The Internet of Things (IoT) is rapidly transforming soil science, offering unprecedented capabilities for contemporary land ...

Ever wondered if your plants secretly judge you for forgetting to water them? Fear not! With the power of the sun and the versatility of the Arduino Matter Nano, you can create a solar-powered ...

This project represents an IoT end node that connects to the Internet via Wi-Fi and MQTT over TLS to publish soil moisture and temperature captured by FC-38 and DS18B20 sensors, respectively. It does ...

To help gardeners determine how much—and how often—to water, we tested some of the top soil moisture meters on the market. Find out which ones scored the highest in our hands-on tests.

The impact of advanced nutrient monitoring reaches far beyond efficiency. By optimizing fertilizer and water use, AI and ...

The effects of soil moisture and temperature on arthropod communities were experimentally examined in the northern Chihuahuan Desert of New Mexico. Shaded plots were established which lowered the soil ...

Iintegrating data from multiple sensing sources, multispectral and hyperspectral imaging, LiDAR, and thermal cameras, enables ...

Abstract: Soil moisture is a critical parameter in hydrology, meteorology, and agricultural applications. To address the limitations of low model generalization and difficulties in rapid data ...

Abstract: Soybean, a pivotal global source of oil and protein, exhibits heightened sensitivity to soil moisture (SM) conditions throughout its growth cycle. Accurate monitoring of SM in soybean fields ...