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Mango Value Chain in Pakistan 2026: From Orchard to Global Markets

Pakistan’s mango value chain in 2026 is evolving amid climate challenges and rising global demand. As one of the top mango producers and exporters, Pakistan is improving its farming, handling, and export practices. Despite hurdles like post-harvest losses and fragmented supply chains, agritech companies like Concave AGRI are driving innovation to boost quality and sustainability. This blog explores the journey of Pakistani mangoes from tree to table and the future of this vibrant industry.

Mango Production in Pakistan: The Foundation of the Value Chain

Mango trees flourish mainly in Punjab and Sindh, producing around 1.4 million tons of mangoes in 2025, a slight dip due to climate and water issues. Punjab leads production with about 70%, Sindh 29%, and Khyber Pakhtunkhwa 1%. The average yield per acre ranges between 8 to 12 tons depending on variety and farm practices.

Did you know? Pakistan ranks as the world’s 4th largest mango exporter, shipping to over 50 countries.

Punjab’s Multan and Rahim Yar Khan are famous for Chaunsa and Anwar Ratol mangoes, while Sindh’s Mirpurkhas is known for Sindhri mangoes, prized for their sweetness and aroma.

Why Pakistani Mangoes Are in High Global Demand

Pakistani mangoes are loved worldwide for their unique taste, aroma, and texture. Varieties like Chaunsa and Sindhri are especially popular in the Middle East, Europe, China, and the US. The mango fruit from Pakistan holds a reputation for premium quality, making it a sought-after product in international markets.

Year Export Volume (tons) Export Value (USD million)
2023 129,000 108.6
2024 100,000 (est.) 80 (est.)
2025 125,000 (target) 100 (target)

Despite fluctuations, Pakistan aims to export 125,000 tons in 2025, targeting $100 million in revenue.

New Mango Export Milestone: EU Approval & Record Shipments

Pakistan’s mango industry achieved a major breakthrough in 2026 with EU approval for direct mango exports, opening Europe’s lucrative markets. In February 2026, the first-ever direct shipment of 120 tonnes of premium Chaunsa mangoes reached the Netherlands, marking a historic moment for mango exports of Pakistan. This development bypasses traditional third-country routing through Dubai, reducing costs by 25% and delivery time by 5 days.

The EU deal targets 5,000 tonnes in the first year, potentially generating $15 million in revenue. Strict compliance with EU’s Maximum Residue Limits (MRLs) and GlobalGAP certification positioned Pakistani growers favorably. Sindh’s Sindhri and Punjab’s Chaunsa varieties impressed European importers during trial shipments.

Did You Know? Pakistan’s EU mango approval makes it the 3rd South Asian country with direct access to this premium $2 billion market.

Developing the Mango Value Chain in Pakistan 2026

The mango value chain in Pakistan involves multiple stages: cultivation, harvesting, post-harvest handling, transportation, and export. The chain is often long and fragmented, with many intermediaries, which can reduce profits for farmers and increase costs.

Opportunities in the mango export business include:

  • Expanding into new markets like Japan, South Korea, Australia, and Turkey.
  • Focusing on premium varieties such as Chaunsa and Sindhri for higher returns.
  • Adding value by processing mangoes into pulp, juice, and dried products.
  • Building strong brands and certifications to attract premium buyers.

Challenges faced:

  • Climate change causing heat stress and water shortages.
  • High post-harvest losses (up to 40%) due to poor handling and lack of cold storage.
  • Fragmented supply chains with multiple middlemen.
  • Inconsistent quality control and packaging standards.
  • Meeting strict international food safety regulations.

Did you know? The Chaunsa mango variety, one of Pakistan’s best, is highly prized in international markets for its juicy, fiberless pulp and rich flavor.

Varieties of mangoes that can be a good value chain product for Pakistan

Best Practices and Technology in Mango Handling

Key practices to reduce losses and improve quality include:

  • Hot water treatment to prevent fruit fly infestation.
  • Proper grading and sorting to ensure export-quality fruit.
  • Cold chain management, including refrigerated storage and transport.
  • Farmer training on harvesting and packaging techniques.

Agritech companies like Concave AGRI are playing a vital role by providing precision agriculture tools, soil and water monitoring, and digital platforms that connect farmers directly to buyers. These technologies help improve mango quality, reduce waste, and increase profitability.

If you need advisory services or guidance on modern farming or regenerative agriculture practices, Reach Out to us.

Sustainable Mango Farming and the Supply Chain

Sustainable farming practices such as water-efficient irrigation, organic fertilization, and integrated pest management are gaining ground. These help protect the environment and improve mango yields and quality. Government and private sector support is crucial to scale these practices.

Did you know? Up to 40% of mangoes in Pakistan are lost after harvest due to poor handling and lack of cold storage facilities.

Mango Markets of Pakistan indicating Mango Value Chain of Pakistan

Pakistan’s mango value chain in 2025 is full of promise but requires innovation, investment, and collaboration. With the right technology and sustainable practices, Pakistan can secure its place as a global mango leader while improving farmer incomes and reducing losses.

FAQs

What is the current state of mango production in Pakistan?

Pakistan produced around 1.4 million tons of mangoes in 2025, mainly from Punjab and Sindh. Production faces challenges from climate variability and water shortages, but farmers continue to adopt better practices to maintain quality and yield.

