Hello! I’m Allie, the creative director of Witchy Life Story, a cozy (and slightly chaotic) game about a witch who’s about to be kicked out of training! I’m so excited that you can finally play our game on Xbox. What could be a better time to live your best witchy life than Halloween season?
At the start of the game, you’re sent to the village of Flora to help with their harvest festival, though not by choice. Your family is tired of your antics, and unless you clean up your act, it’s no more training for you! But don’t worry. Your trusty familiar, Ramsey, is with you to help figure out how you’re both getting through the next two weeks!
All of that might sound a little rough, but as you craft spells and get to know the villagers, maybe you’ll learn what a real community is like. And maybe, just maybe, you’ll perform some of the best magic of your life.
A witchy game wouldn’t be a witchy game without some adorable witches. If you’ve ever wanted to embrace your magical self, you’ll definitely love our extensive character creator. There’s an endless combination of body types, hairstyles, outfits, and more! Not to mention hair colors, eye colors, and even lip color! You’ll also be free to choose from a range of pronoun sets for your character. Once you’ve designed your witchy self, your character will become a fully expressive portrait in the game! And if you want to change things up, you can return to the character creator at any time by clicking the wardrobe in your room.
Just because your family sent you to some random village doesn’t mean you’ve been left unprepared. You’ll have an entire cottage with a garden to tend to, a spellcrafting station, and an altar to decorate. You’ll receive letters from the villagers asking you for help every day. It’s your job to select the right ingredients and craft the magical (hopefully) solution to their problems. And if you need a break? Head to your altar to decorate with plants from your garden, spells, crystals, and tarot cards. You can even do tarot readings for yourself if you want!
Then there are, of course, the villagers. Honestly, they need all the help they can get. There’s Ruth, the mayor, who zones out all the time; Mel, the wannabe witch; and Devin, the overly anxious composer, just to name a few. Fortunately/hopefully, your magic will be able to pull everyone together in time for the harvest festival! And who knows, maybe you’ll score a date too…!
We’re so excited Witchy Life Story is available on Xbox just in time for Halloween! If you’re looking for something cozy but also a little bit chaotic, you should definitely check out our game. (Just please know we don’t condone using jade eggs, snorting incense, or writing random runes on random things. Thank you.).
Witchy Life Story
Sundew Studios
☆☆☆☆☆
★★★★★
$19.99$16.99
Don’t get kicked out of training in this witchy tale of chaos, friendship, and romance! Play as the youngest member of the illustrious, magical von Teasel family, but you’re not exactly their pride and joy. In fact, your grandmother has given you one last chance to prove yourself — or no more witch training for you! You arrive in the small village of Flora along with your familiar, Ramsey. You have two weeks to help the locals prepare their harvest festival for success and prove your worth to, well, everyone. But don’t worry! That’s plenty of time to plan a village festival and make some (questionable) life choices! BE YOUR OWN WITCH
Design your troublesome witch however you see fit, with a ton of customization options. There’s no excuse for not looking your best! GATHER HERBS & BREW POTIONS
Tend your garden to collect plants to use in your magical recipes, as well as other rituals and experiments that are totally, definitely Official Witch Business. BEWITCH THE LOCALS
Get to know the charming residents of Flora including three romance-able characters. Will you end up with a date for the festival? LIVE YOUR BEST WITCHY LIFE
Craft spells, perform tarot readings, lead guided meditations, and more. Maybe you’ll throw in an extra rune or two for more potency. And if anything backfires, you can hide from the world and decorate your altar.
A well-maintained garden is a beautiful thing. The envy of your friends and neighbors, and a lifelong project you can truly take pride in, especially in the summer months.
Gardening itself, though, can be a chore. The really fun parts often feel like a small fraction of the overall work, with a ton of time spent on tedious, boring, and even physically uncomfortable tasks.
The good news is that automation can help. In fact, garden automation is its own entire topic — one that’s growing in popularity all the time.
By tapping into this rapidly growing pool of garden automation tools and technologies, you can take your garden to the next level. Save time on the dull work so you can focus more on the rewarding stuff, and use tech to enhance your garden and make it better than ever before.
In this article, we’ll look at some of the key ways tech and automation help with gardening, and how you can start harnessing it at home.
How can tech benefit gardeners?
Let’s dive into a few of the ways tech can help gardeners:
Save time by making tasks more efficient and automated.
