork and mining operations, which require measuring distances on land. Bathymetric: Bathymetric LIDAR measures distances in aquatic environments by using a water-penetrating green light laser. This type of LIDAR is commonly used in civil engineering and roadwork applications that require working with underwater environments, such as under bridges. Connect with us for more information about the products , services. Regards Pankaj Sharma E-pssharmapankajk2@gmail.com M-9911283856