Automatic garden watering system with the ability to read moisture levels in soil and pump water to the plants, with cloud monitoring
This system keeps my plant automatically/remotely nurtured/nourished and is convenient for my busy lifestyle.
This project helps us to track the intensity of the photons that is used by plants for photosynthesis.
A system which senses the moisture level of the soil and waters it if it is low
My first Arduino biology project
Hydroponic Ecological Rotary Garden for growing Vegetables indoors
Would you like to have a dashboard of your plants? communicate with them and take care of them? Seminja is the solution for you
Imagine a setup where technology integrates effortlessly with nature, allowing you to take control of your plant care routine.
Send data from your Lifely Agrumino Lemon in the Tago. io. Work with all esp8266 but change "dataToSend. cpp". www. lifely. cc and www. tago. io
Measure your greenhouse airflow in an easy, fast and accurate way with Ventus, the airflow sensing robot.
Harmlessly scare away predators that would otherwise eat or harm plants and animals on a property.
An open science project to inspire children and burgeoning enthusiast to adopt the solar punk revolution and combat climate change.
I made a device to help do what we all want in the garden: keep our plants alive.
Together they are a modern, reliable platform for your creativity!
Low-cost, battery-powered irrigation controller for up to 8 valves, expandable with Wi-Fi/Bluetooth, designed for energy efficiency.
Smart pot with an online dashboard, air quality and temp sensors that waters itself when it gets dry.
Max energy saving. Device connect to WiFi and send message ONLY if is necessary after by incoming critical data read (battery level and soil
AMG Sprinkbot is a project for a smart mint garden, automating watering with soil moisture sensing for optimal growth and care.
Using the Nordic Thingy:53 to Facilitate Gardening and Urban Farming
Fireflies, or lightning bugs, one of natures miracles, In this tutorial I'll show you how to make your own!
We are Prescott Little, Mali Freeman, and Tyler Pace. We're using a Sparkfun BME280 to measure atmospheric factors and compare plant growth.