Take care of boring tasks, leaving you free to focus on the more interesting and enjoyable elements of gardening (which may be simply chilling out in your garden).
Assist with planning and design, helping you build the most attractive and convenient garden possible.
Make things more fun with creative and collaborative projects
Garden automation trends to pay attention
We’re currently living through an incredibly exciting time when it comes to technology. New, fascinating trends are emerging all the time, and existing technologies are growing at breakneck speed.
When it comes to garden automation, let’s check out some of the most interesting tech trends and solutions you can tap into this summer.
Soil monitoring and management
Soil is the lifeblood of your garden.
Without healthy soil, imbued with just the right balance of nutrients, minerals, pH levels, and moisture, your dreams of a thriving and beautiful garden are over before they’ve even begun.
However, it’s hard to find out this information ourselves. There are techniques and tricks you can use, but they rely on guesswork more than actual measurement.
This is where technology comes in. Smart garden tech makes it possible to accurately monitor all kinds of different aspects of your soil health. Thanks to the Internet of Things, even amateur gardeners can now access a ton of powerful sensors that keep track of various key metrics and alert you when something needs to change.
You can even install automatic tools to fix any issues your sensors detect. Let’s find out more about that.
Automated irrigation systems
Watering your plants by hand isn’t just tedious, it can also be wasteful.
The downsides to underwatering your plants are obvious, but overwatering can be bad for the plants and soil, as well as wasting precious water, especially in the hotter months.
On top of that, relying on manual watering can mean forgetting key times, and of course the stress of leaving home for a few days and worrying about your garden becoming dry and wilted.
Once again, though, tech can help out. Smart irrigation systems combine sensors with up-to-date weather data, planning and executing watering schedules that work perfectly for your garden with minimal wastage.
Better gardening through AI
Whatever you think about it, there’s no denying that artificial intelligence is the flavor of the month right now, and with good reason.
We’re currently experiencing a renaissance of AI, with new tools exploding onto the scene every day and regular massive leaps forward in sophistication and power.
Gardening might not be the first use case that springs to mind for AI, but there is actually lots of potential here for tech-savvy gardeners. Here are a few examples:
Robots: Just like the Roomba revolutionized the way we clean our carpets, automated lawnmowers and other tools are transforming the way we care for our gardens.
Designing your garden: AI can now suggest ideas for how to design your garden, like providing plans for different layouts and structures, suggestions for plants and colors that work well together, and recommendations based on your previous designs, preferences, and your location.
Reminders and updates: The right apps can help you stay on top of various aspects of running your garden by using AI to notify you when you need to do tasks like watering your plants, trimming the lawn, planting seeds, and more.
Smart pest control
Hungry pests are the bane of any gardener’s existence, and depending on where you’re located they can be an enormous problem.
Gardeners have battled against pests for millennia, trying just about every strategy under the sun to finally defeat them, with varying degrees of success.
Now, technology may provide yet another powerful weapon in this fight. In fact, it can offer several.
Here are just a few quick examples:
Automated traps that quickly and efficiently remove pests from the danger zone.
Pheromone-based systems attract pests by simulating the chemicals that lure them in, drawing them away from your precious plant life.
AI-driven pest detection tools can be used to accurately monitor your plants for the presence of unwanted visitors, and then guide your pest control systems to efficiently deal with them.
On top of helping you reduce pest damage, these technologies also remove the need for harmful pest control methods like toxic pesticides and help you move towards a safer, cleaner, and more environmentally-friendly approach to gardening.
Vertical and space-efficient gardens
If you live in an urban environment, the chances are that one of the biggest challenges for you when it comes to gardening is a lack of space.
It can be tough to grow a varied, beautiful garden when you have serious constraints on space, but the good news is that smart gardening methods can help you stretch every square meter further and build a much more space-efficient garden — even if you live in an apartment.
One example here is stackable planters — essentially multiple plant containers stacked on top of each other that allow you to grow several different types of plants in the same space. These can range from simple, basic designs to much more complex constructions.
Another way technology can help make the most of small spaces is by giving you the insights and tools to optimize things like light exposure, water distribution, and plant health. This lets you make the most of limited resources to grow the best garden possible in the conditions available to you.
Integration with smart home systems
A well-equipped smart home is a hive of powerful features and tools.
Voice assistants and mobile apps bring everything together, enabling you to control your lighting, sound systems, heating, A/C, and much more at the touch of a button or a single spoken command.