Why are Pakistani mangoes in demand globally?

Pakistani mangoes stand out due to their unique aroma, sweetness, and texture. Varieties like Chaunsa and Sindhri have earned international acclaim, especially in the Middle East, Europe, and China, where quality and flavor are highly valued.

What challenges does the mango value chain face in Pakistan?

Major challenges include climate change impacts, high post-harvest losses due to poor handling and lack of cold storage, fragmented supply chains with many intermediaries, inconsistent quality control, and difficulties meeting international food safety standards.

How can agritech companies improve the mango value chain?

Agritech introduces modern farming tools, precision irrigation, soil monitoring, and digital market platforms that help farmers increase yield and quality. Companies like Concave AGRI also provide training on sustainable practices and connect growers directly with exporters, reducing waste and boosting profits.

What are the best post-harvest handling practices for mangoes?

Effective post-harvest handling includes hot water treatment to control pests, careful grading and sorting, cold storage to extend shelf life, and proper packaging. Training farmers on these techniques significantly reduces losses and improves export quality.

If you want to learn more or need expert advice, Contact Concave AGRI today and be part of Pakistan’s mango success story.

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Concave AGRI and NADRA Technologies Limited Join Hands to Build a Farmer-Focused Digital Agriculture Ecosystem

Islamabad, 12th August 2025 – Concave AGRI, one of Pakistan’s leading agri-tech companies, and NADRA Technologies Limited (NTL), the technology arm of the National Database and Registration Authority, have signed a key Memorandum of Understanding (MoU) to expand digital agriculture and improve food security across the country.

The partnership will connect Concave AGRI’s agri-advisory platform with NTL’s national e-Sahulat network, allowing farmers to get expert advice, access to agri markets, and financial services directly from nearby e-Sahulat centers. This effort will solve ongoing issues in agriculture by making services more accessible and simplifying how farmers receive information and support.

With NADRA’s wide reach and Concave AGRI’s knowledge in farming solutions, the collaboration will help more farmers access the tools they need, improve market access, and encourage better farming decisions using data.

Speaking on the partnership, Mr. M. Umar Khan Azad, CEO of NADRA Technologies Limited, said:

“This collaboration is about reimagining how technology serves agriculture in Pakistan. By linking NTL’s e-Sahulat network and Concave AGRI’s on-the-ground expertise, we aim to create a seamless and innovative solutions for our farmers. It’s a step in the right direction towards an inclusive, technology-driven future for our agricultural sector.”

“This MoU marks a transformative milestone in our journey to make agriculture more inclusive and data-driven,” added Muhammad Ali Iqbal, President of Concave AGRI. “With NTL’s digital infrastructure and our agri-expertise, we are building a future where every farmer can access not just financial services, but real-time guidance and market linkages, all from their local e-Sahulat center.” 

The MoU reflects a shared commitment to driving inclusive development through innovation and reinforces both organizations’ roles in building a sustainable agricultural future for Pakistan.

About Concave AGRI

Concave AGRI is a leading agri-tech company dedicated to transforming Pakistan’s agricultural landscape through innovation, regenerative practices, and end-to-end solutions. The company provides digital advisory, high-quality agri-inputs, access to markets, and sustainable farming technologies to empower farmers and promote food security.

Impact of Traditional Farming on Environment 

Traditional farming has been the heart of Pakistan’s agriculture for generations, but it’s starting to show signs of strain. These familiar methods might feel easy and natural, but they’re quietly causing big problems for our land and crops. Soil is losing its nutrients, water is being wasted, and pests are becoming harder to control because of the impact of traditional farming on environment. This means farmers face lower harvests and more challenges, making it tough to keep farms productive and profitable. If Pakistan wants its farms to stay healthy and feed its growing population, it’s time to rethink how we farm and move toward smarter, greener ways.

Pakistan’s agriculture sector employs over 40% of the workforce and contributes nearly 21% to the country’s GDP. Yet, much of this relies on traditional farming methods that, while simple and familiar, come with serious environmental downsides that we can no longer ignore.

When farmers plow and till the soil the old way, it disturbs the natural soil structure, leaving it exposed to wind and water erosion. The topsoil — which is packed with nutrients and organic matter — washes or blows away, leaving behind land that struggles to grow healthy crops. This loss sets off a cycle where farmers have to clear new land, often cutting down forests to keep up.

Did you know? Pakistan loses about 2.5 billion tons of fertile topsoil every year because of erosion linked to traditional farming, putting future food production at risk.

In many parts of Pakistan, especially dry areas, traditional flood irrigation and poor drainage cause salt to build up in the soil. This soil salinization makes it harder for plants to absorb water, stunts their growth, and lowers yields. Without action, this problem can make farmland useless.

Another big issue is water pollution and scarcity. Overusing chemical fertilizers and pesticides leads to runoff that pollutes rivers, lakes, and groundwater, harming fish and other wildlife, and even affecting people’s health. Flood irrigation wastes a huge amount of water — sometimes up to 60%. Pakistan’s groundwater is being pumped out faster than it can naturally refill, with recharge rates as low as 0.1% to 0.3% a year.

Did you know? Over 90% of Pakistan’s groundwater is overused, mostly because of outdated irrigation methods common in traditional farming.

