Ongoing

Sr.No.

Name of Scheme

Cost
(Millions)

Allocation (Millions)

Overall Targets

• To provide timely and adequate credit support to small farmers to ensure that they can meet their agricultural requirements without facing financial difficulties.
• To offer flexible and affordable credit to small and marginal farmers, who have limited access to credit from commercial banking sector.
• To increase agricultural productivity and income of farmers to improve their standard of livings.
• To promote financial inclusion and access to credit for farmers, especially in rural areas.
• To support rural development and the overall growth of the agriculture sector in Punjab

• Promote solar irrigation for agricultural resilience and adaptation to climate change
• Reduce operational cost of irrigation through conversion of diesel/ electric tubewells on solar systems
• Enhance agricultural productivity through reduction in irrigation input cost
• Assess effects of solar on groundwater pumpage vis-à-vis diesel & electricity to determine optimal configuration in terms of efficiency, economic viability and sustainability
• Evaluate impact of green energy on environment

• Engagement of Fresh Internees to prepare experienced field force to fulfill the future needs of the Agriculture Sector
• Provide continuous professional development opportunities to bridge the gap between theoretical knowledge and practical skills.
• Improve service delivery to farmers for their capacity building and increasing income with access to evidence and diagnostic based extension service

• Evaluate Current Market Landscape and Demand for Agricultural Mechanization in the Punjab
• Identify Existing Barriers and Gaps in Indigenous Manufacturing
• Analyze Financial and Economic Viability of Indigenous Production
• Assess Technological Requirements and Infrastructure for Promotion of E-Mechanization
• Determine the Impact of E-Mechanization on Agricultural Productivity and Food Security.
• Identify Potential Private Sector and Public-Private Partnership Opportunities
• Analyze the Policy and Regulatory Environment for Promoting Indigenous Manufacturing
• Explore Market Expansion and Export Potential for Locally Manufactured Machinery
• Develop a Roadmap for Sustainable Implementation and Scaling

• Provision of quality agricultural inputs at one place at notified rates.
• To ensure easy access to the quality inputs & services.
• To establish technology transfer, demonstration center and agriculture knowledge hub.
• To improve economic development of rural communities by increasing their agricultural productivity.
• Transformation of traditional input markets into modern ones

• Distribute multi purpose advanced machinery on cost sharing basis for diverse agricultural needs
• Reduce the drudgery of farming operations
• Introduce and integrate smart farming technologies with mechanization to enhance the efficiency of resource use and farm productivity
• Improve agricultural sustainability and climate resilience
• Create employment opportunities through machinery-based services
• Create awareness and build capacity for mechanized farming practices
• Design and development of agricultural implements using advance software and manufacturing techniques

• Improve tractors to farm land ratio leading to improved access of farming community to adequate horse power.
• Narrow down gap of recommended and available machine horsepower per acre for efficient management of farms for precise work, save time & effort and cost efficiency.
• Productivity Enhancement, Intensification and Farm Mechanization through the use of tractors.

• Enhance water conveyance efficiency - water saving
• Improve water equity between head and tail-end farmers
• Develop capacity of the private sector for on-farm irrigation service delivery

• Improve tractors to farm land ratio leading to improved access of farming community to adequate horse power.
• Narrow down gap of recommended and available machine horsepower per acre for efficient management of farms for precise work, save time & effort and cost efficiency.
• Productivity Enhancement, Intensification and Farm Mechanization through the use of tractors.

• Support Commercial Agriculture Farm Mechanization Service
• Boost Hi- tech Mechanization Adoption rates
• Enhance crop yields and reduce harvest losses
• Reduce Dependency on Manual Labour

• To bring uncultivated area under irrigated agriculture through water resources development and promotion of high value crops using efficient irrigation systems in Pothohar

Sr.No.