The same process can be extended to your smart garden.
By integrating your smart garden tools like automated sprinklers, sensors, traps, and gardening robots with your existing smart home ecosystem, you can even more easily control your garden and stay on top of key data insights.
This can save a ton of time and bring your home and garden into the same, easily controlled system.
Data-driven plant selection
Not all plants are suitable for all gardens.
Various factors like your soil type, climate, water levels, humidity, and a ton of others will determine which plant species thrive in your garden, and which ones wilt away.
Finding out which plants fall into each category can be an incredibly time-consuming task, one that takes many gardeners years to work out through trial and error. Fortunately, with the right smart garden tools, you can shave a ton of time off that process.
Apps like Iris allow you to share information about the conditions in your garden — like climate and soil data — and it will recommend the best plants for you.
Data is an incredibly powerful, yet underused, tool for gardeners. It can help you grow a garden the smart way, by making informed and intelligent decisions to save huge amounts of time and disappointment.
Make it a family activity
One of the great things about gardening is that it’s an activity that really can be fun for the whole family.
With the right tech gadgets and tools, you can make gardening much more engaging and rewarding for kids, sparking what could be a lifelong interest in the hobby.
There are many resources to help with this. For example, this project from EDUcentrum uses Arduino tools combined with other components to help children build their very own automated gardening kit.
The project is designed to help kids get some hands-on experience with automation while learning about plants, gardening, and the environment — all while cooperating with other young learners from different countries.
The power of a smarter garden
Smart garden automation can completely transform the way you care for your garden and approach your future gardening plans.
By helping you make data-driven decisions, monitor the right vital signs more easily, keep pests at bay, and automate tedious tasks, technology can bring joy back into gardening while at the same time giving you a healthier, better-looking, and more durable outdoor space.
Everyone’s garden is different, of course, so ultimately this is all about experimentation and finding out the right tools and technologies that work best for you.
At Arduino, we have many different solutions to help you build and refine your own smart garden, along with just about every other aspect of your home. Check out a few examples from our users:
A smart soil moisture sensor
Check out this project by Arduino user Fouad_Roboticist. It’s a soil moisture sensor, made using just a handful of fairly simple components.
The sensor works by sending the data from the sensor to an Arduino microcontroller, giving you the ability to stay on top of your soil moisture more easily and efficiently.
Automated plant watering
Arduino user Saikan45 decided to build their very own automated plant watering system. The goal was to automate plant watering while ensuring there was enough moisture for healthy growth.
The project was also designed to cool the soil and soften the tillage pan, reducing the need for human work and creating a more suitable environment for plants to thrive. Built using just a few simple components, Saikan45’s project has the potential to save gardeners a ton of time and stress.
Crop monitoring and controlling
Arduino user beena_2000 created a robot that saves a huge amount of human time by giving real-time readings of temperature, humidity, and soil moisture, combined with live camera recordings from the robot.
Everything is controlled through a mobile application, and the robot can move through the environment and deploy pest spray and fertilizer to specific plants, avoiding wastage.
With an Arduino, some basic components, and a curious mind, there’s no limit to what’s possible. Get in touch with us to find out more and get started!
A beautiful, lush garden is a wonderful thing. Not only does it look good year-round and impress the neighbours, but itâs also a great place to spend time in the summer months and entertain guests.
However, a good garden is not an easy thing to maintain. It takes many hours of hard work and toil to create a beautiful garden in the first place, and then many more hours to keep it that way. If you take a vacation or have a few busy weeks, things can start to go wrong fast.
The good news here is that home automation can save the day. With the right tools, you can build a smart garden that cares for itself in many ways and is more efficient, convenient, and even more impressive.
In this article, weâll take a look at why a smart garden is the best kind of garden, and some of the smart features you could consider building into your own outdoor space.
How home automation helps with gardening
It saves time and stress. Smart gardening tools allow you to automate a lot of your gardening work, from mowing the lawn to watering the flowers, so you can spend more time enjoying your garden and less time worrying about it.
Itâs more efficient. With the right combination of smart gardening tools, you can optimize energy use in your garden, saving water, power, and money.
Your garden will grow better. Smart gardening devices know how to optimize your garden, ensuring your plants have just the right balance of nutrients, light, water, and more to grow in the perfect way.
