New Satellite Eye on Smog: TEMPO Tracks Ozone Pollution Over New York’s Coastal Waters
During the 2023 STAQS campaign, NASA's TEMPO satellite, aircraft, and lidar observations revealed how sea breezes, residual pollution layers, and ...
Tag: LiDAR
How Four Centuries of Human Engineering Tamed Leipzig’s Wild Rivers
By combining high-resolution LiDAR terrain data with maps spanning the sixteenth to twentieth centuries, researchers have shown that Leipzig's Elster–Pleiße ...
Satellites, Lasers and Radar Join Forces to Weigh Ethiopia’s Forests
By fusing spaceborne LiDAR, radar and optical satellite data with field plots, researchers have produced high-resolution canopy height and biomass ...
Forests, Satellites and AI: New Review Maps How We Weigh the World’s Carbon
A systematic review of 147 studies finds that accurate forest carbon accounting depends on integrating field measurements, remote sensing, and ...
Shrubs, Shade, and Simple Fixes: Rethinking Evapotranspiration in Urban Bioretention Basins
A detailed field study in Philadelphia shows that conventional evapotranspiration models often misestimate water loss from bioretention basins, but simple ...
Camera-Only AI Sees Past Occlusions in Real Time for Self-Driving Cars
Researchers in Chongqing have built a lightweight camera-only 3D detection framework that adapts its processing to scene complexity, fuses information ...
Chip-Scale Laser Stays Perfectly Locked at Every Drive Current
EPFL researchers have engineered a silicon nitride photonic integrated laser that remains locked in an ultralow-noise, sub-10-hertz-linewidth state at every ...
Suncups That Trap Sunlight Are Quietly Accelerating Alpine Snowmelt
Three seasons of hourly laser scanning in the Swiss Alps reveal that suncup hollows and impurities together darken melting snow ...
Satellites Can See Burned Forests, but Not the Damage Beneath the Soil
A new evidence map of 72 studies shows that remote sensing reliably tracks surface-expressed forest soil damage from wildfire and ...
Chip-Scale Photonic Platform Steers Laser Beams Across 161 Degrees Without Moving Parts
MIT researchers have demonstrated a hybrid chip-scale photonic platform that steers laser beams across a 161-degree two-dimensional field of view ...
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Mothers who receive childcare support from maternal grandparents show more parental warmth, finds NTU Singapore study
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University of Seville Breaks 120-Year-Old Mystery, Revises a Key Einstein Concept
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Bee body mass, pathogens and local climate influence heat tolerance
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Researchers record first-ever images and data of a shark experiencing a boat strike
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Groundbreaking Clinical Trial Reveals Lubiprostone Enhances Kidney Function
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