Growing competition for growing population and demand bring new technologies into the agriculture and farming business. 15 most productive technologies for the future of farming in this article would definitely change the agricultural business, farming, and food industry.
Agriculture plays a critical role in the entire life of a given economy. Agriculture is the backbone of the economy for many countries. In addition to providing food and raw material, agriculture also provides employment opportunities to a very large percentage of the population.
It creates a source of employment for the population through farming, business, and research activities, therefore, raising the standard of living of individuals. The purchasing power of the population is improving through income generation, hence creating a market for industrial products.
1. Vertical Farming
Vertical farming has been a sci-fi point as far back as the 19th century and now it is the most suitable as well as monetarily feasible for the near future. This offers numerous benefits. The most important is the capacity to develop inside metropolitan conditions with limited space. Along, these lines have fresher food varieties accessible quicker and at lower costs. In any case, vertical farming has merit to be famous in both metropolitan and rural.
With growing population building construction is rising rapidly and hence creates a great business opportunity for farmers. Vertical farming is definitely the need of the future to meet the rising food demand.
As per Wikipedia, Hydroponics is a type of horticulture and a subset of hydroculture that involves growing plants (usually crops) without soil. Mineral nutrient solutions are in an aqueous solvent form is the main factor for Hydroponics. Its one of the most feasible farming method since land and soil is not required for Hydroponics farming.
The shortcomings like limited crops, expensive setup, delicate process, and is still in the research phase as food from Hydroponics crops may have some health issues.
3. Roof Farming
Although everything is available today in supermarkets and hypermarkets, people’s inclination towards organic food and gardening hobby roof farming is the best option. This is useful for growing vegetables and fruits but not feasible for grain crops.
A rooftop garden is a nursery on the top of a structure. The act of developing food on the roof of structures is here and there alluded to as housetop cultivating. Roof cultivating is normally done utilizing green rooftop, aqua-farming, aeroponics or air-dynamics frameworks, or holder gardens.
With available space, without having agricultural land this handy technique. This makes it the most feasible among 15 most productive technologies for the future of farming.
4. Multi-crop Farming
As the name suggests multi-crop farming is the act of consecutively growing at least two yields in the same land in the same season rather than only one harvest. This polyculture farming technique is highly productive and the best way to maintain land fertility.
Farmers can easily adopt new techniques to enrich their yield and double their profit and income. This technique is used by many farmers and science explains the benefit.
5. Organic Farming
Organic farming is a strategy, which includes the development of plants and the raising of creatures naturally. This cycle includes the utilization of organic materials, keeping away from manufactured substances to keep up soil fruitfulness, and environmental equilibrium along these lines limiting contamination and wastage.
This is one of the most favorable farming for the ecological system. Moreover, the health benefit from organic is one the biggest advantage and keeps it high in demand. No doubt this has been a highly profitable business recently and with increasing demands, it brings great business opportunities for farmers in the future.
6. Minichromosome Technology
Maybe quite possibly the most energizing appearance in agribusiness innovation is arriving in a small bundle. A minichromosome is a little construction inside a cell that incorporates next to no hereditary material except for can, hold a ton of data.
Utilizing minichromosomes, rural geneticists can add handfuls and maybe even many characteristics to a plant. These qualities can surprise with unique characteristics, like dry spell resilience and nitrogen use.
What is generally fascinating about minichromosomal innovation is that a plant’s unique chromosomes are not adjusted at all. That outcomes in quicker administrative endorsement and more extensive, quicker acknowledgment from shoppers.
7. Drought-resistance crop
The following round of dry season half breeds will incorporate hereditarily altered characteristics is helpful for places with fewer rains. Researchers are utilizing biotechnology to modify one of the wide range of components engaged with a plant’s development submerged in confined and high-heat conditions.
The times of work to create dry season-safe plants are at long last delivering results. These half breeds utilize common quality choices and are focused on the landfills where water is a key restricting component. Organizations guarantee yields will be steadier with these half breeds.
In supporting exactness cultivating, robots can do soil wellbeing checks, screen crop wellbeing, help with arranging water system plans, apply composts, gauge yield information, and give important information to climate examination.
Drones make work easy and faster for farmers. This is definitely one of the most productive technologies for the future of farming.
Farm automation (or smart farming) is a variety of tech innovations in traditional farming to optimize the food production process and improve quality. As of now, advanced farming technology can be an essential part of the farmer’s daily work.
The latest automation technology provides aid in tilling, planting, pruning, spraying, irrigating, and also grain and food processing at a large scale. This is a great technology for high productivity and time-efficient. This makes it unique among 15 most productive technologies for the future of farming.
Farming robots are the biggest helping hands for a farmer. Arising utilizations of robots or robots in agribusiness incorporate weed control, cloud cultivating, sowing seeds, reaping, natural checking, and soil examination.
Agricultural robots automate slow, repetitive, and dull tasks for farmers, allowing them to focus more on improving overall production yields. Some of the most common robots in agriculture are used for harvesting and picking.
The industrialization of farming businesses needs technologies to perform manual human work more efficiently. Robotics is definitely one of the most productive technology for the future of the farming business.
11. Big Data, IOT & AI
Internet of things (IOT) brings about the gigantic measure of streaming information, frequently alluded to as “Big Data”, which carries new freedoms to screen farming and food measures.
Connecting machines and tools to IOT can provide live data about crop’s health, soil condition, pests, and so on. The Artificial Intelligence is a big revolution in agriculture providing weather prediction, demand analysis, monitoring crop health. Big data and IOT can provide data for the most productive action by AI.
12. Blockchain and Cryptocurrency
While numerous individuals will have known about blockchain inside the circle of cryptocurrency finance, the farming scene is beginning to consolidate this imaginative new innovation in an alternate manner.
The greater part of the soonest Blockchain applications in farming was as to supply chains and traceability; the situation with yields could be recorded and refreshed utilizing Blockchain, directly from collecting through to delivery.
The real benefit of this for larger operations, in particular, is a secure, highly accurate ledger where nothing ever goes missing in transit. All crops that belong to a specific farmer can be traced in real-time.
Blockchain can also be used for resource management, like tracking other sensors and equipment for example or maintaining machinery records.
The soil and water sensors mentioned earlier have set a foundation for traceability. The industry has only begun to realize this infrastructure, but it’s taking shape quickly. These sensors provide information that can be associated with farming yields.
It may seem like science fiction, but we’re living in a world where a bag of potatoes can have a barcode that you can scan with your smartphone in order to access information about the soil that yielded them.
A future where farms can market themselves and have loyal consumers track their yields for purchase is not far-fetched.
14. Crop, Soil & Water Monitoring and Management
Soil water management can be defined as active involvement in controlling soil water content at an optimal state for all given purposes, including environmental needs.
An optimal state is often a compromise between competing uses and needs to account for the long-term sustainability of the soil-water system.
So the biggest challenge for farmers while high productivity farming is maintaining the fertility of the land for future irrigation.
15. Productive machines and Tools
Portable machines and new innovative tools which simplify the processes of farming are essential aid for farming today. While many new technologies are already available in the market new researches by agricultural machines and tools producing companies have many more to offer in the future.
With the increasing population and demand, farmers would need more advanced technologies for the future of farming.
Hopefully, the above 15 most productive technologies for the future of farming have helped you to understand the current scenario and future technological developments of agriculture and the farming business. Please be generous to share this article with people who are into the farming and agricultural business. I would love to see your feedback and suggestions in the below comment section.