Name of Scheme

Cost
(Millions)

Allocation (Millions)

Overall Targets

• Acquisition, maintenance, and characterization of germplasm for genetic purity – a base for genotyping.
• Genome sequencing of indigenous germplasm to explore genomic information.
• Upgrading and accelerating conventional breeding through integration of genomics.
• Capacity building of Human Resources in new Genome/Genetic Techniques.

• To provide better and conducive environment to the enrolled students through the proposed facilities.
• To produce a trained and skilled workforce having a focus on innovation, value addition and entrepreneurship, capable of employing knowledge inputs for the rapid and sustainable agriculture development in Pakistan.  
• Imparting high quality agricultural and science education to students in identified disciplines at a standard identical to accredited international standards, thus catering for development and research needs of agriculture in Pakistan in future.
• To have the latest developments in agricultural curriculum, teaching methodology as well as promoting effective R & D activities in agriculture sector in line with advances in international as well as sister institutions

• Varietal development through selection/ introduction/ hybridization
• Development of novel techniques for quality production and value addition of date palm
• Provision of certified plants to orchardists
• Technology transfer to the farmers
• Papaya Component:
• Varietal development through hybridization/ introduction
• Provision of disease free papaya nursery plants to the farmers
• Standardization of production technology aspects
• Dissemination of developed production technology to the growers
• Plant Virology Section, PPRI Faisalabad:
• To measure the incidence of papaya leaf curl virus in the papaya nurseries and orchards from different districts of Punjab province for its management.
• To develop strategies for the appropriate management of papaya leaf curl virus.
• Capacity building of papaya farmers

• Combating the citrus decline and increasing productivity of citrus orchards using advanced management practices to improve yield and quality.
• Advancements in disease diagnosis by establishing a molecular diagnostic lab for estimating the root causes of citrus decline and development of IPM strategies to address the crop challenges.
• Developing the Pakistan’s first container-grown nursery system to produce high-quality, disease-free plants, ultimately reducing fruit-bearing time.
• Developing the technical collaborations and capacity building programs for citrus stakeholders to adopt innovative practices and technologies.

• Early generation seeds (Basic Seeds) are the basic and obligatory requirement for multiplication/production of  certified seeds under Seed Act, 1976 & Seed Amendment Bill, 2015.
• To maintain genetic purity of different crops varieties (Reducing the concept of certified to certified seed production). Guaranteeing farmers access to quality seed can only be achieved if a viable seed supply system is there for the cultivators.
• Production of Basic seeds of targeted crops (Wheat, Cotton, Rice, Maize (Synthetic), Pulses & Oil Seeds) and its dissemination to seed companies and PSC registered growers for production of high quality certified seeds.
• Provision of basic seeds to seed producer entities and PSC Registered growers for multiplication/production of quality certified seeds.
• Collaboration among various stake holders such as R&D institutes, Private Sector Seed Companies/seed producer entities, Growing community will benefit mutually in shape of pure, quality seed production and distribution to the farming community ultimately minimizing yield gaps as per review of literature and progressive growers vs common farmers average yield data some 15-20 % higher yield can be achieved with certified tagged seeds.
• Awareness among farmers community regarding use of pure, labelled certified seeds through contemporary marketing communication strategy also a component of PC-1. This will enhance Annual Seed Replacement Rate (SRR) from present 20% SRR to 40% SRR in the coming years.
• To Rehabilitate and upgradation / automation of operations of Seed Processing Plants which were installed in eighties (40 years ago) with new technology and machineries are to be required for the purpose of achieving the following goals.
• Improve quality and bring consistency in final product (seeds)
• Get better efficiency and reduction in production losses
• Reduce electrical load and minimize production cost
• Provide better seed to farmers at economical rates.
•  The Concept of future enhancement is to gain self-sufficiency in certified seed  production of major crops.