Water scarcity is another impact of Traditional farming on environment

Expanding farmland by cutting down forests destroys homes for wildlife and reduces biodiversity. Growing only one crop (monoculture) and using broad pesticides kills helpful insects and soil microbes that keep farms healthy.

Traditional livestock farming also adds to the problem by releasing methane, a powerful greenhouse gas. And burning fields or using heavy synthetic fertilizers adds more carbon dioxide to the air, speeding up climate change.

Why Traditional Farming Struggles to Sustain Pakistan’s Agriculture

The damage caused by traditional farming hits farmers where it hurts most — in their crops and incomes. Soil nutrients drop, salinity rises, and pests become tougher to fight, forcing farmers to use more chemicals that cost money and harm the environment. Old irrigation methods make water shortages worse, threatening farming in key areas. This creates a cycle of decline that’s hard to break.

Sustainable and Regenerative Farming

Pakistan needs to move away from these harmful traditional ways and adopt farming methods that protect the land and help farmers succeed.

One promising approach is regenerative agriculture. This method focuses on rebuilding soil health and increasing biodiversity by rotating crops, planting cover crops, reducing how much the soil is disturbed, and adding trees to farms. These steps help fight desertification and keep water in the soil longer.

Switching from flood irrigation to drip or sprinkler systems can cut water use by half, helping crops grow better and saving precious groundwater.

Integrated Pest Management (IPM) uses natural predators, pest-resistant plants, and fewer chemicals to keep pests under control without harming the environment.

How Agritech is Helping Pakistan’s Farms Go Green

Agritech companies like Concave AGRI are helping farmers make these changes by providing tools to monitor soil health, use water wisely, and reduce chemical use. These smart farming solutions help farmers grow more while protecting their land.

Did you know? Farmers using regenerative agriculture in Pakistan have seen soil organic matter increase by up to 25% and water use drop by 20% in just five years.

Use of modern techniques in farming can reduce impact on environment

Concave AGRI combines traditional farming knowledge with modern technology to support Pakistani farmers. Through training, technology, and ongoing advice, they help farmers improve soil fertility, save water, reduce chemical inputs, and increase profits.

If you want advice or guidance on modern farming or regenerative agriculture, Reach Out to Us.

Traditional farming has been part of Pakistan’s story for centuries, but its impact on the environment means it’s time for a new chapter. By adopting greener, smarter farming methods and using agritech innovations, Pakistan can protect its natural resources and ensure food security for generations to come.

FAQs

Q1: What are the main environmental problems caused by traditional farming in Pakistan?

Traditional farming in Pakistan leads to several serious environmental issues. Soil erosion is a major problem, where the top fertile layer is washed or blown away, reducing the land’s ability to support crops. Nutrient loss happens because repeated planting of the same crops and poor soil care drain essential minerals. Water pollution occurs when excess chemical fertilizers and pesticides run off into rivers and groundwater, harming aquatic life and human health. Deforestation and pesticide use also cause loss of wildlife and beneficial insects, disrupting ecosystems. Additionally, traditional livestock farming and heavy use of synthetic fertilizers increase greenhouse gas emissions, contributing to climate change.

Q2: Can traditional farming be made sustainable without new technology?

Some small improvements are possible without new technology, such as practicing better crop rotation or using organic manure to improve soil health. However, truly sustainable farming requires modern tools and methods. Agritech innovations like precision farming, soil health monitoring, and water-efficient irrigation, combined with regenerative agriculture practices, are essential to restore soil fertility, save water, and reduce environmental damage in Pakistan’s agriculture sector.

Q3: How does growing the same crop repeatedly affect the environment?

Growing the same crop repeatedly, known as monoculture, harms the environment by depleting specific nutrients from the soil, leading to imbalanced and poorer soil fertility. It also encourages pests and diseases that specialize in that crop to multiply, forcing farmers to use more chemical pesticides. This practice harms beneficial insects and soil microbes, reducing biodiversity and weakening soil health, which are crucial for long-term sustainable farming.

Q4: What are better irrigation methods than traditional flooding?

Drip and sprinkler irrigation systems are much better alternatives to traditional flood irrigation. These methods deliver water directly to the plant roots or spray it efficiently, greatly reducing water waste. They help conserve Pakistan’s limited water resources, provide crops with consistent moisture, and reduce problems like waterlogging and soil salinity that often happen with flood irrigation.

Q5: How is Concave AGRI helping farmers farm sustainably?

Concave AGRI supports sustainable farming by promoting eco-friendly practices and regenerative agriculture techniques that rebuild soil health and conserve water. They offer agritech solutions such as precision agriculture tools, soil and water monitoring, and mobile advisory services. These innovations help farmers reduce chemical use, increase crop yields, and improve profits while protecting the environment.

If you want to learn more or get expert advice, contact Concave AGRI today and join the journey toward a healthier, more sustainable agriculture.

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Benefits of Using Organic Fertilizers

Soil health is the foundation of every successful harvest, but did you know that substituting just 20% of chemical fertilizers with organic fertilizers can increase yields and soil fertility, while reducing harmful nitrate residues in the soil? Studies show that combining organic and inorganic fertilizers can boost crop productivity by up to 6.8% and improve soil organic matter, making plants healthier and more resilient season after season. For farmers aiming for sustainable farming and better profits, the benefits of using organic fertilizers are more relevant than ever.

