From Soil to Screen: Growing the Future with Technology

           Welcome to our exciting WebQuest on ICTs (Information and Communication Technologies) in agriculture! In today’s world, technology plays a crucial role in how we grow our food and care for our environment. From smartphones to drones, various tools help farmers increase their productivity, manage resources more efficiently, and make informed decisions.

            In this WebQuest, we will explore how ICTs are transforming agriculture. You will learn about different technologies used in farming, such as precision agriculture, mobile apps for crop management, and online marketplaces. Together, we will discover how these innovations not only improve farming practices but also contribute to food security and sustainability.

Get ready to dive into the world of modern agriculture!  Let’s uncover how technology can help us grow a better future!

Design a model of a drip Irrigation System for a small farm.

Materials Needed

Cardboard (for the base and structure)

1. Ruler
2. Marker
3. Paper glue and Electric glue gun
4. Stencil knife
5. Drawing compass
6. Mini water pump
7. Water level pipe (transparent/clear)
8. 1-meter switch (for controlling the pump)
9. 2 AA batteries (to power the pump)
10. Empty can (as a water reservoir)
11. Plastic jar
12. White epoxy putty
13. Empty tin
14. Cartridge paper (green and white)
15. Artificial plants (for the visual aspect)
16. 2 Empty egg trays 
17. Galvanized Iron (GI) wire
18. Soil (for planting)
19. water                                                      

Procedure

Step 1: Prepare base

1. Place both egg trays (should be placed face down), the plastic jar and empty tin on top of a rectangular piece of cardboard at designated areas. Use a pencil to trace around the base of each item; then use your ruler and pencil to straighten and brighten the lines or shape of the egg trays.
2.  Use a stencil knife to cut out each shape that has been drawn. To prepare the base of your model use paper glue to affix strips of card boards at all four ends. Now place the model on top of a rectangular piece of cardboard that has the same length and width. (Use glue and tape to hold the components securely).
3. Cut out for 4 rectangular shapes from a cardboard, stock them on each other and use tape to secure them. Place glue on the bottom of the stock and carefully place it in the first slot of the model. Insert the first empty egg tray on top of the stock. Repeat the process for the second tray.
4. Place green cartridge paper over the model.

Step 2: Set Up the Water Reservoir

1. Use cardboard to form an X then place the circular cardboard shape over the X. Place the Plastic jar on top of the newly form stand.

2. Prepare the jar: Take the empty jar and poke a small hole in the bottom. Place the water level pipe in the hole (use white epoxy putty around the hole to prevent leakage). This will allow water to flow out when the pump is activated.

2. Position the jar: Securely attach the can upright on the cardboard base using glue or tape. This will serve as your water reservoir.

https://youtu.be/yJBbRLr1bF0?si=4evUqS_Yzd6d_EySStep 3: Install the Water Pump

1. Attach the Mini Water Pump: Place the mini water pump next to the Plastic jar. Connect one end of a flexible tubing to the output of the pump.

2. Connect Power: Attach the pump to the 2 AA batteries using the 1-meter switch in between. This will allow you to easily turn the pump on and off.

Step 4: Create the Drip Irrigation System

1. Prepare the egg trays: Fill the trays with soil, leaving some space at the top for the artificial plants.

2. Insert the Plants: Place the artificial plants into the soil.

3. Lay Out the Drip Tubing: Punch holes using the point of a drawing compass at designated areas on the tube to create a drip system from the pump to the plastic jar. You can use the GI wire to create a firm support structure for the tubing if necessary.

Step 5: Set Up the Water Level Pipe

1. Insert the Water Level Pipe: Place the water level pipe vertically into the can. This will help you monitor the water level and indicate when to refill the reservoir.

Step 6: Final Assembly

1. Connect Everything: Ensure all tubing is connected properly from the pump to the plastic jar, and that the jar is filled with water.

2. Secure the Components: Use more cardboard or tape to ensure everything is stable and securely attached to the base.

 Step 7: Testing the System

1. Fill the Reservoir: Add water to the jar

2. Turn on the Pump: Switch on the pump using the 1-meter switch. Observe how water is pumped through the tubing and drips onto the soil in the plastic jar.

3. Monitor the System: Check the water level pipe to ensure there's enough water in the reservoir and observe how well the drip irrigation works.

16-20 marks: Excellent work, demonstrates as strong understanding and execution of the project.

11-15 marks: Good effort; shows solid grasp of concepts and design.

6-10 marks: Satisfactory work; needs improvement in several areas.

1-5 marks: Significant improvement needed; lack depth and clarity.

Comments: __________________________________________________________________________

This rubric will help you evaluate the hands-on model of the irrigation system, focusing on creativity, construction quality, functionality and understanding. Good luck, and enjoy the process of building your model!

          In conclusion, the integration of Information and Communication Technologies (ICTs) in agriculture has the potential to revolutionize the sector by attracting more youths, enhancing productivity, improving access to information, and fostering sustainable practices. Throughout this WebQuest, we explored various ICT tools and their applications, such as mobile apps for weather forecasting, precision farming technologies, and online marketplaces that connect farmers directly with consumers. The benefits of utilizing ICTs in agriculture are manifold. Farmers can make informed decisions based on real-time data, leading to better crop management and resource utilization. Additionally, ICTs facilitate knowledge sharing and capacity building, empowering farmers with the skills and information necessary to adapt to changing climate conditions and market demands. However, challenges remain, including the digital divide, infrastructure limitations, and the need for training. Addressing these issues is crucial for maximizing the impact of ICTs in agriculture, especially in developing regions where smallholder farmers can greatly benefit from these technologies. Moving forward, stakeholders including governments, NGOs, and the private sector must collaborate to create an enabling environment that supports the adoption of ICTs in agriculture. By investing in infrastructure, providing training, and fostering innovation, we can ensure that ICTs become a cornerstone of sustainable agricultural development, ultimately contributing to food security and economic growth.

       As we conclude this WebQuest, let us remember the critical role that technology plays in shaping the future of agriculture, and the importance of ensuring that all farmers have access to the tools they need to thrive. Additionally, the future of this digital revolution is endless for youth to stop the rot of unemployment and keep agriculture alive. It has also been proven that once they are encouraged and empowered with the adequate ICT knowledge, skills and tools, this makes them prime influencers and nation builders through adaptable innovations. Increasing the capabilities of youth and providing sufficient infrastructure are important to optimize ICTs in boosting agricultural productivity.

Title of Video: "Drip irrigation working model for school #dripirrigation educational videos #agriculture"

Uploader: Nakul Sahu Art

Publication Date: February 19,2023

URL: 

https://youtu.be/yJBbRLr1bF0?si=VIEqh5K3a8Ja514P

          Hello! My name is Samantha McLean, and I am the Research Assistant for the Faculty of Education and Management at the College of Agriculture, Science and Education (CASE). I am also proud to have served as the National Farm Queen for 2023. My passion for agriculture runs deep, and it informs both my professional and personal pursuits. My enthusiasm for education is rooted in my love for learning and the pursuit of knowledge. I am dedicated to exploring new ideas and concepts, which enriches my understanding and teaching practices. I believe that education found me rather than the other way around; it is a calling that I embrace wholeheartedly. I am a firm believer in the potential of every student. With determination and hard work, I know that students can achieve remarkable things. I strive to set high standards in my teaching to maximize each student’s learning experience. Together, we can cultivate a supportive and challenging environment that encourages growth and exploration.

I look forward to embarking on this learning journey with you!