• To provide timely and adequate credit support to small farmers to ensure that they can meet their agricultural requirements without facing financial difficulties.
• To offer flexible and affordable credit to small and marginal farmers, who have limited access to credit from commercial banking sector.
• To increase agricultural productivity and income of farmers to improve their standard of livings.
• To promote financial inclusion and access to credit for farmers, especially in rural areas.
• To support rural development and the overall growth of the agriculture sector in Punjab

• Promote solar irrigation for agricultural resilience and adaptation to climate change
• Reduce operational cost of irrigation through conversion of diesel/ electric tubewells on solar systems
• Enhance agricultural productivity through reduction in irrigation input cost
• Assess effects of solar on groundwater pumpage vis-à-vis diesel & electricity to determine optimal configuration in terms of efficiency, economic viability and sustainability
• Evaluate impact of green energy on environment

• Engagement of Fresh Internees to prepare experienced field force to fulfill the future needs of the Agriculture Sector
• Provide continuous professional development opportunities to bridge the gap between theoretical knowledge and practical skills.
• Improve service delivery to farmers for their capacity building and increasing income with access to evidence and diagnostic based extension service

• Increase Domestic Production
• Enhance Export Potential
• Strengthen Value Chains
• Facilitate Access to Inputs and Resources
• Promote Sustainable Farming Practices

• Evaluate Current Market Landscape and Demand for Agricultural Mechanization in the Punjab
• Identify Existing Barriers and Gaps in Indigenous Manufacturing
• Analyze Financial and Economic Viability of Indigenous Production
• Assess Technological Requirements and Infrastructure for Promotion of E-Mechanization
• Determine the Impact of E-Mechanization on Agricultural Productivity and Food Security.
• Identify Potential Private Sector and Public-Private Partnership Opportunities
• Analyze the Policy and Regulatory Environment for Promoting Indigenous Manufacturing
• Explore Market Expansion and Export Potential for Locally Manufactured Machinery
• Develop a Roadmap for Sustainable Implementation and Scaling

• Provision of quality agricultural inputs at one place at notified rates.
• To ensure easy access to the quality inputs & services.
• To establish technology transfer, demonstration center and agriculture knowledge hub.
• To improve economic development of rural communities by increasing their agricultural productivity.
• Transformation of traditional input markets into modern ones

• Capacity building of farmers, agricultural field staff, extension agents and pesticide dealers to manage pesticide residues for attaining food security and safety in a holistic manner.
• Awareness campaigns regarding safe use of pesticides for the production of pesticide residue free vegetables and rice to increase farmer income through sustainable crop productivity and by the production of high value safe food.
• Promotion of low risk pesticides/bio-pesticides to minimize pesticide residues for market driven & sustainable sector.
• Establishment of IPM Demonstrational Farms for on spot training and technology transfer for emphasis on IPM technologies to bring quality concept in crop Productivity
• Comparative analysis of pesticide residues under conventional and IPM approach in order to develop a recommendation for production of safe food.

• Identification and classification of soil series best suited for citrus growth and unfit for citrus growth.
• GIS mapping of agriculture soil series best suited and unfit for citrus orchards in district Sargodha in Punjab.
• Infrastructure improvement of Soil Survey of Punjab Building
• To meet food security and increase in foreign exchange.
• To provide base for the research organizations. 

• Lining/ construction of 12.12 km length of watercourse and water control structures at Smart Agri Farm, Kundai, Cholistan.

• Develop on-farm irrigation conveyance network in canal and non-canal command areas for improving water conveyance efficiency
• Support on-farm climate resilient agriculture through promotion of reformatory crop production, renewable energy, and on farm water management technologies
• Promote agriculture value chain and crop diversification through promotion of high value crops for enhancing farmers’ profitability
• Strengthen private sector service delivery capacity and sustainability for supporting climate resilient irrigated agriculture
• Build capacity of stakeholders for adopting climate smart and high value agriculture practices for farm profitability
• Generate on-farm green jobs for rural communities to improve their livelihoods and alleviate poverty

