The world is changing at a rapid pace. As technology continues to develop, the farming industry is also benefiting from these changes. With so many future trends in agriculture currently being researched and developed, we can expect to see more solutions moving forward. Our growing population is a huge concern. Farmers are working hard to find more sustainable solutions that will help to feed millions more humans each year. Today we’re going to discover what does the future of agriculture look like. We share some future of farming technology we are likely to see in the upcoming years.
Future farming technology
To meet the needs of our growing population, future farming technology will look very different from how it does today. Future farms hydroponics offer a more sustainable food production solution. It works to eliminate unnecessary components that are used within traditional farming methods. Instead of having to rely on soil and pesticides for production, artificial elements such as LED lights are used to provide the nutrients plants need to grow. Hydroponic farming has the potential to contribute to fighting climate change and the depletion of natural resources we are experiencing. They can be grown indoors and at any time of the year, so regardless of the weather conditions within a certain country, this futuristic farming technology offers a realistic solution for providing fresh and local food.
The future of farming also relies on using different crops and feed solutions for animals, humans, and fish. Algae feedstock offers an excellent source of protein. Seawater farming is also likely to become something we see more of in the future. As algae don’t require arable land or drinkable water for it to grow, it’s a great option for overcoming some of the concerns about traditional farming. On top of that, algae even offer improvements to the air quality, as it consumes CO2.
Heading out into the deserts may not be what you’d expect for future farming. But this practice has actually been around for thousands of years. As our population continues to rise, desert agriculture is being considered as another solution to make the most of unused land around the world. The Middle East and North Africa are good examples of areas with minimal food security and water security. So they need to find ways to feed their growing population. Drip irrigation is one advancement that has led to an expansion of sustainable desert farming and is currently being used in Israel. Australia is another area in which the future of farming may rely on deserts more. And the country produces milk, cattle, poultry, fruits, vegetables, and many more food products in this way.
Instead of relying on importing products or transporting them to the cities, this offers residents in cities the chance to enjoy fresh and local products. Urban farming simply refers to growing food in a city or town. And it’s a term that’s used to describe food that’s grown for commercial purposes. Food that’s grown through urban farming is often sold at local farmers’ markets or restaurants. But it’s primarily intended to be distributed straight from the grower to the user.
As we start to take the time to understand how our food is made and the huge number of miles it travels to reach us, urban agriculture offers us a way to enjoy more locally grown food. We’ll also be able to enjoy seasonal produce that’s freshly grown within just a few miles of our home. To make the most of the limited space in cities, futuristic farming technology is used to stack plants vertically and to make the most of indoor spaces. The future of agriculture sees us relying on artificial lighting solutions and minimizing our water consumption. Which are key components of urban farming. We’ll also need to consider using bioplastic products more in cities in the future, as these will help to minimize waste and reduce our impact on the environment.
Industry technologies and applications
Almost all industries today are looking to use advanced technology in order to make their processes more efficient and environmentally friendly. Nanotechnology can help to increase agricultural production and is used to apply fertilizers and pesticides to crops. It can also protect the plants from diseases and quickly detect these diseases to prevent further spread. It can also protect the crops from diseases and identify these diseases to avoid them spreading further. Artificial intelligence is also another exciting development and can offer farmers real-time insights into their fields. It will help them to know more fertilizer or pesticide treatment is needed. Helping them to grow more crops than before. As far as coming up with more environmentally-friendly solutions for our growing population, crowdfarming and food sharing are practices we can expect to see more of. These work hand-in-hand with urban farming but could also be enjoyed by individuals living in more rural areas.
Is organic farming the future of agriculture debate?
Organic farming is something that’s at the center of the discussion of future trends in agriculture. However, the answer might not be what you expect. Organic produce is certainly something that more consumers are looking to invest in. But it’s unlikely to be the answer to feeding our growing population. With the increasing demands for livestock products, it’s unrealistic that all of this will be able to be organic. Organic products offer a 20-30 percent lower yield than conventional products, with the only exception being fodder legumes. When considering will agriculture be important in the future, it appears that technology is more likely to be a key component in finding ways to sustainably feed our population than organic farming.
The future agriculture working model is something we are excited to see develop in the upcoming years, and we can only expect more changes as technology is developed and becomes more accessible to farmers. Agriculture is the future for feeding our ever-growing population, and with all of the developments listed above, we are sure to be able to find a sustainable solution for feeding billions of people each day.