Pixie is an interactive smart plant device created using a microcontroller, a number of sensors and 3D printed parts.
I was tired of using push-in boards and jumpers for my projects, so I developed a shield for the Particle Electron.
This project utilizes a solenoid valve and the TimeAlarms library to water a small potted indoor plant at specific times of the day.
A second camera for fluorescence imaging from two directions; automated illumination between acquisitions and 3D-printed sample holders.
A Survey on Pollution Monitoring Using Sensor Networks
3D Printable Mold OR Planter.
The Water Level Depth Detection Sensor for Arduino has Operating voltage DC3-5V and Operating current less than 20mA.
The development of a low-cost CEA chamber with built-in stress monitoring systems
Capacitive soil moisture sensor for Arduino or ESP8266/ESP32.
This is a project to control our irritation system, in this case a drip system, using a Raspberry Pi 2 and Cayenne.
Send the sensor values to the Arduino IoT cloud and conveniently control the irrigation remotely
Track the total volume of water spent and evaluate approx. evaporation rates by temperature, humidity, and pressure to prevent water overuse
How to make a smart greenhouse using Arduino and Node MCU for IoT
A Py/mPy auto irrigation system with push notifications to Android, and rainfall prediction with DarkSky API for more efficient water usage.
View the water integrity and level of selected areas on your Android phone by using an HC-06 Bluetooth module to make an irrigation system.
This tutorial demonstrates how to make a plant talk on Twitter through Sigfox network.
In this project we want to make an automatic irrigation system with Arduino.
The soil moisture sensor that gives you percentage of moisture in soil!!!!!
System to monitor water and light levels of indoor plants
Using the Seeed studio's Wio Terminal and Grove - Soil Moisture Sensor, I created a project, and now my flower asks for water.
Driving my focus stacking rail using an Arduino to achieve micron steps.
A simple 4 channel design/program for monitoring orchid and plant moisture levels.
This device is made for measuring air temperature, air humidity, soil moisture and light intensity and can be usefull in gathering data for
I got tired of constantly reaching behind me to control my yard fertilizer spreader manually. So I added a stepper motor and an Arduino.