Features of a smart garden
Now letâs take a look at some of the top smart gardening devices and how they work to transform your little patch of nature into the perfect self-nurturing paradise.
Smart sprinklers
Watering the garden is one of those monotonous tasks that brings very little joy but is impossible to avoid. Well, not anymore! Smart sprinklers can take care of this tedious task, working according to a pre-set schedule or even based on sensors that measure the dryness of the soil. Smart sprinklers even know when to conserve water, saving you money on bills.
Smart lawn mowers
There can be a certain satisfaction in trimming the lawn, but most of the time itâs a chore. Fortunately, mowing the lawn is one of those gardening tasks that are particularly easy to automate, and smart lawn mowers can easily take care of it.
Smart lighting
The right lighting can make the difference between a welcoming, ambient outdoor space and a dark patch of grass. As well as making your garden more hospitable to you and your guests, lighting is also useful for security reasons and for helping plants grow.
Smart lighting can take your garden lighting up another notch. It can decide when to turn on based on a pre-determined schedule or by detecting light levels, and it can even adjust lighting levels to suit the environment. Smart lights can detect movement for security, and can measure natural light levels and switch on to provide your plants with the light they need.
Smart indoor plant care
Not all gardens are outdoors. More and more people, especially in cities, are tending to their own indoor gardens. There are many benefits to this â plants in the home have been shown to improve mood, boost focus, and even help you heal faster.
Home automation devices can make sure your indoor garden is healthy and cared for even when youâre not around by automating watering and feeding, managing light levels, and keeping track of your plantsâ health via sensors.
Smart soil and plant sensors
Many smart garden tools simply automate tasks we can already do ourselves. But what about things we canât do, at least not without specialist equipment? One example is measuring the levels of moisture and the balance of nutrients in your soil. Smart garden tools are able to do this, along with monitoring other conditions like temperature and light levels.
By keeping track of this data, your smart garden can ensure your plants have the perfect environment to grow, allowing you to make changes and adjustments in response to changes in conditions. You can learn about the perfect time to water your plants, the exact nutrients your soil needs most, and much more. Itâs a data-driven approach to gardening.
Weather sensors
The weather can be an unpredictable thing, but itâs one of the most important factors when it comes to growing and managing a healthy garden. Keeping track of the weather is now easier than ever with the right smart garden solutions, which can monitor things like rain, temperature, humidity, and more.
This information allows you to better understand your garden and learn what types of plants thrive best there, as well as make adjustments to help your current plants adapt and grow more successfully.
Grow a smart garden with Arduino
Arduinoâs Project Hub is full of examples of people who have used automation to build their own, DIY garden projects. Arduino is built to be simple, user-friendly, and effective â helping you take control of your home automation.
Bonsai trees are the most glorious of miniature shrubbery. But caring for them takes seriously green fingers. Luckily, this Raspberry Pi–powered bonsai watering system doesn’t require much to get started. Also, the Reddit user who shared the project is named Lord-of-the-Pis, so, we love.
You will need:
Raspberry Pi
Submersible water pump
Jumper wires
The Pimoroni Explorer HAT Pro isn’t essential to make this project work, it just makes things a whole lot easier by removing the need for a relay. It also comes with a Python library for interfacing with Raspberry Pi. The project uses an I2C connection, so it would also be possible to not use the HAT and instead plug a moisture sensor into an analogue-to-digital converter and then into Raspberry Pi’s GPIO pins.
How was it done?
Lord-of-the-Pis explains: “I used the Pimoroni Explorer HAT Pro in order to make the entire system on a small breadboard on top of Raspberry Pi. The Explorer HAT has inbuilt analogue inputs over I2C, which I used for the input of the moisture sensor (two wires pushed into the soil as probes). Furthermore, the output GPIO pins on this HAT sink all current to ground when activated so they can be used as a transistor to power the small 5V motor (which was also attached to the 5V power pins on Raspberry Pi).”
Using the HAT also allowed this maker to simply hook the pump up to the GPIO pins and turn these on and off, so there’s no need for an on/off switch.
The main watering program (plantWater.py) takes input from the moisture sensor, and if the soil moisture level is below a set amount, the bonsai gets watered.
Lord-of-the-Pis built a simple web interface for the project on a localhost site that’s hosted using Apache. Apache SSI is used to execute the Python scripts. Due to the use of SSI, the index page is called index.shtml.
