Tabit provides innovative solutions such as modern agricultural techniques and digital monitoring systems to make farmers’ production more efficient and sustainable. These services help producers increase product quality and optimize costs, while also aiming to support rural development and the technological transformation of the sector.
Scope of the Agricultural Production Solutions We Developed:
Implementation and monitoring of efficient farming methods
Organic and sustainable farming practices
Plant nutrition and fertilization management
Plant protection and pest control solutions
Irrigation management and efficient use of water resources
Soil analysis and strategies to improve soil productivity
Agricultural biotechnology and genetic engineering applications
Production of organic fertilizers and biofertilizers
Effective use of agricultural chemicals and pesticides
Natural and biological pest control
Promotion 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:
The main goal of this project is to increase milk production in livestock farming and enhance productivity by providing various advantages to farmers.
This comprehensive work aims to reduce feed costs in the livestock sector.
This study highlights the importance of cultivating high-value plants under semi-arid conditions.
This project focuses on providing an alternative production method for forage crops, which are essential for meeting the roughage needs in the livestock sector.
This study was conducted to demonstrate that cotton cultivation with suitable yield and quality values is possible on low-yield lands using technology.
In traditional melon cultivation in the region, the average harvest per acre is between 3–5 tons. The main objective of the project is to increase productivity and maximize profitability.
This project aims to provide an economic lettuce production model for small farmers using low-cost high tunnels as an alternative to expensive greenhouses. The goal is to increase yield per unit area and per decare, even during winter months.
This study was carried out to support the production of saplings, which are produced in limited quantities in the region, and to lead the way in proper sapling production.
The project aims to increase yield and reduce costs through high-density planting and mechanization, ensuring quick return on investment and offering a sustainable farming model.
The goal is to promote and popularize the dwarf apricot variety, which is not widely grown in the region.
The main objective is to increase the income per unit area in fruit cultivation and allow more trees to be planted per unit area. The project encourages the use of dwarf rootstock saplings to improve productivity.
The project’s main goal is to increase productivity and output in fig orchards. By using the trellis method and other innovative techniques, it aims to achieve higher yields in a shorter time compared to traditional fig orchards and provide an efficient farming method.
High-system viticulture, a method adopted worldwide today, provides significant yield increases compared to ground-level vineyards and has scientifically proven positive effects on quality.
This farming model aims to solve problems in traditional olive cultivation by increasing efficiency, reducing costs, enabling early production, and producing high-quality olive oil.