• Strengthen institutional and regulatory systems of agriculture and irrigation for climate-responsive planning and development
• Increase generation of climate information and its effective use in quick response to climate disasters and decision making
• Enhance adaptive capacity of the farming community through reduced exposure to on-farm climate threats
• Create awareness of climate change threats and risk reduction amongst stakeholders and develop their capacity in these aspects 

• Establish a bio lab for the mass rearing of Trichogramma and Chrysoperla carnea.
• Provide a consistent and high-quality supply of biocontrol agents for pest management in Potohar region.
• Promote eco-friendly pest management practices among farmers and agricultural stakeholders.
• Collaboration with an organization/CABI Pakistan for capacity development in biological pest control.

• Ensure Structural Integrity & Safety – Strengthen and refurbish the existing building to meet modern safety standards, enhancing durability and resilience against environmental factors.
• Enhance Workplace Functionality & Efficiency – Redesign interior spaces, including offices, meeting halls, and public interaction areas, to create a modern, ergonomic, and productive work environment.
• Promote Sustainability & Energy Efficiency – Integrate green building practices, including rainwater harvesting and solar energy solutions, to reduce environmental impact and operational costs.
• Improve Aesthetic Appeal & Accessibility – Upgrade landscaping, entrance areas, and parking facilities to create a welcoming and professional environment for employees and visitors.
• Strengthen Security & Safety Measures – Enhance surveillance, fire safety systems, and access control to ensure a secure and risk-free workplace.

• Enhancing Extension Services for uplifting of crop productivity
• Capacity development of Agriculture Extension workers through modern ICT tools
• Uplifting of infrastructure and buildings  for effective and better Extension Service for farming community
• Integration of latest production technology for capacity development of Agriculture Extension staff
• Integrate modern and latest ICT based Agriculture technology to field staff
• To train extension workers, equipping them with better tools and techniques to assist farmers effectively and increase productivity.

• This project aims to increase area and quality production of cotton in Bahawalpur division by on boarding all the stakeholders.
• Increase in area upto 2.0 million acres and per acre yield upto to 22 mds/acre in Bahawalpur Division with special focus on Cholistan area

• Empower farmers with timely, research-based information disseminated through social and electronic media to boost productivity and sustainability.
• Promote modern, climate-smart agriculture via digital outreach, partnerships, and content on efficient practices and resilient farming.
• Develop and manage a centralized digital system for real-time advisories, expert content, and farmer-friendly updates across web, mobile, and media platforms.
• Measure and refine impact through analytics of social media to enhance engagement, behavioral change, and effectiveness of media communication.

• Distribute multi purpose advanced machinery on cost sharing basis for diverse agricultural needs
• Reduce the drudgery of farming operations
• Introduce and integrate smart farming technologies with mechanization to enhance the efficiency of resource use and farm productivity
• Improve agricultural sustainability and climate resilience
• Create employment opportunities through machinery-based services
• Create awareness and build capacity for mechanized farming practices
• Design and development of agricultural implements using advance software and manufacturing techniques

• Prevent crop residue burning and its associated SMOG through mechanized management of crop residue.
• Enable timely wheat sowing through mechanized solutions.
• Promote soil health and sustainable agricultural practices by incorporating the crop residue into the soil.

• Revamping AARI to modernize agricultural research by integrating advanced technologies such as genomics, speed breeding, plant physiology, IoT, AI, and drones to develop climate-smart crop varieties and innovative agricultural solutions.
• Enhancing agricultural productivity and resilience through cutting-edge research and technology-driven breeding approaches to improve crop yield, stress tolerance, and resource efficiency.
• Establishing a Plant Genome Lab and Speed Breeding Facility to accelerate the breeding cycle and enable precise genetic improvements for high-yielding, disease-resistant, and climate-resilient crops.
• Adopting AI, IoT, and drone-based precision agriculture for real-time data collection and analysis, leading to better decision-making, optimized resource use, and improved farm productivity.
• Strengthening germplasm conservation and seed physiology research to ensure long-term preservation of genetic diversity, enhance seed quality, and develop improved storage solutions for better seed viability.
• Building research capacity, fostering international collaboration, and promoting sustainable infrastructure through solar-powered facilities and enhanced mobility to support efficient field research and innovation.

