Smart Agriculture Can Now Feed Unborn Children
Smart Agriculture Can Now Feed Unborn Children
Smart Agriculture can now feed unborn children. Sounds interesting, right? What if there’s a technique that ensures food security for your future generation after generation? That’s exactly what smart agriculture is trying to solve.
Agriculture-related businesses must change how they run in the future if they want to thrive. Farmers today have that opportunity thanks to emerging technology, which is referred to as "smart farming," as they attempt to pass on the agricultural way of life to the next generation while overcoming previously unheard-of obstacles.
This blog hits all the buzzwords such as smart farming, climate smart agriculture, climate smart, smart agriculture system, smart farming system, smart agri, and climate smart farming.
What is the Pressing Need for Smart Agriculture?
Food and Agriculture Organization (FAO) released an estimate reporting that by 2050, the world population will hit the golden 9.3 billion mark and that means producing 60 percent of the food.
As a warning to this escalating proliferation of population, the UN said “Maximizing production in a climate-smart way through new partnerships can have a hugely beneficial impact on people's lives.” The UN population report said the global population is growing at its slowest rate since 1950 and will fall below 1 percent in 2020. By 2030, there may be 8.5 billion people on the planet, and by 2050, there may be 9.7 billion. It is anticipated that during the 2080s, the population will surge to about 10.4 billion, and it will remain there until 2100.
All this and more will put farming in the global spotlight. It is anticipated that during the 2080s, the population will surge to about 10.4 billion, and it will remain there until 2100. It is anticipated that the expanding world population will put demand-side pressure on agriculture and crop production all across the planet. The demand for food will not be the primary issue. The fragility and independence of international supply chains were further highlighted by the COVID-19 pandemic. Not to mention that agricultural output will continue to be determined by the unpredictability of the environment. But what does this means from an agricultural aspect? Will smart agriculture and allied technologies be enough to contribute to food security? Let’s have a look.
Smart Agriculture: A Way of Living
The term "smart farming" refers to the management of farms using contemporary technology for communication and information to improve product quality and quantity while minimizing the need for labor-intensive human labor. The introduction of drones, artificial intelligence, big data, IoT, satellites, and other technologies has made farming and agriculture "smart," enabling growers to maximize their work and receive better outcomes. All of these factors enhance output volumes, decrease financial costs, and decrease the proportion of manual labor, improving the efficiency of the agricultural industry.
The application of modern technology to farming is more important than ever right now. By 2050, the population of the world is expected to increase by 34%. It calls for increased agricultural yields and the efficient use of natural resources. The situation is getting worse due to climate change. All of this makes it necessary to incorporate efficient approaches into the work. How could smart farming benefit regional agriculture? Today's service and technology companies give farmers access to tools and methods to optimize practically every aspect of their operations, from field monitoring to pesticide delivery with drones to harvesting and greenhouse climate control. The technologies accessible for advanced farming includes:
● Sensors: Maintenance of soil, water, light, humidity, and temperature
● Software: Customized software solutions or IoT platforms which are not application-specific
● Connectivity: LoRa and cellular
● Location: Satellite and GPS
● Robotics: Self-driving tractors and processing plants
● Data analytics: Analytical programs that are stand-alone and pipelined data for following-up programs
The alarming demand for finding solutions to a sustainable ecosystem pushes climatic activists and agriculturists to find alternatives such as climate smart agriculture, smart agriculture system, and smart farming system. The term "climate-smart agriculture" (CSA) implies a type of landscape management that tackles the intertwined problems of food security and climate change. It entails monitoring fisheries, woods, animals, and agriculture.
What Can You Reap Out of Smart Agriculture?
The best way to know if something will yield results, in the long run, is to understand the benefits it harbors.
Smart Agriculture has a wide spectrum of benefits such as better decision-making, minimal reduction, better crop output, high quality, and quantity.
Another benefit of smart farming is increased sustainability; by using the least amount of pesticides and fertilizers possible, you will have a minimal negative environmental impact. This also applies to the application of greenhouse gases.
You can reduce CO2 emissions by monitoring your livestock's eating habits and feeding them better food at better times. You can make a significant contribution to climate-smart agriculture by putting all of these ideas into practice. a type of intelligent, sustainable farming. The current technological advancements in the agricultural industry have the potential to drastically alter both small farms and large businesses work processes. Modern farming technologies are being introduced at such a quick rate that they are increasingly accessible in both developed and developing regions.
Digital technology can greatly enhance work in the field, just as it simplifies many activities in the office. Growers can benefit from smart farming in general by doing the following things:
● speeding up data collection and processing
● raising accuracy and precision levels
● lowering production costs
● requiring less human labor
● increasing crop output
● reducing driver stress
● expediting task recording and reporting
● and promoting sustainability
Robotics drones, systems, mobile applications, satellite image analysis, and other advanced smart farming practices can be made effective not just limited by farmers, but also by agricultural cooperative authorities, insurance agents, input suppliers, and many more.
Seeding the Future
Food security is just the iceberg of what smart agriculture can provide. The implementation of smart agriculture enables farmers to arrange an effective streamlined system to meet the growing population’s demand, and also to create a lucrative ecosystem from which humans could benefit. With the implementation of modern technologies, farmers can have extensive monitoring, controlling, planning, and exploring.
The growth of smart farming is intrinsically related to technological advancement, particularly satellite technologies. Modern, multipurpose satellites can greatly improve agricultural operations and play a crucial role in deciding how much to produce. The future of intelligent agriculture and farming on Earth lies in space and the future of feeding your future generations are in sowed through smart agriculture.