The benefits of using organic fertilizers include improved soil health, sustainable nutrient cycles, reduces cost and increase profitability and reduced environmental impact. Learn the key differences between organic and inorganic fertilizers, how to use organic fertilizers efficiently, and how agritech companies are making a difference in Pakistan’s agriculture

Soil Health and the Need for Change

Farmers today face a tough challenge: chemical fertilizers may boost yields quickly, but over time, they can degrade soil structure, harm beneficial organisms, and pollute water sources. As the demand for sustainable farming and organic nutrients grows, the spotlight is now on biofertilizers, green manure crops, and organic soil fertilizer to restore balance and productivity.

Recent research confirms that organic fertilizers can increase soil organic matter by 15-20% over just three years, significantly improving soil fertility and structure. Moreover, combining organic and inorganic fertilizers can raise crop yields by 5-7%, reinforcing the benefits of integrated nutrient management. In Pakistan specifically, biofertilizer use has been shown to increase wheat yields by up to 46% while cutting input costs by 40-50%, making organic fertilizers a practical and profitable choice for farmers.

Did you know? Using biofertilizers with half the usual chemical fertilizer can increase wheat yields by 20–46%.

Organic vs Inorganic Fertilizers: What’s the Real Difference?

Organic fertilizers are made from natural sources like compost, animal manure, green manure, and plant residues. They release nutrients slowly, nourish soil microbes, and improve long-term soil fertility. Inorganic (chemical) fertilizers like DAP, SOP, MOP and urea are manufactured to deliver nutrients quickly, but can risk leaching, soil acidification, and environmental harm if overused.

Rich, dark organic fertilizer enhancing soil fertility

Feature Organic Fertilizers Inorganic Fertilizers
Source Natural (plant/animal) Synthetic/chemical
Nutrient Release Slow, steady Fast, immediate
Soil Health Improves structure & microbes Can degrade over time
Environmental Impact Low, sustainable High if misused
Long-term Benefits Builds organic matter May reduce soil fertility

Cost Comparison

In Pakistan, the current market price for a 50 kg bag of DAP fertilizer is between Rs. 12,500 to 12,600, while a 50 kg bag of urea costs between Rs. 4,400 to Rs. 4500. For an average wheat farmer using conventional chemical fertilizers, the total cost per acre can quickly add up, especially with repeated applications required throughout the season.

According to recent market trends in 2025, prices for chemical fertilizers have increased by 8-10%, putting additional financial pressure on farmers. Meanwhile, biofertilizer products have become more competitively priced due to increased local production and government incentives. This has narrowed the cost gap further, making biofertilizers an even more attractive option. For example, biofertilizer costs per acre have dropped to as low as Rs. 6,800, offering farmers savings of over Rs. 6,500 compared to chemical fertilizers, while also improving soil health and crop resilience.

By contrast, switching to biofertilizers-a key form of organic fertilizer-can lower input costs significantly. Studies show that the cost of using biofertilizers can be up to 40–50% less per acre compared to chemical fertilizers, depending on the crop and application method. For example, where chemical fertilizers might cost about $48 (roughly Rs. 13,400) per acre, biofertilizers can cost as little as $25.80 (about Rs. 7,200) per acre, resulting in savings of over Rs. 6,000 per acre. Over a full season, these savings can make a major difference for small and large farmers alike.

Even more compelling, research in Balochistan found that using biofertilizers along with half the usual chemical fertilizer rate increased wheat grain yield by 20–46% compared to using only chemical fertilizers. This means farmers not only save money but can also expect a noticeable boost in production by making the switch to organic options.

Did you know? Studies show that using biofertilizers can reduce input costs by up to 40–50% per acre compared to chemical fertilizers, making them a highly cost-effective choice.

Benefits of using organic fertilizers for soil

How to Use Organic Fertilizers Efficiently

The benefits of using organic fertilizers depend on using the right type, rate, and timing for your crop and soil. Here’s how you can get the most out of organic bio fertilizers and green manure:

  • Choose the Right Product: Compost, green manure crops, and biofertilizers each offer unique plant nutrients. Match the fertilizer to your crop’s needs.
  • Apply at the Right Time: Incorporate organic fertilizer before planting, or use green manure crops during off-seasons for best results.
  • Monitor Soil Fertility: Regular soil testing helps you adjust application rates for optimal plant growth.
  • Combine with Biological Fertilizers: Biofertilizers and organic nutrients work together to boost soil microbes and nutrient cycling.
  • Avoid Over-application: More isn’t always better, excess can lead to nutrient runoff and waste.

If you need any guidance or agriculture advisory on efficient use of organic fertilizer, you can contact us at any time.

The Advantages of Organic Fertilizers for Plants and the Environment

Let’s break down the top benefits of using organic fertilizers:

  • Improved Soil Structure: Organic matter increases soil porosity, aeration, and water retention.
  • Microbial Activity: Organic fertilizers encourage beneficial microbes, supporting plant health and nutrient uptake.
  • Sustainable Farming: They reduce reliance on chemical fertilizers, making farming more environmentally friendly and resilient.
  • Slow-Release Nutrients: Plants get a steady supply of essential nutrients, reducing the risk of burning or leaching.
  • Reduced Environmental Impact: Lower risk of water pollution and greenhouse gas emissions compared to chemical fertilizers.
  • Supports Organic Fertilizer Production: Using compost and green fertilizer recycles farm waste and closes nutrient loops.