• Strengthening of Floriculture Training and Research in Punjab.
• Introduction of Hi-tech (protected) production technology
• Increase in area under floriculture
• Capacity Building of farming community in the field of floriculture
• Promotion of value addition in floriculture

• To enhance soil fertility management practices in Punjab through mobile soil testing services, thereby improving agricultural productivity and sustainability.
• To establish a mobile laboratory that can reach remote and underserved locations for quick soil & water assessments.
• To improve farmers' awareness and understanding of soil health and fertility management.
• To increase soil productivity and crop yields in the Punjab for sustainable agricultural practices by providing timely recommendations based on soil test results.

• To enhance high value Datepalm cultivation through production of true to type asexually propagated nursery plants for the farmers.

• Development of a state-of-the-art infrastructure for advanced mango nurseries and the conservation of imported mango germplasm
• Development and commercialization of soil-less mango nursery technologies to improve seedling health, survival rates and facilitate its export
• Introduce new high-yielding and climate-resilient mango varieties having extending shelf life
• Reduction in mango post-harvest losses through advanced orchard management practices and value addition
• Increase mango exports by ensuring compliance with international quality and phytosanitary standards.
• Establishment of demonstration farms for hands-on training and dissemination of innovative production technologies
• Training of mango growers, nurserymen, processors and exporters on best practices in orchard management, post-harvest handling, and disease control& value addition

• Enhance water availability in rainfed and water-scarce areas by constructing mini dams, storage ponds, and dug wells for irrigation and livelihood support.
• Promote sustainable water management through community participation, groundwater recharge, and efficient utilization of harvested water.
• Improve agricultural productivity and climate resilience by ensuring reliable water supply and reducing vulnerability to drought and erratic rainfall.

• Improve tractors to farm land ratio leading to improved access of farming community to adequate horse power.
• Narrow down gap of recommended and available machine horsepower per acre for efficient management of farms for precise work, save time & effort and cost efficiency.
• Productivity Enhancement, Intensification and Farm Mechanization through the use of tractors.

• Enhance water conveyance efficiency - water saving
• Improve water equity between head and tail-end farmers
• Develop capacity of the private sector for on-farm irrigation service delivery

• Improve tractors to farm land ratio leading to improved access of farming community to adequate horse power.
• Narrow down gap of recommended and available machine horsepower per acre for efficient management of farms for precise work, save time & effort and cost efficiency.
• Productivity Enhancement, Intensification and Farm Mechanization through the use of tractors.

• Support Commercial Agriculture Farm Mechanization Service
• Boost Hi- tech Mechanization Adoption rates
• Enhance crop yields and reduce harvest losses
• Reduce Dependency on Manual Labour

• To bring uncultivated area under irrigated agriculture through water resources development and promotion of high value crops using efficient irrigation systems in Pothohar

• The Primary Goals & Objectives are:
• Ground Survey Enhancement from District Level to Tehsil Level
• Satellite Remote Sensing for Crop Estimates & forecasting
• Carbon and GHG Emission Calculation for Tier-I
• Early Warning System for Crop Yields
• Technology Integration

• Mitigate financial risks faced by farmers due to crop losses caused by natural calamities, pests, and climate-induced events.
• Promote resilience in the agriculture sector by providing a safety net that enables farmers to recover and reinvest in cultivation after crop failure.
• Encourage adoption of crop insurance among small and medium farmers by reducing the financial burden through government-subsidized premiums.

