irrigation

There are 3 repositories under irrigation topic.

• PatrickHallek / automated-irrigation-system

  This is the software of an open source automated irrigation system. The complete setup including hardware can be found in the README.

  automationirrigationwateringsystemsmart-homeiotgardeninggarden-automationraspberry-piesp8266electronics-engineeringelectronicsirrigation-systemnodemcunodemcu-esp8266arduinodockernodejsreact
  Language:JavaScript 752

• Dan-in-CA / SIP

  A highly customizable DIY irrigation/sprinkler controller based on Raspberry Pi

  irrigationdrip-irrigationhydroponicssprinkler-controllerwater-usageraspjberry-pi
  Language:Python 394

• jeroenterheerdt / HAsmartirrigation

  Smart Irrigation custom component for Home Assistant

  irrigationsprinklerwaterflowopenweathermapevaporationrainsnowcropgrasslawnwateringhome-automationhomeassistantevapotranspirationsprinklers
  Language:Python 390

• rgc99 / irrigation_unlimited

  ♒Irrigation controller for Home Assistant

  irrigation-control-systemirrigation-controllerhome-assistanthacssprinkler-controllerhome-automationwatering-systemwatering-controllerirrigationwatergarden-automationhomeassistant
  Language:Python 389

• drolsen / DRO-Matic

  Fully Automated Hydroponic OS for DIY DRO-Matic cabinets - Nutrient dosing, irrigation, topoffs, timers, EC & pH drift fixing.

  hydroponicsautomationregimenirrigationplantsplant-watering
  Language:C++ 321

• sebr / bhyve-home-assistant

  Orbit BHyve custom component for Home Assistant

  bhyveorbitorbit-bhyveirrigationhome-assistanthome-assistant-component
  Language:Python 273

• aquacropos / aquacrop

  AquaCrop-OSPy: Python implementation of AquaCrop-OS

  aquacropaquacrop-osaquacrop-ospyirrigationpython
  Language:Python 124

• MTry / homebridge-smart-irrigation

  Turn any electrical irrigation valve into a smart-valve.. or run your pumps on a smart schedule based on your climate! This homebridge plugin exposes a multi-zone irrigation sprinkler dummy control system to Apple's HomeKit. Although a dummy, it brings smarts of an evapotranspiration based climate and plant adaptive irrigation controller with the use of OpenWeatherMap API. The plugin can optionally email you, and/or send you push notifications through Pushover or Pushcut, with the watering schedule it has calculated, or when a watering run is completed, along with the next 7-day weather forecast. Added option to expose system controls to Homekit allowing a user to enable/disable irrigation, rechecks, push and email notifications from within the Home App. Associated WaterLevel Characteristic shows the % of watering cycle remaining.

  homebridge-pluginsmart-irrigationadaptive-controlclimatesprinkler-controllerevapotranspirationwatering-controllervalveweathersprinklerirrigationwateringhomebridge-smart-irrigationhomebridgehomekitzonessolenoid-valvesopenweathermap-apipushcutpushover
  Language:JavaScript 84

• petergridge / Irrigation-V5

  Irrigation custom component for Home Assistant

  hacs-integrationhome-assistantirrigation
  Language:Python 74

• STEMinds / Eduponics-Mini

  MicroPython MQTT & code example for Eduponics mini ESP32 learning kit

  mqttsmart-agricultureirrigationwateringplantssoil-moisture-sensortemperature-monitoringesp32pythonmicropythonstemindseduponicsbme280iotinternet-of-thingssmart-farmagriculturearduinowifimqtt-client
  72

• petergridge / openweathermaphistory

  A home assistant sensor that uses the OpenWeatherMap API to get forecast, current obs and history data

  hacshome-assistanthomeassistantirrigationweather
  Language:Python 60

• alexiusacademia / ChannelFlowLib

  Python modules for channel flow and hydraulics engineering.

  hydraulicschannel-flowirrigationhydraulics-engineering
  Language:Python 45

• autogrow / openminder

  Open Source Rootzone Monitoring

  agriculturehorticultureirrigationnutrient-monitoringph-monitoringrootzonerunoff
  Language:Go 41

• sherzodr / penmon

  Implements weather station class in Python that calculates ETo (reference crop's evapotranspiration) based on UN-FAO Irrigation and Drainage Paper 56

  hydrologyscience-researchatmospheric-scienceetopenman-monteithfaocropreference-cropagriculture-researchagriculturewater-demandwater-resourcesclimate-dataweather-stationirrigationirrigation-forecastsaturation-vapour-pressureirrigation-datairrigation-design
  Language:Python 37
• automated-garden

  calvinmclean / automated-garden

  weather-based smart irrigation controller and backend

  mqttesp32arduinogogolanginfluxdbiotgardengarden-automationirrigationirrigation-controllernetatmo
  Language:Go 32

• lejubila / piGarden

  Bash script to manage an irrigation system built with a Raspberry Pi

  irrigationraspberry-pidomotic
  Language:Shell 32

• ecohydro / CropMask_RCNN

  Segmenting center pivot agriculture to monitor crop water use in drylands with Mask R-CNN and Landsat satellite imagery

  agricultureagriculture-researchcomputer-visionirrigationmask-rcnnpython3remote-sensing
  Language:Jupyter Notebook 31
• WAPORWP

  wateraccounting / WAPORWP

  Jupyter notebooks on WaPOR based monitoring of water productivity and irrigation performance indicator

  waporwaterproductivityagricultureirrigationindicatorpython-3
  Language:Jupyter Notebook 28

• vanstinator / raincloudy

  RainCloudy is a library written in Python 3.x that manages the Melnor RainCloud Smart Garden Watering Irrigation Timer.

