Mike Rawitch’s Post

Based on a permanent TLS station (measuring forest every hour, data resemble drone laser scanning (in geometry) since TLS is placed 30 m above ground level): - Hyper-temporal LiDAR time series captures phenological characteristics of tree species. - Tree-wise phenological dynamics are species-specific and support species classification. - Late autumn and optionally late spring LiDAR data support best species classification (single wavelength system). https://lnkd.in/dDGw9F_C

"Can LiDAR save the Earth?" This article from Geo Week News explores how LiDAR can be used to tackle environmental issues, such as through monitoring and assessing forest structure and volume. Read the full article at: https://rebrand.ly/rkm24wt

Revolutionizing Water Quality Monitoring with Laser Technology 🤖💧 Remote Sensing MDPI Researchers have overcome the challenge of accurately measuring key water quality parameters like chlorophyll-a, CDOM, and TSS in highly variable inland seas, reservoirs, and coastal waters. By combining satellite data with high-performance LIF lidar imaging, they've developed regional bio-optical models that can precisely track changes in water bodies like Kyrgyzstan's Lake Issyk-Kul. 🌊 This efficient, wide-coverage approach allows for rapid, real-time monitoring of water quality - a game-changer for understanding and protecting these dynamic aquatic ecosystems. Check out the video to learn more about this cutting-edge technology in action:  https://lnkd.in/ghzhM4dd #WaterQuality #RemoteSensing #Lidar #Oceanography #ScienceAdvances

Can LiDAR see through the trees? In the quest to understand and preserve our planet's forests, Lidar technology emerges as a crucial tool. It's a common question: Can Lidar really see through the dense foliage of trees? The answer is a resounding yes. 🍃🔍 Lidar's remarkable capability to visualize tree structure and height has revolutionized forest management and research. Unlike traditional survey methods, which can be time-consuming and less precise, Lidar offers a bird's-eye view of forest landscapes with astonishing detail. 🦅🌄 Here's the fascinating part: Lidar beams penetrate the forest canopy, bouncing back data that creates a multi-dimensional image. This allows scientists to measure tree heights, canopy density, and even the underlying ground terrain. It's like having X-ray vision for the forest, revealing insights that were once hidden beneath the green veil. 🌿👓 The implications are vast. From monitoring forest health to aiding in conservation efforts and understanding biodiversity, Lidar provides an invaluable perspective. It's not just about seeing trees; it's about comprehending the intricate tapestry of forest ecosystems. 🌍🔬 In conclusion, Lidar stands as a testament to the synergy between technology and environmental stewardship. It offers a new lens to view our natural world, enhancing our efforts to protect these vital resources. Stay tuned as we continue to explore the wonders Lidar brings to light. #ForestConservation #LidarRevelations #3DSTech

At the heart of every mission lies a crucial question: Why? Why is elevating earth observation so vital? Because it's our key to unveiling mysteries of our past, understanding nuances of our present, and shaping a better future. Through remote sensing and space-based LiDAR, we can gain critical insight into Earth's intricate systems, empowering us to make informed decisions that impact climate change, agriculture, and beyond. Keep exploring the 'whys' that drive meaningful change! #WeAreNuview #EarthObservation #SpaceTechnology

Geologic maps form the basis for a multitude of natural resource-related decisions. Geologic mapping is a rapidly evolving discipline that employs a range of modern techniques including satellite and drone imagery, multispectral analysis, 3D visualization, custom lidar (high-resolution topography), complex relational databases, and the new and evolving field of machine learning, a subfield of artificial intelligence (AI). Learn how our Geologic Mapping Program is employing these new tools in the latest Mapping News–https://ow.ly/Wgx850Qt8au #utahgeology #geologicmaps Photo: Drone photograph of unconsolidated deposits and a rock glacier in upper Gad Valley scanned with new drone-based lidar. The view is to the northeast.

The US Geological Survey (USGS) and its partners have officially launched World Lidar Day, which will take place on February 12th during the Geo Week Conference. 🚀 Lidar technology plays a crucial role in mapping and understanding our planet's surface, and this initiative aims to raise awareness about its importance and potential applications. 🗺️💡 To learn more about this event and how lidar is revolutionizing geospatial data collection, check out the article below! 👇 https://lnkd.in/gDzGpc-z #WorldLidarDay #GeoWeekConference #LidarTechnology #GeospatialData #USGS #GeospatialTechnology #GIS

Geospatial World extends heartiest congratulations to NUVIEW for making it to TIME Best Inventions of 2023 list. Satellite imagery helps scientists keep track of how our planet’s natural environment is changing, but it can’t cut through a thicket of tree cover or pick up changes in the dark. Nuview will address those shortcomings with 20 LiDAR satellites that beam a laser pulse down to earth and measure the time it takes to return. From there, the system creates a 3D image of the terrain, eventually mapping the entire surface of the planet. “With every pulse of light, we’re casting a new perspective on Earth,” says Nuview CEO Clint Graumann. The satellites don’t go live until 2025, but Nuview already has $1.2 billion in business agreements, including one with the United States Department of Defense. Read their exclusive interview on Geospatial World: https://lnkd.in/dQdCuu26 #bestinventions2023 #lidartechnology #mapping #3dimage #satelliteimagery #satellitetechnology

https://buff.ly/3LZfKkA Remote sensing data continues to unveil hidden wonders! Archaeologists recently harnessed LiDAR technology to unearth human made earthworks, showcasing the incredible potential of this technology. But that's just the tip of the iceberg. Remote sensing data is transforming industries, from conservation to disaster management. It's a powerful tool for understanding our world. Discover the countless applications!

Satellite imagery and LiDAR are two powerful technologies in the realm of utility vegetation management. Discover their distinct capabilities and limitations in Part One of our blog series. 👇Stay tuned for Part Two, where we'll delve into five compelling use cases showcasing their combined power. 🤝