Suitability of profitable diversified farming systems focussing on intensification

Check out the detailed map showing different regions around the world and highlighting areas where cropland can grow and effective farming systems can be set up. The yellow regions on this map represent promising areas for expanding cropland and implementing successful farming practices due to their favorable conditions. In contrast, the gray areas are less likely to support these developments right now. These assessments consider many important factors affecting agricultural success, such as the growth cycle of crops (including their growth and harvest times) and how woody they are, which affects their adaptability to different climates and soils. The map also evaluates how well various farming methods fit with local environments and economies. The types and amounts of agrochemicals used—like fertilizers for soil health and pesticides to protect crops—are also crucial in determining a region’s farming potential. It looks at the right balance of fertilizers needed to boost crop production while keeping soil healthy. Pesticide usage is evaluated for both its necessity and its environmental impact. Tillage methods, whether traditional or modern, can affect soil health and crop yield. Adequate irrigation is vital, especially in dry areas or places with unpredictable rainfall. Lastly, the availability and efficiency of labor is crucial since it affects the scalability and sustainability of farming operations. By analyzing these various factors, the map is a valuable resource for farmers, agronomists, and policymakers aiming to improve agricultural practices and make informed decisions about land use and resources.

Bivariate Map

Yellow indicates high potential for both profitable diversification and cropland expansion, while gray indicates less potential.

Key Insights

Bivariate map of integrated potential for intensification and profitability of diversified farming systems. Yellow indicates high potential for both profitable diversification and potential for intensification while gray indicates less of both. Blue indicates high potential for intensification and low suitability for profitable diversification while red, indicates high suitability for profitable diversification and low potential for intensification.

Water and Rangeland Management

Türkiye’s diverse river basins present unique challenges in water resource management. With an average annual run-off of 186 billion cubic meters, efficient collection and use are crucial. The Ministry of Agriculture is spearheading initiatives to restore rangelands through desert oases, water wells, and modern irrigation methods, ensuring sustainable water and land use.

Sustainable Irrigation

Modern irrigation methods are being implemented to conserve water and promote sustainable agriculture in Türkiye's rangelands.

Key Initiatives

Rangeland Management: To restore natural vegetation in rangelands, the Ministry of Agriculture is working on the establishment of desert oases and water wells, pastures in grazing areas, and the use of drought-tolerant plants using modern irrigation methods to avoid overgrazing. Several projects on water harvesting have also been established to improve water management (especially during times of droughts and low rainfall) and reduce run-off. Forest Management: The Ministry of Agriculture’s current initiatives focus on improved forest management and forest production through the establishment of tree nurseries and the distribution of tree seedlings. Increased tree coverage serves to create windbreaks and green belts to prevent wind erosion.

Sustainable Water Management Practices

At Arti, we recognize that effective water resource management is crucial for sustainable agriculture. With Türkiye’s limited water resources, our approach focuses on innovative techniques that enhance water efficiency. We implement advanced irrigation systems and promote the use of drought-resistant crops to optimize water usage. Our commitment to sustainability drives us to develop practices that not only conserve water but also improve soil health and increase crop yields. By integrating these methods into our Agri-voltaic systems, we aim to create a resilient agricultural framework that supports both food production and renewable energy generation, ensuring a sustainable future for our communities.
Aerial view of an Agri-voltaic farm with solar panels and thriving crops.

Addressing Türkiye's Imbalances

As Türkiye faces significant demographic and economic challenges, our Agri-voltaic solutions can play a crucial role in creating balance. By integrating food and renewable energy production, we aim to enhance local economies and improve welfare.
0 BLN USD

This annual trade deficit highlights the urgent need for innovative Agri-voltaic practices. Türkiye’s export value was US$256BLN against its imports at US$362BLN as of year-end 2023. Türkiye’s only leverage of power left on the table is via Agricultural, Husbandry, Apiary, and Aquaculture areas in order for the country to declare its official independence economically while increasing the average welfare level of the country over a wide range of rural regions while employing a large number of workers. 

0 people

Istanbul’s population growth necessitates and calls for sustainable solutions to manage regional and industrial imbalances effectively.

0 hectares

We envision a future where Agri-Husbandry-Apiary-Aquaculture and renewable energy co-exist to empower Türkiye. Total required surface area in hectares to realise energy independence at 90 GW of total Agri-voltaic installed capacity at a scale of 1,552 x 58MW Agri-voltaic farms over the next 10 years. 192,000 hectares represents 1% of total farm land in Türkiye. Agri-voltaic production systems can lower farmer input costs and de-risk PV energy investments against Agri-husbandry-apiary-aquaculture investments whilst creating mutually beneficial strategic terms and bridge-building between multiple local, public, and private stakeholder parties. 