An image of the website. The Dip and then steadiness of the graph is due to the faulty moisture sensor. The maker has ordered another!
A lot more detail about the hardware and software involved is available in this second reddit post about the project.
Lord-of-the-Pis is now working on a dashboard that plots the soil moisture over time, as well as tracking other things like light intensity, temperature, and humidity.
May no other plant perish due to overwatering on our watch ever again!
We love seeing Raspberry Pi being used to push industry forward. Here’s an example of how our tiny computers are making an impact in agriculture.
Directed Machines is a small company on a mission to remove pollution and minimise human labour in land care. Their focus is to do more with less, so the affordable power of our robust computers matches perfectly with their goals.
You’ll find a Raspberry Pi 4 at the heart of their solar-powered, autonomous, electric tractors called Land Care Robots.
Here are a few of the robot’s specs:
30KW / 42HP peak power
1400 ft.lb torque
400W bi-facial, high-efficiency solar panel for 10KWh energy storage
50″(W)×80″(L) with zero turn
Dual color and depth (distance measuring) cameras, accelerometer, magnetic compass, and GPS
4G/3G/2G modem for self-update/telemetry publish/map downloads and WiFi, allowing direct control from smartphone or PC
Multiple autonomy modes, area coverage, and way-point navigation
Follow mode, person or peer robot, using wearable tag, depth sensors and motion control using smartphone touch/tilt, combined with obstacle avoidance
Directed Machine’s COO Wayne Pearson explains: “Rather than opting for the most advanced components (often the simplest solution), we endeavour to find affordable, easily sourced components. We then enable these components to accomplish more by ensuring efficient uses of compute/memory resources through our software stack, which we built from the ground up.”
“All in all,” Wayne continues, “this approach helps minimise unnecessarily inflated component costs (as well as the corresponding complexities) from being passed along to our customers — which keeps our prices lower and enables rapid field repair/maintenance.”
Here’s a practical example of that. This is a custom HAT Directed Machine’s ‘Electrical Engineering Guy’ Chris Doughty shared on LinkedIn. It was specially created to expand the functionality of the Raspberry Pi 4s they were using:
The HAT includes:
• 7-port USB 2.0 hub (six ports off-board) with individual port-power control • 5A of 5.45V power to keep Pi running stable with high-current peripherals • 9-axis IMU LSM9DS1 • Precision ‘M8P’ UBLOX GNSS receiver (capable of supporting RTK) SMA connection for external GPS antenna including DC for LNA • 7–15V DC input to support automotive and accessory-port applications • Connects to standard Raspberry Pi 3 and 4 via pin-header and standoffs
Directed Machine’s founder George Chrysanthakopoulos shared the video at the top of this post on LinkedIn to demonstrate how the land care robots see the world while autonomously navigating. The combined power of Raspberry Pi 4 and their own built-from-the-ground software stack lets the robots see dual depth and colour streams at 15Hz. This is all made possible with a cheap GPS plus an Inertial Measurement Unit (IMU) for just $15 combined.
With a base price of the Land Care Robot is in the thousands, we’re not suggesting you should pick up one for your back garden — cutting the lawn is a childhood chore for the ages. But, for industry, the robot is a fine example of how businesses are using Raspberry Pi to cut both cost and environmental impact.
Also see Liz’s favourite project, the Cucumber Counter, and the popular CNC FarmBot, for more examples of ‘Down on the farm with Raspberry Pi’.
Chris Aviles, aka the teacher we all wish we’d had when we were at school, discusses how his school is in New Jersey is directly linking data with life itself…
Over to you, Chris.
Every year, our students take federal or state-mandated testing, but what significant changes have we made to their education with the results of these tests? We have never collected more data about our students and society in general. The problem is most people and institutions do a poor job interpreting data and using it to make meaningful change. This problem was something I wanted to tackle in FH Grows.
FH Grows is the name of my seventh-grade class, and is a student-run agriculture business at Knollwood Middle School in Fair Haven, New Jersey. In FH Grows, we sell our produce both online and through our student-run farmers markets. Any produce we don’t sell is donated to our local soup kitchen. To get the most out of our school gardens, students have built sensors and monitors using Raspberry Pis. These sensors collect data which then allows me to help students learn to better interpret data themselves and turn it into action.
