Machine Vision Systems Helping the Progress of the Agricultural Sector

Agriculture is one of the biggest sectors and also is the most crucial sector to start with. As the time is progressing, everything is taking a technological turn. That is why the agricultural sector is transforming rapidly to be a part of the same evolution. Today to feed a huge population, there is a requirement for an agriculture industry, which is efficient and quality proven in all means. Thus automation and machine vision systems are gradually becoming a part of the largest sector. The most important part of the agricultural sector is producing good crops which is more in quantity and higher in quality. But it is also crucial to keep the production costs low and reasonable. All this is now possible because of the machine vision systems which are now used to lower the costs of labor, be a part of global agricultural development, lower the cost of food and maintain higher yield quality.

Some of the major applications which are used and will be used in the future of the agricultural industry are listed below:

Phenotyping

The population is growing exponentially and it is important to increase the yield of crops. However, during this, it is also important to maintain the quality of the production. For this, the genotypes are to be examined and identified, which can give better and high-quality yield. Today machine vision systems are used to monitor the crops and their growth and are used to identify the robust genotypes by checking their phenotypic characters. This way the industry can produce larger volumes of food which will satiate the demand and supply margin with complete ease.

Robotics

Maintaining larger fields and making sure that everything is performed in an error free way, robots are used. These robotics are helped by machine vision systems and cameras, which makes the automation easy and insightful. From the very step of sowing to harvesting, crops are maintained and taken care of by the robots. Using robots saves time and also decreases the loss of supplies in the process for production. This not only decreases the errors, but also makes sure that the process becomes cost-effective and time-efficient.

Crop vehicles

There are several types of crop and farming vehicles that are used in the agricultural sector and to gain complete control over them machine vision systems are used. Though the idea is quite new and it is still in the stage of traction, the technology and the idea behind it will save a lot of time and efforts of the businesses. The machines now can be handled automatically and with complete uniformity. Also, regardless of the climatic condition, the land type or crop type, there will be no loss and lack of yield.

Sorting

Also, these machine vision systems can be used to grade and sort the crops along with their quality category. In this collected data, insights are used to identify the best crops and the bad crops, so that the future decisions can be taken regarding the shipping, processing and marketing.

With automated systems and machine vision, handling in the agricultural sector, the profitability and productivity will rise significantly helping you to handle the demand growth.

Aquaphonic Systems – The New Revolution in Agriculture and Cultivation

Aquaponics is a system that is primarily defined as one that shows or exhibits a combination of traditional form of agriculture and hydroponics. This combination is known as aquaponic systems and sees fish, crayfish and even prawns raised in tanks, the effluent of which then is used to fertilize plants being raised in the near vicinity.

Typically one would require a filter in place to filter the water to keep it toxicity low and the fish happy. With this type of setup the filter is the plants which get watered and fed from the nutrients in the water. By products from the fish are then transformed into vital nutrients and the waste becomes useful again. The water, after undergoing a filtration process, is transferred back as clean water This provides for a symbiotic environment where the normal level of toxicity created by the fish is used in a positive manner

There is no fixed structure or size for an aquaponic system. It varies greatly depending on the area available outdoors or even internally and is also dependent on a number of other factors such as the grow bedsunits (for growing the plants) and tanks (for the fish) that are available for this purpose. These systems mostly use fresh water for this kind of cultivation. However, at times salt water is also used and this is again dependent on the vegetation and the aquatic animals used for this purpose.

Many different plants can be grown in such a system including, lettuces, tomatoes, herbs, spinach, radish to name a few and many different fish species can be used. You can raise specific fish such tilapia, jade perch and trout which will provide you with a steady supply of fresh or can use non-edible fish such Koi and goldfish to provide the necessary plant food.

Important components of aquaponic systems include

• Tanks for fish – can be as simple as an aquarium up to 5000 litre tanks

• Pumps to move the water to the grow beds

• Drainage system to empty the growbeds

• Solids removal systems – not all effluent may used.

• Growbeds – where the plants are grown by absorbing excess nutrients from the water

• Sump: the place where the water is ultimately loaded back to the rearing tanks

Aquaponic systems are considered to be still in the starting phase and are constantly developing. This is being looked at as an alternative to the traditional mode of agriculture and conventional cultivation due to the many advantage offered such yield and water conservation.