  home-automationwateringwatering-plantsraincloudmelnorsprinkler-controllerirrigationirrigation-controller
  Language:Python 24

• kcofoni / ha-netro-watering

  Netro Smart Garden integration for Home Assistant

  automationhome-assistanthome-automationirrigation-controllernetroplantpython3sensorswater-monitoringwateringasynchronous-programmingirrigation
  Language:Python 22

• vacovsky / pirrigo

  Full-featured Raspberry Pi based irrigation controller and web application for scheduling.

  angularjsdemodroughtgardengolang-applicationgpioirrigationirrigation-systempirri-irrigationraspberry-piwatering-plantszone
  Language:HTML 21

• jpgorganizer / ioBroker.smartgarden

  GARDENA smart system adapter for ioBroker

  gardenasmartgardengardena-apigardena-smart-systemirrigationwater-controliobrokermowerpower-socketsmart-irrigation-control
  Language:JavaScript 20

• lejubila / piGardenWeb

  Web control panel to manage your piGarden (system irrigation with Raspberry Pi)

  raspberry-piirrigationdomoticwebapplication
  Language:PHP 19

• rgc99 / irrigation-unlimited-card

  A companion card for the Irrigation Unlimited integration

  home-assistantirrigationirrigation-controllersprinkler-controllerwatering
  Language:TypeScript 18

• EDSEL-skoltech / multi_objective_irrigation

  Multi-objective irrigation optimization using a crop simulation model and historical weather data

  agriculturemultiobjective-optimizationirrigation
  Language:Jupyter Notebook 17

• ptcryan / hydrawiser

  Python library for Hydrawise API

  home-automationhome-assistantirrigationirrigation-controllerhydrawise-apihunter
  Language:Python 17

• Dirk-Peter-md / ioBroker.sprinklecontrol

  Control of multiple sprinklers depending on weather condition and pump performance.

  irrigationiobrokeradaptergardenwetter
  Language:JavaScript 16

• enzoven / Horta-Inteligente

  🌱 Horta inteligente e autossuficiente, feita para a apresentação de TCC na Etec Joaquim Ferreira do Amaral no curso de Desenvolvimento de Sistemas.

  agriculturearduinoirrigationled-display
  Language:C++ 16

• petergridge / Irrigation-Card

  Companion card for Irrigation-V5

  home-assistantirrigationirrigation-v5
  Language:JavaScript 16

• ARPA-SIMC / CRITERIA1D

  CRITERIA 1D is a one-dimensional agro-hydrological model. It includes soil water fluxes, crop development and crop water needs, a GIS interface (CRITERIA GEO) for geographical simulations and tools to manage crop and soil parameters. The software is written in C++ using Qt libraries, so cross-platform building is possible (Windows, Linux, MacOS)

  soilcropwatercrop-developmentwater-balancesoil-water-balanceirrigationirrigation-water-needsirrigation-forecastagro-meteorologicalenvironmental-modellingsoil-moisturewater-simulationslope-stability
  Language:C++ 14
• irrigation_component_v4

  petergridge / irrigation_component_v4

  Irrigation custom component with a companion custom card

  hacshome-assistanthomeassistantirrigation
  Language:Python 13

• alexiusacademia / IrrigFlo

  IrrigFlo is an open source java library that aims to be a help to those who want to develop hydraulics applications using java. The library will range from open channel flows up to reservoir operation analysis.

  javairrigationirrigation-designhydraulicshydraulics-engineeringdamcanalopen-channel
  Language:Java 11

• iobroker-community-adapters / ioBroker.rainbird

  Rain Bird adapter for ioBroker

  iobrokerrainbirdadapterirrigation
  Language:JavaScript 11

• doersino / cropcircles

  A tool for cropping circular center pivot irrigation fields from aerial imagery.

  canvas-elementcenter-pivot-irrigation-systemscropping-imagesirrigationjavascriptwebapp
  Language:HTML 10

• HomeKidd / ESP8266-HomeKit-Irrigation-System-Eve-Aqua

  ESP8266 based  HomeKit firmware for Smart Valves that acts like a real Eve Aqua 💦🚰☔️

  esp-homekitesp-homekit-demoesp-homekit-sonoffesp8266homebridgehomebridge-pluginhaphomekitaccessoryravencoresonoff-homekittasmotatasmota-devicetasmota-templatesirrigationvalvefaucethomekit-sdkhomekit-adkfakegato
  9
• Moisture-monitor

  AbhijnanPrakash / Moisture-monitor

  To develop a smart irrigation system to provide irrigation system which is automatic for the plants which help in saving water and money. The main objective is to apply the system for improvement of health of the soil and hence the plant via sensors. Appropriate soil water level is a necessary pre-requisite for optimum plant growth. Also, water being an essential element for life sustenance, there is the necessity to avoid its undue usage. Irrigation is a dominant consumer of water. This calls for the need to regulate water supply for irrigation purposes. Fields should neither be over-irrigated nor under-irrigated. In order to replace expensive controllers in current available systems, the Arduino Uno will be used in this project as it is an affordable microcontroller. The Arduino Uno can be programmed to analyse some signals from sensors such as moisture, temperature, and rain. A pump is used to pump the fertilizer and water into the irrigation system. The use of easily available components reduces the manufacturing and maintenance costs. This makes the proposed system to be an economical, appropriate and a low maintenance solution for applications, especially in rural areas and for small scale agriculturists. This research work enhanced to help the small-scale cultivators and will be increase the yield of the crops then will increase government economy

  smart-irrigationiotarduinonodemcu-esp8266nodemcu8051assembly-languageemeddedtinkercadembedded-systemsembedded-c8051-projects8051-microcontrollerirrigationirrigation-controllerirrigation-systemsensorwaterclimate-changeenvironment
  8