Turning data into action
In the greenhouse, our gardens, and alternative growing stations (hydroponics, aquaponics, aeroponics) we have sensors that log the temperature, humidity, and other important data points that we want to know about our garden. This data is then streamed in real time, online at FHGrows.com. When students come into the classroom, one of the first things we look at is the current, live data on the site and find out what is going on in our gardens. Over the course of the semester, students are taught about the ideal growing conditions of our garden. When looking at the data, if we see that the conditions in our gardens aren’t ideal, we get to work.
If we see that the greenhouse is too hot, over 85 degrees, students will go and open the greenhouse door. We check the temperature a little bit later, and if it’s still too hot, students will go turn on the fan. But how many fans do you turn on? After experimenting, we know that each fan lowers the greenhouse temperature between 7-10 degrees Fahrenheit. Opening the door and turning on both fans can bring a greenhouse than can push close to 100 degrees in late May or early June down to a manageable 80 degrees.
Turning data into action can allow for some creativity as well. Over-watering plants can be a real problem. We found that our plants were turning yellow because we were watering them every day when we didn’t need to. How could we solve this problem and become more efficient at watering? Students built a Raspberry Pi that used a moisture sensor to find out when a plant needed to be watered. We used a plant with the moisture sensor in the soil as our control plant. We figured that if we watered the control plant at the same time we watered all our other plants, when the control plant was dry (gave a negative moisture signal) the rest of the plants in the greenhouse would need to be watered as well.
This method of determining when to water our plants worked well. We rarely ever saw our plants turn yellow from overwatering. Here is where the creativity came in. Since we received a signal from the Raspberry Pi when the soil was not wet enough, we played around with what we could do with that signal. We displayed it on the dashboard along with our other data, but we also decided to make the signal send as an email from the plant. When I showed students how this worked, they decided to write the message from the plant in the first person. Every week or so, we received an email from Carl the Control Plant asking us to come out and water him!
If students don’t honour Carl’s request for water, use data to know when to cool our greenhouse, or had not done the fan experiments to see how much cooler they make the greenhouse, all our plants, like the basil we sell to the pizza places in town, would die. This is the beauty of combining data literacy with a school garden: failure to interpret data then act based on their interpretation has real consequences: our produce could die. When it takes 60-120 days to grow the average vegetable, the loss of plants is a significant event. We lose all the time and energy that went into growing those plants as well as lose all the revenue they would have brought in for us. Further, I love the urgency that combining data and the school garden creates because many students have learned the valuable life lesson that not making a decision is making a decision. If students freeze or do nothing when confronted with the data about the garden, that too has consequences.
Using data to spot trends and make predictions
The other major way we use data in FH Grows is to spot trends and make predictions. Different to using data to create the ideal growing conditions in our garden every day, the sensors that we use also provide a way for us to use information about the past to predict the future. FH Grows has about two years’ worth of weather data from our Raspberry Pi weather station (there are guides online if you wish to build a weather station of your own). Using weather data year over year, we can start to determine important events like when it is best to plant our veggies in our garden.
For example, one of the most useful data points on the Raspberry Pi weather station is the ground temperature sensor. Last semester, we wanted to squeeze in a cool weather grow in our garden. This post-winter grow can be done between March and June if you time it right. Getting an extra growing cycle from our garden is incredibly valuable, not only to FH Grows as business (since we would be growing more produce to turn around and sell) but as a way to get an additional learning cycle out of the garden.
So, using two seasons’ worth of ground temperature data, we set out to predict when the ground in our garden would be cool enough to do this cool veggie grow. Students looked at the data we had from our weather station and compared it to different websites that predicted the last frost of the season in our area. We found that the ground right outside our door warmed up two weeks earlier than the more general prediction given by websites. With this information we were able to get a full cool crop grow at a time where our garden used to lay dormant.
We also used our Raspberry Pi to help us predict whether or not it was going to rain over the weekend. Using a Raspberry Pi connected to Weather Underground and previous years’ data, if we believed it would not rain over the weekend we would water our gardens on Friday. If it looked like rain over the weekend, we let Mother Nature water our garden for us. Our prediction using the Pi and previous data was more accurate for our immediate area than compared to the more general weather reports you would get on the radio or an app, since those considered a much larger area when making their prediction.
It seems like we are going to be collecting even more data in the future, not less. It is important that we get our students comfortable working with data. The school garden supported by Raspberry Pi’s amazing ability to collect data is a boon for any teacher who wants to help students learn how to interpret data and turn it into action.
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