• Enhance agricultural productivity by reducing crop losses due to pests and diseases.
• Promote sustainable agricultural practices through improved pest management.
• Ensure food safety by reducing pesticide residues in crops.
• Digitize pesticide anti-adulteration activities for better regulation and monitoring.

Sr.No.

Name of Scheme

Cost
(Millions)

Allocation (Millions)

Overall Targets

• Acquisition, maintenance, and characterization of germplasm for genetic purity – a base for genotyping.
• Genome sequencing of indigenous germplasm to explore genomic information.
• Upgrading and accelerating conventional breeding through integration of genomics.
• Capacity building of Human Resources in new Genome/Genetic Techniques.

• To provide better and conducive environment to the enrolled students through the proposed facilities.
• To produce a trained and skilled workforce having a focus on innovation, value addition and entrepreneurship, capable of employing knowledge inputs for the rapid and sustainable agriculture development in Pakistan.  
• Imparting high quality agricultural and science education to students in identified disciplines at a standard identical to accredited international standards, thus catering for development and research needs of agriculture in Pakistan in future.
• To have the latest developments in agricultural curriculum, teaching methodology as well as promoting effective R & D activities in agriculture sector in line with advances in international as well as sister institutions

• Varietal development through selection/ introduction/ hybridization
• Development of novel techniques for quality production and value addition of date palm
• Provision of certified plants to orchardists
• Technology transfer to the farmers
• Papaya Component:
• Varietal development through hybridization/ introduction
• Provision of disease free papaya nursery plants to the farmers
• Standardization of production technology aspects
• Dissemination of developed production technology to the growers
• Plant Virology Section, PPRI Faisalabad:
• To measure the incidence of papaya leaf curl virus in the papaya nurseries and orchards from different districts of Punjab province for its management.
• To develop strategies for the appropriate management of papaya leaf curl virus.
• Capacity building of papaya farmers

• Combating the citrus decline and increasing productivity of citrus orchards using advanced management practices to improve yield and quality.
• Advancements in disease diagnosis by establishing a molecular diagnostic lab for estimating the root causes of citrus decline and development of IPM strategies to address the crop challenges.
• Developing the Pakistan’s first container-grown nursery system to produce high-quality, disease-free plants, ultimately reducing fruit-bearing time.
• Developing the technical collaborations and capacity building programs for citrus stakeholders to adopt innovative practices and technologies.

• Early generation seeds (Basic Seeds) are the basic and obligatory requirement for multiplication/production of  certified seeds under Seed Act, 1976 & Seed Amendment Bill, 2015.
• To maintain genetic purity of different crops varieties (Reducing the concept of certified to certified seed production). Guaranteeing farmers access to quality seed can only be achieved if a viable seed supply system is there for the cultivators.
• Production of Basic seeds of targeted crops (Wheat, Cotton, Rice, Maize (Synthetic), Pulses & Oil Seeds) and its dissemination to seed companies and PSC registered growers for production of high quality certified seeds.
• Provision of basic seeds to seed producer entities and PSC Registered growers for multiplication/production of quality certified seeds.
• Collaboration among various stake holders such as R&D institutes, Private Sector Seed Companies/seed producer entities, Growing community will benefit mutually in shape of pure, quality seed production and distribution to the farming community ultimately minimizing yield gaps as per review of literature and progressive growers vs common farmers average yield data some 15-20 % higher yield can be achieved with certified tagged seeds.
• Awareness among farmers community regarding use of pure, labelled certified seeds through contemporary marketing communication strategy also a component of PC-1. This will enhance Annual Seed Replacement Rate (SRR) from present 20% SRR to 40% SRR in the coming years.
• To Rehabilitate and upgradation / automation of operations of Seed Processing Plants which were installed in eighties (40 years ago) with new technology and machineries are to be required for the purpose of achieving the following goals.
• Improve quality and bring consistency in final product (seeds)
• Get better efficiency and reduction in production losses
• Reduce electrical load and minimize production cost
• Provide better seed to farmers at economical rates.
•  The Concept of future enhancement is to gain self-sufficiency in certified seed  production of major crops.

