Tabit Smart Farming - Agricultural Production Solutions

Agricultural Production Solutions - Agricultural Production Solutions

Agricultural Production Solutions

Product Code :

CATEGORY : SOLITIONS CENTER

Subcategory : Agricultural Production Solutions


Agricultural Production Solutions


• Implementation and follow-up of efficient farming methods
• Organic farming and sustainable farming practices
• Plant nutrition and fertilization management
• Plant protection and pest control solutions
• Irrigation management and effective use of water resources
• Soil analysis and soil fertility improvement strategies
• Agricultural biotechnology and genetic engineering applications
• Organic fertilizer and biofertilizer production
• Effective use of pesticides and agricultural chemicals
• Natural and biological pest control
• Dissemination of good agricultural practices
• Greenhouse management and greenhouse technologies
• Livestock management and milking systems
• Beekeeping management and colony health services
• Feed production and animal nutrition management

Implemented Agricultural Production Solutions

Milk Production

The main objective of this project is to increase milk production in animal husbandry and increase productivity by providing various advantages to farmers.

 

 

Pasture Studies

This comprehensive study aims to reduce feed costs in the livestock sector.

 

 

Production of Medicinal Aromatic Plants

It is a study conducted to emphasize the importance of high value-added plant cultivation in semi-arid conditions.

 

 

Fodder Crop Production

It is a study on the alternative production of forage crops used to meet the need for roughage, which is indispensable for the livestock sector.

 

 

Cotton Production

It is a study carried out to show that it is possible to grow cotton suitable for yield and quality values with the help of technology in low yield lands.

 

 

Melon Production

In traditional melon production in the region, an average of 3-5 tons per acre can be harvested. The main objective of the project is to increase productivity and maximize profitability.

 

 

Lettuce Production

The main objective of the lettuce production project is to provide a more economical and sustainable production method without making it difficult for small family farmers to access lettuce production due to the high costs of modern production greenhouses. The project aims to produce high value-added lettuce even in winter with the use of low-cost high tunnels. It is also aimed to increase the amount of lettuce grown per unit area and increase the yield per decare.

 

 

Sapling Production

It is a study carried out in order to support the production of saplings, which are produced in small quantities in the region, and to pioneer the production of correct saplings on behalf of it.

Today, the production of qualified saplings, which is one of the elements of modern agriculture, is very important.

 

 

Dense Planting Almond Production

The main objectives of the project are to increase yields through dense planting gardens, reduce labor and costs through mechanization, and ensure a quick return on investments. It also aims to benefit farmers and the agricultural sector by providing a sustainable and innovative approach to agriculture.

 

 

Dwarf Apricot Production

It aims to popularize the dwarf apricot variety, which is not grown much in the region, and make it preferable.

 

 

Dwarf Plum Production

The main objective of the project is to increase the income obtained from unit area in fruit growing and to increase the number of trees to be planted per unit area. For this purpose, it aims to encourage the use of dwarf rootstock saplings to increase productivity in fruit growing.

 

 

String Finishing Fig Production

The main objective of the project is to increase productivity and production in Fig gardening. By utilizing the wire training method and other innovative techniques, it is aimed to get more products in a shorter time compared to traditional fig orchards and to offer an efficient agricultural method.

 

 

Arbor Trial and Technology in Viticulture

High-system viticulture, a method adopted by the world today, provides a significant increase in yield compared to ground-based viticulture and has been scientifically proven to have positive effects on quality.​

 

 

Innovative and Technology Supported Olive Production: Dense Planting Model

Designed in search of solutions to the problems in traditional olive production, this agricultural model aims to achieve the goals of increasing productivity for olive producers, reducing costs and labor, switching to early production and obtaining high quality olive oil.

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