How does it work?
Propellers lift the drone into the air. Drones are remotely controlled by farmers, allowing them to direct the drone to precise locations in their fields.
What impact does it have on farming?
Devices can be attached to drones, including cameras and sensors, and they can also be used to spray . Because drones are adaptable, they can be used in lots of different ways. This makes them very good at helping to grow crops while also decreasing costs.
How does it work?
Using satellites, sensors, and GPS tracking and mapping systems, farm vehicles are now able to move around without a person controlling them.
What impact does it have on farming?
Autonomous vehicles allow farmers to monitor different parts of their field, including the growth of their crops and the health of the soil, while also carrying out physical activities, such as the soil, and planting and harvesting crops. Thanks to autonomous vehicles, these tasks can be carried out very precisely, both in terms of position and time, which reduces the need for lots of people to work in the field.
How does it work?
Satellites orbit the Earth, monitoring our planet using sensors and capturing images. This information is sent back to earth where it is analysed to provide valuable insights.
What impact does it have on farming?
By taking regular images and measurements throughout the growing season, farmers are able to see the development of their crops and identify changes they need to make. This might involve adding or water to the soil. This information about the crops and the soil can also help farmers to select where they plant crops, or which crops they plant.
How does it work?
As more information is captured and , it becomes more important for it to be analysed to reveal patterns, trends and associations. This is done using advanced computing techniques.
What impact does it have on farming?
Farmers use data to make decisions about how to grow, process and distribute their produce. This data can come from sensors, satellites, connected devices, weather forecasts, soil maps and historical harvest records. Farmers can also learn from their neighbours and farmers in other countries. Big data techniques enable farmers and scientists to share information and make the best decisions when managing their farms.
How does it work?
Plant scientists are able to improve crops through selective . By choosing plants with desirable qualities and crossing them together, new varieties can be produced that have the ideal combination of characteristics.
What impact does it have on farming?
New crop varieties can be created that are suited to specific growing conditions and challenges in the field, while also having qualities that are better for consumers. Farmers can grow crops that use water and nutrients more efficiently, or those which are resistant to disease. New varieties of crops can help reduce waste, increase the shelf life of food products and improve flavour.
How does it work?
Sensors can be used to collect information about changes in the environment, such as changes in weather, temperature, soil status and pressure. Sensors are also able to track the progress and condition of crops.
What impact does it have on farming?
Sensors allow farmers to collect real-time information about the status of their crops and the environment, so that they are able to quickly respond to any changes. By combining sensors in a network, farmers are able to work with others to develop early warning systems for pests or diseases.