• To provide timely and adequate credit support to small farmers to ensure that they can meet their agricultural requirements without facing financial difficulties.
• To offer flexible and affordable credit to small and marginal farmers, who have limited access to credit from commercial banking sector.
• To increase agricultural productivity and income of farmers to improve their standard of livings.
• To promote financial inclusion and access to credit for farmers, especially in rural areas.
• To support rural development and the overall growth of the agriculture sector in Punjab

• Promote solar irrigation for agricultural resilience and adaptation to climate change
• Reduce operational cost of irrigation through conversion of diesel/ electric tubewells on solar systems
• Enhance agricultural productivity through reduction in irrigation input cost
• Assess effects of solar on groundwater pumpage vis-à-vis diesel & electricity to determine optimal configuration in terms of efficiency, economic viability and sustainability
• Evaluate impact of green energy on environment

• Engagement of Fresh Internees to prepare experienced field force to fulfill the future needs of the Agriculture Sector
• Provide continuous professional development opportunities to bridge the gap between theoretical knowledge and practical skills.
• Improve service delivery to farmers for their capacity building and increasing income with access to evidence and diagnostic based extension service

• Increase Domestic Production
• Enhance Export Potential
• Strengthen Value Chains
• Facilitate Access to Inputs and Resources
• Promote Sustainable Farming Practices

• Evaluate Current Market Landscape and Demand for Agricultural Mechanization in the Punjab
• Identify Existing Barriers and Gaps in Indigenous Manufacturing
• Analyze Financial and Economic Viability of Indigenous Production
• Assess Technological Requirements and Infrastructure for Promotion of E-Mechanization
• Determine the Impact of E-Mechanization on Agricultural Productivity and Food Security.
• Identify Potential Private Sector and Public-Private Partnership Opportunities
• Analyze the Policy and Regulatory Environment for Promoting Indigenous Manufacturing
• Explore Market Expansion and Export Potential for Locally Manufactured Machinery
• Develop a Roadmap for Sustainable Implementation and Scaling

• Provision of quality agricultural inputs at one place at notified rates.
• To ensure easy access to the quality inputs & services.
• To establish technology transfer, demonstration center and agriculture knowledge hub.
• To improve economic development of rural communities by increasing their agricultural productivity.
• Transformation of traditional input markets into modern ones

• Capacity building of farmers, agricultural field staff, extension agents and pesticide dealers to manage pesticide residues for attaining food security and safety in a holistic manner.
• Awareness campaigns regarding safe use of pesticides for the production of pesticide residue free vegetables and rice to increase farmer income through sustainable crop productivity and by the production of high value safe food.
• Promotion of low risk pesticides/bio-pesticides to minimize pesticide residues for market driven & sustainable sector.
• Establishment of IPM Demonstrational Farms for on spot training and technology transfer for emphasis on IPM technologies to bring quality concept in crop Productivity
• Comparative analysis of pesticide residues under conventional and IPM approach in order to develop a recommendation for production of safe food.

• Identification and classification of soil series best suited for citrus growth and unfit for citrus growth.
• GIS mapping of agriculture soil series best suited and unfit for citrus orchards in district Sargodha in Punjab.
• Infrastructure improvement of Soil Survey of Punjab Building
• To meet food security and increase in foreign exchange.
• To provide base for the research organizations. 

• Lining/ construction of 12.12 km length of watercourse and water control structures at Smart Agri Farm, Kundai, Cholistan.