Agritech Companies Leading the Organic Fertilizer Revolution

Agritech companies are transforming how we approach soil fertilizer and plant nutrients. By promoting organic fertilizer production, green manure, and sustainable farming practices, they help farmers achieve better yields and healthier soils.

Concave AGRI is at the forefront, working with USDA, CGIAR, ICARDA and the Government of Pakistan on the Fertilize Right Pakistan Project. This initiative focuses on the 4Rs of nutrient management-using the right source, at the right rate, at the right time, and in the right place-to maximize the benefits of using organic fertilizers while reducing environmental impact. Training, technical support, and field demonstrations are helping farmers across Pakistan adopt organic and biological fertilizers for long-term success.

In order to know more about organic fertilizers, reach out to us now

The benefits of using organic fertilizers go beyond just better yields-they’re about building healthier soils, protecting the environment, and ensuring sustainable farming for generations. With support from agritech companies and projects like Fertilize Right Pakistan, every farmer can make the switch to smarter, greener fertilizer choices.

FAQs

What are the main benefits of using organic fertilizers?

Improved soil health, enhanced microbial activity, sustainable nutrient supply, and reduced environmental impact.

How do organic fertilizers differ from chemical fertilizers?

Organic fertilizers are natural, slow-release, and improve soil structure, while chemical fertilizers are synthetic, fast-acting, but can degrade soil over time.

What is green manure?

Green manure crops are grown and plowed under to enrich the soil with organic matter and nutrients.

Are biofertilizers and organic fertilizers the same?

Biofertilizers are living organisms that help plants absorb nutrients, while organic fertilizers are natural materials that add nutrients to the soil.

Can I use both organic and chemical fertilizers?

Yes, combining them can improve crop yield and soil health, but organic fertilizers offer more sustainable, long-term benefits.

How is Concave AGRI promoting organic fertilizer use?

Through the Fertilize Right Pakistan project, Concave AGRI provides training and support for efficient, sustainable fertilizer use.

Need agriculture advisory or want to learn more about organic fertilizer for your crops? Contact us now.

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The Role of Livestock Farming in Pakistan’s Agriculture

Why is livestock farming a key part of agriculture in Pakistan? Beyond just providing meat and milk, livestock supports millions of rural families by generating steady income and improving soil fertility through natural manure. Livestock contributes nearly 62% of the agricultural value added in Pakistan, making it a cornerstone of the nation’s food security and economic stability. As challenges like climate change and resource scarcity grow, understanding the importance of livestock farming in Pakistan is more critical than ever.

Livestock farming is vital for Pakistan’s future, contributing over 11% to the national GDP and supporting 30 million rural livelihoods. With rising demand for meat and dairy, modern livestock management and agritech innovations are helping farmers increase productivity sustainably. This blog explores how livestock farming shapes Pakistan’s economy and rural life, and what the future holds.

Understanding the Importance of Livestock Farming in Pakistan

Livestock farming is deeply woven into Pakistan’s agricultural fabric. It includes cattle, buffalo, goats, sheep, and poultry, which provide essential products like milk, meat, and leather. Beyond direct products, livestock supports crop farming by supplying manure and draft power.

Pakistan’s livestock sector contributes around 11% to the national GDP and employs nearly 30 million people, mostly in rural areas. It also accounts for about 13% of the country’s foreign exchange earnings through meat and dairy exports. Interestingly, Pakistan ranks 4th globally in milk production, with milk’s value surpassing the combined worth of wheat and cotton crops.

Did you know? Pakistan ranks 4th globally in milk production, with milk’s value surpassing the combined worth of wheat and cotton crops.

Profitability of Livestock Farming in Pakistan

Livestock farming remains one of the most profitable agricultural activities in Pakistan, supporting millions of rural families and contributing significantly to the national economy. The sector’s gross value addition rose to Rs 5,804 billion in 2023-24, reflecting a steady growth rate of 3.9%. Livestock contributes approximately 14.6% to Pakistan’s GDP and accounts for nearly 61% of the agricultural value added, underscoring its economic importance. Revenue streams for farmers include the sale of milk, meat, eggs, wool, and leather, with dairy and poultry being particularly lucrative. For example, Pakistan produces over 55 billion liters of milk annually, ranking 4th globally, and the poultry sector contributes around 40.7% of the country’s gross meat production with a 7.3% average annual growth rate. Well-managed dairy farms can increase income by 20-30% through improved breeds and better feed management.

Key profitability points include:

  • Milk Production: Approximately 80% of milk in Pakistan is produced by small-scale farmers, with high-nutrition milk from breeds like Neeli-Ravi buffalo generating substantial income.
  • Meat Sales: Cattle, buffalo, goats, and sheep provide steady revenue, with meat exports contributing to foreign exchange earnings.
  • Poultry Farming: With over 1.5 million people employed, poultry farming is a fast-growing sector offering high returns due to increasing domestic demand.
  • By-products: Leather and wool add additional income streams for livestock farmers.
  • Government Support: Loans, training, and veterinary services provided by the government and agritech companies help farmers reduce costs and improve productivity.

