Level Indicator for watering system with 5 steps (0%, 25%, 50%, 75%, 100%) for water and moisture levels, in a 3D-printed housing.
The UPHS is a phenotyping device that provides a significant improvement in sampling time and sample size in screening plant field canopies.
In this tutorial, you will learn about RUI3, the new software tool from RAKwireless to program IoT applications more easily.
The Plant Observatory of Weather Adaptability for Resilience is a DIY, Low-Cost, climate simulator, to grow food nowadays in future weather.
Automated moisture fulfillment and irrigation level status indication for crops. Including some additional features.
This playful, interactive, smart flowerpot keeps your plants happy and healthy
Another intresting project to consider is the Arduino Watering System. Everyone has at least one plant in their room, kitchen or balcony. Is
Plant monitoring system to find out whether the plants are getting enough sunlight or not.
Gardening is very long task taking time every day.
Automatic Plant Watering System with a built-in time-lapse to watch your plant grow!
We developed a simple, low-cost equipment for the study of soil chemistry and morphology using an arduino microcontroller.
A simple design to irrigate plants with information displayed on the oled display.
A simple soil moisture sensor, so you always know when to water your plants. Will suit any level of skill, and is incredibly cheap to make.
The Plant Monitoring System is an IOT product designed to provide climate/irritant readings to develop a sync & start smart irrigation sys.
A smart solution for demands on watering plants.
Small home-grow chamber capable of sensing moisture, temperature, humidity and light. Optimised to automate water, humidity and CO2 levels.
A smart scarecrow on the field to keep a track of climatic condition. For need of irrigation/pesticides a drone will be sent to the field.
A potted snake plant with twinkling leaves of yarn.
SmartEverything Plant Monitor project allows the users to build and create an all-in-one embedded monitoring system without the hassle.
Houseplants hooked up to sensors read by Arduino. Using Node, Python, and bash to monitor the plant, tweet info, and make time lapse videos.
Automatic Indoor Garden using the M5Stack modules and the Waylay IO IoT platform.
Get familiar with Maple, a RESTful web server running on network capable Netduino, and monitor your plant's soil humidity w/ a Xamarin app!
Simple and complete DIY project. The watering cycle is adjustable in duration: 1 to 60 minutes and repetition, 2 minutes to 14 days.
This project is about interfacing YL69 soil moisture or hygrometer sensor which is generally used to detect the humidity of the soil.