0 % of total land surface area at risk to desertification

79% of country at risk to desertification due to soil erosion at 642M tons of soil annually.

Soil is extremely fragile in Turkey, with 79% of the country at risk of severe to moderate desertification, mostly due to erosion, which costs Turkey 642 million tons of fertile soil annually. Erosion affects 39% of agricultural land and 54% of pasture land. Erosion of the most fertile top layers pushes farmers to use more fertilizer, which can in turn threaten food safety.

0 projects

Our Agri-voltaic systems are designed to support local communities and create job opportunities. Number of projects required at a scale of 58mw 124ha farms to realise energy independence. 

0 M hectares of agricultural and pastural land

Nearly all of Türkiye’s food is grown in the country, but agricultural lands have shrunk to 23.1 million hectares in 2023, down from 27.5 in 1992 — a loss of almost 20%. Türkiye has lost 40% of its pasture land since 1970, with the area shrinking from 21.7 million hectares to 13 million by 2023.

Türkiye's Trade Balance Insights

Explore the yearly and quarterly trade balance of Türkiye with its top-20 export and import partners in US$BLN 2014-2023. Discover the trends and shifts in trade dynamics over these years.

Threats and Challenges

  • Deteriorating security situation
  • Continuous deterioration in water quality and agriculture land
  • Weak urban planning and fragmentation of agricultural sector
  • High prices of agricultural production inputs (seeds, fertilisers, fighting materials and fuel)
  • Uncontrolled imports of agricultural products
  • Limited profit margins in agricultural sector
  • Climate fluctuations, repeated years of drought, low rainfall high temperature which leads to land degradation
  • Lack of financing in the state budget due to economic crisis
  • Low unit area productivity
  • Reliance on traditional methods of agriculture
  • Dependence on imported agricultural products
  • Low coordination between government institutions
  • Poor agricultural marketing policies that control quality and production standards
  • Low water use efficiency and water mismanagement
  • Use of traditional irrigation methods

Government Support and Incentives

Discover various investment options in farming, animal husbandry, beekeeping, fish farming, and renewable energy. These investments offer sustainable growth and innovation in agriculture. The Turkish government provides support of up to 50%, limited to 14 million TL, for investments in these areas.
Plant Product Investments

Invest in modern fixed investments for closed plant production, enhancing efficiency and output.

Animal Product Investments

Opportunities in cattle, sheep, and poultry breeding, as well as slaughterhouse facilities.

Renewable Energy Facilities

Invest in geothermal, biogas, solar, and wind energy for irrigation and greenhouse use.

Aquaculture

Cultivation in seas and inland waters, focusing on sustainable and organized industrial zones.

Government Incentives for Clean Energy

Explore the various government incentives that can significantly reduce the costs of installing solar energy systems in Agri-voltaic production. These incentives include tax credits, rebates, grants, and feed-in tariffs, each offering unique benefits to enhance your return on investment.

Tax Credits

Directly reduce your tax liability with solar energy system tax credits, making your investment more affordable.

Rebates

Receive cash rebates post-purchase to lower the overall cost of your solar panel system.

Grants

Access government grants to support your transition to renewable energy in aquaculture.

Feed-in Tariff

Earn money by feeding excess power back into the grid with competitive feed-in tariffs.

Maximize Your Agri-Voltaic Investment

Discover how Arti can help you leverage these incentives for a more sustainable and cost-effective energy solution.
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Innovative Solutions for Food and Energy Security

Arti is at the forefront of revolutionizing agriculture by integrating food production with renewable energy. Our Agri-voltaic systems maximize land use efficiency, ensuring sustainable and profitable farming. By addressing fragmented supply chains, we offer a blueprint for rural development, enhancing both energy and food security. Our approach not only diversifies revenue streams but also strengthens community resilience.
Harnessing Solar Power for Agriculture
Our Agri-voltaic farms utilize solar panels to generate clean energy while supporting crop growth beneath. This dual-use approach optimizes land use and boosts productivity.
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Empowering Farmers with Technology
By integrating advanced technology, we empower farmers to increase yields and reduce costs. Our systems are designed to be both efficient and environmentally friendly.
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Community-Driven Agri-voltaic Projects
We prioritize collaboration with local communities to ensure our projects meet their needs and contribute to regional development. Our stakeholder engagement is key to success.
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