Livestock Farming in Pakistan is a profitable business

How Livestock Supports Crop Production and Rural Livelihoods

Livestock and crop farming are closely linked. Manure from cattle and goats enriches soil organic matter, improving water retention and nutrient availability. Studies show that wheat and rice yields can increase by up to 20% when manure is properly used, reducing the need for chemical fertilizers. Livestock also provides draft power for plowing fields, especially in smallholder farms.

Goat farming, often called the “poor man’s cow,” is popular in rural Pakistan due to its low maintenance and high returns from meat and milk. It requires less space and feed, making it accessible to small farmers and women. Over 8 million Pakistani families depend on livestock farming for 35-40% of their income, making it a crucial poverty alleviation tool.

Did you know? Over 8 million Pakistani families depend on livestock farming for 35-40% of their income, making it a crucial poverty alleviation tool.

Quantifying the Real Impact of Livestock on Pakistan’s Economy

The livestock sector’s gross value addition reached Rs 5,804 billion in 2023-24, showing steady growth. It contributes about 62.7% of the agriculture value added and 14.4% of Pakistan’s GDP. Livestock exports, including meat and dairy, make up around 8.5% of total exports, generating billions in foreign exchange and supporting rural economies.

Cattle farming, particularly modernized practices, is reshaping the economy by increasing meat and milk production. Crossbreeding indigenous cows with foreign breeds has improved yields and quality. The Punjab government supports livestock farmers with loans and training to boost production and control diseases.

Did you know? The Punjab government supports livestock farmers with loans and training to boost production and control diseases.

The Role of Agritech in Modern Livestock Farming

Agritech companies like Concave AGRI are revolutionizing livestock farming by providing innovative technologies that help farmers manage their animals more efficiently and sustainably. These advancements not only improve productivity but also enhance animal health and welfare. Key technologies and services include:

  • Cow monitoring systems: Real-time tracking of health indicators such as temperature, activity, and feeding patterns to detect illness early and improve overall herd management.
  • Precision livestock farming: Tools that optimize feed quality and quantity, reducing waste and lowering costs while ensuring animals receive balanced nutrition.
  • Improved breeding management: Software and devices that assist in tracking reproductive cycles and genetic data, enabling better breeding decisions for higher yield and disease resistance.
  • Disease control and prevention: Early warning systems and data analytics that help identify disease outbreaks quickly, allowing timely intervention and reducing losses.
  • Digital marketplaces and advisory platforms: Connecting farmers directly with buyers and experts, facilitating better market access and providing tailored guidance on best practices.

By adopting these technologies, farmers can reduce operational costs, increase production efficiency, and promote sustainable livestock farming practices that protect both animals and the environment.

Role of Livestock farming in Pakistan's Economy and GDP

If you need any advisory service or guidance regarding livestock farming, Reach Out to us.

Local Production vs. Import Dependency

Pakistan relies heavily on local livestock production for meat and dairy but still imports some products to meet demand. Strengthening local livestock farming through better management and agritech can reduce import dependency, improve food security, and increase export potential.

Challenges Facing Livestock Farming in Pakistan

Despite its importance, livestock farming in Pakistan faces several challenges that hinder growth and productivity. Many farmers lack access to modern veterinary services, resulting in widespread diseases that reduce animal health and output. Poor-quality and insufficient livestock feed, especially during droughts, limits growth and milk production. Water scarcity and changing climate patterns further stress animals and affect breeding cycles. Additionally, inadequate infrastructure for cold storage and transportation restricts the potential for expanding meat and dairy exports. Addressing these challenges through better management and agritech solutions is essential for the sector’s sustainable future.

Want to learn more about Livestock Farming, Contact Us now.

Environmental Factors and Sustainable Livestock Production

Livestock farming in Pakistan also faces environmental challenges such as water scarcity, feed shortages, and climate variability, which directly affect livestock health and productivity. Sustainable livestock production practices, including efficient water use, improved feed production, and waste management, are becoming increasingly important. Integrating precision livestock farming techniques helps farmers monitor environmental conditions and animal welfare, reducing the sector’s environmental footprint. Agritech companies are playing a crucial role by introducing smart solutions that promote sustainability while maintaining high production levels, ensuring that livestock farming remains viable for future generations.

Goat farming is an one form of Livestock Farming

FAQs

Why is livestock farming important for Pakistan’s economy?
It contributes over 11% to GDP, supports millions of rural families, and generates significant export earnings.

How does livestock farming support crop production?
Livestock provides manure for soil fertility and draft power for farming operations.

What role do agritech companies play in livestock farming?
They offer technology and advisory services to improve animal health, productivity, and farm management.

Is goat farming profitable in Pakistan?
Yes, goat farming requires low investment and provides meat, milk, and other products with good market demand.

How can farmers start raising cattle for profit?
By adopting modern cattle farming practices, using improved breeds, and leveraging agritech tools for monitoring and management.

If you are facing any problem related to Livestock Farming, you can Contact Us at any time.

