Agri-makers. Providing Open-Source, Scalable & Modular tools to support scientists and professionals for agriculture and plant science. Follow us for updates!
Est-ce la naissance d'un nouveau projet sur le bureau d'ä côté ? 🤔
A phymea, nous sommes heureux de collaborer avec @isemevol pour developper un automate de suivi des population d'acariens phytophages sur les feuilles de tomates et de haricots!
Hey #corn lovers!
We realized that sometimes corn #phenotyping needs to cross borders, so we developed a smaller version of our #earbox that can easily travel: the mini-earbox for 3 ears!
- If you would like to test or order it, contact us at [email protected] !
At Phymea, we aren't only makers but also artists!
We looked at AI to insect damage on tomato leaves and ended up doing pop-art !
Mistakes sometimes create visuals that deserve our attention 🦸
#popart#plantscience#MachineLearning
Results of our first monitoring test for young maize plants 🌱evapotranspiration in water deficit (WD) !! Measured using our prototype 8-balance module based on an Arduino MEGA 2560!
==> Each point equals total pots' daily weight losses.
Very happy with the first result 🙃
Who needs a notebook when you have our DIY tablet? 🌱🎮
Now you can check your irrigation system on the go, making sure your plants are always happy and hydrated! The only downside? Your plants may start requesting their own tablets for personalized phenotyping updates! 😁
Wireless #LORA system for 2 to 8 scales specifically designed for outdoor measurements.
System based on an #ArduinoMega driven and a #raspberrypi for data gathering!
Exciting news!
Our team is thrilled to share successful tests of our #wireless scale system, designed for precise indoor or outdoor measurements of plant #evapotranspiration. Thanks @UMR_LEPSE for your trust!
Curious to learn more? Read below and stay tuned!
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Happy New Year everyone!
Wishing you the best #opensource projects for plant #phenotyping for 2023!
At Phymea we are happy to be back with an operational test for our new project, what do you think it is?🤔
(Hint: Not a DJ deck 🎛️)
Thanks to @UMR_LEPSE for the picture!
Getting 150000 lines of maize ear measurements into an excel sheet hurts, we heard you.
Well it's over - Have a look at our #EARBOX, she'd like to do it for you!
Don't worry, you'll still have the pleasure to play with the data. Just much more data.
https://t.co/Pu8tUGiYkP
One trouble with building from scratch:
...calibrating sensors!
On the road to coding 🧑💻temperature compensation for our IoT scales ⚖️🌱🫧 prototypes: not that straightforward.
Happy to go back to basics! Working on our connected-scales prototypes for vineyards field transpiration!
For #prototyping, we usually use our 'home-made' shield for adapted for most measurement tools: some #Lora, an #arduino & a large space for having fun with #thermocouples
We are pleased to participate in a new #phenotyping project in the field :
IoT field scales to measure plant transpiration! First, a small #prototype is on test in our lab! 🧑💻
100% open-source project based on #Arduino
Thank you @UMR_LEPSE for your trust!
Our Q-PAR sensors for photosynthetically active light measurements are on their way to Portugal!
Always happy to help you estimate the right amount of light for your plants! We deliver all over Europe! 🇪🇺
Accurate and Affordable 🔆🌱
Shop here: https://t.co/x91Kn95rzg
For all #3Dmodels enthusiasts out there, if you didn't know or didn't notice, #Fusion360 has a tool to share your 3D models public !
https://t.co/uWtz1Di84K
Before touching the screwdriver, a little 3D modeling !
Another #Earbox version is currently being designed and manufactured!
#maize#phenotyping#3dmodeling
Hey corn lovers! Tired of manually phenotyping #maize ears? We have the solution, our #EARBOX!
Precise, Efficient, automatic, easy-to-use, build with sexy @Raspberry_Pi inside, and lots of love from our R&D Team!
Check our video: https://t.co/5sJpkVdayK