Doppler Radar Precipitation Sensor: How Can It Measure Rain Without a Funnel?
Learn how Doppler radar rainfall sensors measure precipitation. Compare radar and tipping-bucket gauges for agriculture, IoT, and weather monitoring.
Microclimate
NDIR CO2 Sensor Explained: How Infrared Gas Sensing Works
Learn how NDIR CO2 sensors measure carbon dioxide using infrared absorption. A clear, practical guide for environmental monitoring, smart agriculture, and IoT.
Reasons Why Temperature Sensor Needs a Solar Radiation Shield to Ensure Accuracy
Discover why outdoor temperature sensors need a solar radiation shield to prevent direct sun heating, lower measurement error, and ensure high-accuracy microclimate data.
New Product Post – SenseCAP Combo 5-in-1 Sensor with 4G
One device. Five environmental parameters. 4G connectivity. Solar-powered operation. And room to connect up to 10 additional sensors.
How Strong Is the Sunshine? Two Core Technologies Behind Solar Radiation Monitoring
Learn how solar radiation sensors work. Discover the differences between thermopile pyranometers and photodiode sensors, and how to choose the right one for your project.
From Cup-and-Vane to Ultrasonic: How We Measure Wind with Precision
We understand there are strong needs of technology and industry know-how in environmental and weather
From Textbooks to Real Data: Bringing IoT Environmental Learning into Schools
Seeed Studio’s LoRaWAN solutions are now available through the latest Technologie Services educational catalog, helping schools build connected STEM and environmental learning experiences.
From Awareness to Action, From Earth Day to Every Day: A Starter Guide for Environmental Monitoring
Mother Earth Day reminds us that protecting our planet starts with understanding it. From sensing and communication to real-world environmental monitoring, this guide explores how the right combination of weather stations, sensor probes, connectivity, and edge systems can turn data into action for a more sustainable future.
Hyper-Local Weather Monitoring for Agricultural Infrastructure
A farmer in Am Mellensee, Germany turned to hyper-local weather monitoring after a storm damaged his biogas plant silo and an insurance claim was denied due to lack of localized data. By deploying a SenseCAP S2120 LoRaWAN Weather Station directly on the silo, the project enables site-specific wind and environmental monitoring—providing verifiable evidence, improving infrastructure protection, and supporting data-driven climate resilience in agriculture.
Case Study Blog for Cliff Stability Project in UK
A community-led cliff stability project on the south coast of England uses LoRaWAN sensors and Seeed Studio’s SenseCAP S2120 to monitor ground movement, soil conditions, and hyperlocal weather. The data supports early warnings, digital twin modelling, and safer, data-driven cliff stabilisation planning.
Introducing Typhoon Chaser: Tracking Super Typhoon Saola in Real-Time
Typhoon Saola sweeps across Southern China including HK & SZ. We created this simple dashboard to showcase the climate data from SenseCAP S700 (deployed at Seeed HQ). Follow Saola’s arrival by checking the data esp. wind speed and wind direction with us .