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Glimpse of Hope for a Sustainable Pakistani Agriculture

It is encouraging to see that the Pakistan government has been open to new agricultural knowledge based on the Centre for Agriculture and Bioscience International’s (CABI) local scientific studies. CABI has been a long-term collaborator in the growth of the agriculture sector in the country. CABI started a program to enhance the capability of small-scale potato producers in four districts of Punjab with government funding. The interventions began in Okara, Sahiwal, Pakpattan, and Kasur in December 2020.

The overarching goal of the project is to boost the productivity and sustainability of the potato smallholder sector in Punjab, with a focus on empowering women and promoting sound agricultural practices. Through an intensive two-and-a-half-year potato training and extension program, the initiative will increase the productivity and sustainability of potato production for 950 smallholder farmers in four major potato regions of Punjab.

This initiative will increase the ability of small-scale potato producers in selecting high-quality seed while supporting pesticide usage that is both, sustainable and safe. Farmers, particularly women, will be given knowledge and skills to encourage them to participate fully in the potato value chain. Farmers will be given technical information about post-harvest procedures to assist them decrease losses. Furthermore, multiple communication and demonstration channels will be established to train the farmers, like: farmer field training, extension support to farmers, and translation of field and technical manuals to Urdu.

Several initiatives are in the works, thanks to the Pakistan Agricultural Research Council (PARC) and its subordinate institutions. It is only about one key crop, which can change the direction of Pakistan’s agriculture scene. Many additional initiatives can be enacted on the success of one pilot project to eventually make Pakistan a nationally food secure country.

Good News for the Balochistan Agriculture: Initiation of a Cold Storage Facility

‘The Horticulture Advancement Activity,’ was supported by the United States Agency for International Development (USAID). Food and Agriculture Organization’s (FAO) technical assistance to smallholder farmers and government institutions has already aided in increasing productive capacity in fresh fruits and vegetables, as well as increasing access to high-quality support services.

A cold-storage facility will assist farmers in Balochistan to extend the shelf life and marketability of their goods, resulting in greater lucrative revenue and reduction in financial losses during market price swings. Through this initiative, farmers’ revenues will be increased by improving links between horticulture producers in Balochistan and marketplaces around the country.

The project, which is being carried out in Balochistan and the recently united districts of Khyber Pakhtunkhwa (KP), aims to increase the completeness of prospective horticulture value chains in the target areas and markets. The Agriculture Secretary stated that cold storage facilities are critical for reducing post-harvest losses. However, this is only one component that must be linked into a cold chain network from the moment of harvest to the point of purchase by the end customer.

The Importance of Adopting Climate-Smart Agriculture

The Urgent Need for Climate-Smart Agriculture

Dr. Adnan Arshad, one of the top 130 worldwide climatologists, recently attended the International Conference on “Zero Greenhouse Emission in High Productive Agriculture” in Denmark and gave a short speech, highlighting the importance of climate-smart agriculture. His insights shed light on the critical role that agriculture plays in both contributing to and mitigating the effects of climate change in Pakistan.

The Importance of Climate-Smart Agriculture

Dr. Arshad emphasized that to minimize agricultural emissions, Pakistan’s farmers must be better informed about climate-smart methods. He noted that Pakistan’s existing production expertise and technology contribute significantly to anthropogenic global warming and the reduction of agricultural emissions. Methane and nitrous oxide, in particular, might play an important role in climate change mitigation, with new and better technology and collaborative processes.

Greenhouse Gas Emissions from Agriculture

He claims that Greenhouse Gas Emissions from agriculture are primarily caused by cattle, manure, soils, land usage, and the use of fossil fuels. These emissions are a significant concern as they contribute to the impact of climate change on agriculture. Dr. Arshad predicted that unless new production techniques and technology are developed, agriculture would be the sector with the highest greenhouse gas emissions within a few years.

The Need for Capacity Building

Dr. Arshad stressed the need for building the capacity of end-users, mostly small farmers, particularly women and youth, to be better aware of how innovative technology and agricultural system management may reduce emissions at the farm and landscape scales. He highlighted the importance of climate resilience in agriculture and the need for farmers to adapt to changing climate conditions.

The Impact of Climate Change on Agriculture

The impact of climate change on agriculture is profound and multifaceted. Climate change affects agriculture through changes in temperature, precipitation, and extreme weather events, all of which can reduce agricultural productivity. In Pakistan, the effects of climate change on food production are evident in the form of reduced crop yields, loss of biodiversity, and increased pest and disease incidence.

Climate Change and Food Supply

Climate change and food supply are intrinsically linked. As agriculture is the primary source of food, any disruption in agricultural productivity due to climate change can have severe consequences for food security. The UN Sustainable Development Goals (SDGs) recognize the importance of sustainable agriculture and aim to address the challenges posed by climate change.

The Role of Climate-Smart Agriculture

Smart climate agriculture involves the adoption of practices and technologies that can help farmers adapt to climate change while also reducing their environmental footprint. This includes the use of drought-resistant crops, precision farming techniques, and sustainable land management practices. By embracing climate-smart agriculture, farmers can enhance their resilience to climate change and contribute to the mitigation of its effects.

The Current Situation in Pakistan

The effects of climate change in Pakistan are visible in the form of increased frequency and intensity of heatwaves, droughts, and floods. These events have a direct impact on agriculture, leading to significant losses in crop production and livestock. The climate change affecting agriculture sector is a pressing issue that requires immediate attention and action.

The Way Forward

Dr. Arshad’s speech serves as a reminder of the importance of adopting climate-smart agriculture and a warning of the impending dangers of unsustainable agriculture. Climate change and agricultural productivity are closely linked, and it is essential for policymakers, researchers, and farmers to work together to develop and implement sustainable agricultural practices.

Conclusion

The effects of climate change on food production are a global concern, and Pakistan is no exception. The climate change affecting food security is a complex issue that requires a multifaceted approach. By investing in climate-smart agriculture and promoting sustainable agricultural practices, Pakistan can enhance its resilience to climate change and ensure the sustainability of its food supply. The climate change in agriculture sector is a critical area that needs immediate attention, and it is through collective efforts that we can address the challenges posed by climate change.

FAQs

Curious about Climate-Smart Agriculture? Here, we address some of the most common questions to help you understand its importance and implementation.

Why is climate-smart agriculture important in Pakistan?

Climate-smart agriculture is important in Pakistan because it helps minimize agricultural emissions, reduces the sector’s contribution to global warming, and enhances the resilience of agricultural systems to climate change.

What are the benefits of climate-smart agriculture in Pakistan?

The benefits of climate-smart agriculture in Pakistan include reduced greenhouse gas emissions, improved water and land use efficiency, enhanced resilience to climate variability and extremes, and increased agricultural productivity.

What is the overview of CSA?

Climate-smart agriculture (CSA) involves the adoption of practices and technologies that aim to improve agricultural productivity and sustainability while reducing the sector’s environmental footprint.

How does climate change affect agriculture in Pakistan?

Climate change affects agriculture in Pakistan through increased frequency and intensity of heatwaves, droughts, and floods. These events lead to significant losses in crop production and livestock, reduce agricultural productivity, and impact food security.

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Concave AGRI signs MoU with Bank Al-Falah

May 23, 2023

Bank Alfalah, a leading commercial Bank of Pakistan is committed to providing innovative banking solutions, and Concave AGRI, a company that aims to empower farmers and enhance agricultural productivity through innovative and environmentally friendly solutions, have joined forces through a Memorandum of Understanding (MoU) to drive agricultural development, foster financial inclusion, and empower farmers with enhanced access to credit and banking services.

Through this collaboration, Bank Alfalah and Concave AGRI will work together to raise awareness about the benefits of high-quality agricultural inputs, such as seeds, fertilizers, and pesticides. By educating farmers, the partnership aims to improve crop yields and promote sustainable farming practices. Additionally, the two organizations will emphasize the adoption of cutting-edge technologies that enhance climate resilience in agriculture, enabling farmers to mitigate the impact of climate change on their crops.

One of the key objectives of this partnership is to empower farmers with knowledge and skills to access credit and utilize banking channels effectively.

The collaboration will also offer credit monitoring services and valuable business insights, bridging the gap between farmers and banking channels.

Bank Alfalah and Concave AGRI are confident that this partnership will transform the agricultural sector in Pakistan and improve the lives of farmers. Mr. Raza Ul Aleem, Head SME & Agri along with Mr. Muhammad Yahya Hameed Wahla, Head Agri represented Bank Alfalah for signing off the MoU. 

President of Concave AGRI, Muhammad Ali Iqbal had the following remarks to applaud this initiative; “This partnership marks a significant milestone in advancing agricultural development and financial inclusion. It reinforces our commitment to empowering farmers with access to high-quality agricultural inputs and climate-resilient technologies. By joining forces with Bank Al-Falah, we are confident that we will create a transformative impact, enhancing the lives of farmers and fostering sustainable agricultural practices.”

Concave AGRI joins Think Tank for Water Conservation initiative, pioneering sustainable agricultural practices

May 23, 2023

Concave AGRI, Pakistan’s one-stop agricultural hub, is proud to announce its participation in the newly constituted Think Tank for water conservation. The announcement comes after active participation in a stakeholders’ meeting held at the Pakistan Council of Research in Water Resources (PCRWR), where comprehensive discussions on Irrigation Advisory Services took place.

The esteemed Think Tank comprises key stakeholders, including Provincial Agriculture Ministries, PCRWR, FAO-UN, FFC, and the Pakistan Meteorological Department. Together, we are dedicated to fostering sustainable agricultural practices and empowering farmers nationwide. By leveraging our collective expertise and resources, we aim to safeguard water resources, mitigate losses, and address hydrological uncertainties for the betterment of the agricultural sector.

We are optimistic to leverage our expertise in utilizing regional and global weather data and advanced data technology for improved irrigation practices. With access to accurate and timely weather information, farmers can make informed decisions regarding irrigation schedules, resulting in optimized water usage and increased crop yields. By leveraging data-driven insights, we can mitigate the impact of hydrological uncertainties, reduce water wastage, and enhance overall water management practices.

Concave AGRI remains committed to playing a pivotal role in supporting sustainable agriculture in Pakistan. Our mission is to empower farmers by providing them with innovative tools, cutting-edge technology, and expert guidance. We firmly believe that by working together with the Think Tank and other stakeholders, we can drive positive change, promote water conservation, and cultivate a prosperous agricultural landscape for future generations.