• Develop on-farm irrigation conveyance network in canal and non-canal command areas for improving water conveyance efficiency
• Support on-farm climate resilient agriculture through promotion of reformatory crop production, renewable energy, and on farm water management technologies
• Promote agriculture value chain and crop diversification through promotion of high value crops for enhancing farmers’ profitability
• Strengthen private sector service delivery capacity and sustainability for supporting climate resilient irrigated agriculture
• Build capacity of stakeholders for adopting climate smart and high value agriculture practices for farm profitability
• Generate on-farm green jobs for rural communities to improve their livelihoods and alleviate poverty

• Strengthen institutional and regulatory systems of agriculture and irrigation for climate-responsive planning and development
• Increase generation of climate information and its effective use in quick response to climate disasters and decision making
• Enhance adaptive capacity of the farming community through reduced exposure to on-farm climate threats
• Create awareness of climate change threats and risk reduction amongst stakeholders and develop their capacity in these aspects 

• Establish a bio lab for the mass rearing of Trichogramma and Chrysoperla carnea.
• Provide a consistent and high-quality supply of biocontrol agents for pest management in Potohar region.
• Promote eco-friendly pest management practices among farmers and agricultural stakeholders.
• Collaboration with an organization/CABI Pakistan for capacity development in biological pest control.

• Ensure Structural Integrity & Safety – Strengthen and refurbish the existing building to meet modern safety standards, enhancing durability and resilience against environmental factors.
• Enhance Workplace Functionality & Efficiency – Redesign interior spaces, including offices, meeting halls, and public interaction areas, to create a modern, ergonomic, and productive work environment.
• Promote Sustainability & Energy Efficiency – Integrate green building practices, including rainwater harvesting and solar energy solutions, to reduce environmental impact and operational costs.
• Improve Aesthetic Appeal & Accessibility – Upgrade landscaping, entrance areas, and parking facilities to create a welcoming and professional environment for employees and visitors.
• Strengthen Security & Safety Measures – Enhance surveillance, fire safety systems, and access control to ensure a secure and risk-free workplace.

• Enhancing Extension Services for uplifting of crop productivity
• Capacity development of Agriculture Extension workers through modern ICT tools
• Uplifting of infrastructure and buildings  for effective and better Extension Service for farming community
• Integration of latest production technology for capacity development of Agriculture Extension staff
• Integrate modern and latest ICT based Agriculture technology to field staff
• To train extension workers, equipping them with better tools and techniques to assist farmers effectively and increase productivity.

• This project aims to increase area and quality production of cotton in Bahawalpur division by on boarding all the stakeholders.
• Increase in area upto 2.0 million acres and per acre yield upto to 22 mds/acre in Bahawalpur Division with special focus on Cholistan area

• Empower farmers with timely, research-based information disseminated through social and electronic media to boost productivity and sustainability.
• Promote modern, climate-smart agriculture via digital outreach, partnerships, and content on efficient practices and resilient farming.
• Develop and manage a centralized digital system for real-time advisories, expert content, and farmer-friendly updates across web, mobile, and media platforms.
• Measure and refine impact through analytics of social media to enhance engagement, behavioral change, and effectiveness of media communication.

• Distribute multi purpose advanced machinery on cost sharing basis for diverse agricultural needs
• Reduce the drudgery of farming operations
• Introduce and integrate smart farming technologies with mechanization to enhance the efficiency of resource use and farm productivity
• Improve agricultural sustainability and climate resilience
• Create employment opportunities through machinery-based services
• Create awareness and build capacity for mechanized farming practices
• Design and development of agricultural implements using advance software and manufacturing techniques

• Prevent crop residue burning and its associated SMOG through mechanized management of crop residue.
• Enable timely wheat sowing through mechanized solutions.
• Promote soil health and sustainable agricultural practices by incorporating the crop residue into the soil.

• Revamping AARI to modernize agricultural research by integrating advanced technologies such as genomics, speed breeding, plant physiology, IoT, AI, and drones to develop climate-smart crop varieties and innovative agricultural solutions.
• Enhancing agricultural productivity and resilience through cutting-edge research and technology-driven breeding approaches to improve crop yield, stress tolerance, and resource efficiency.
• Establishing a Plant Genome Lab and Speed Breeding Facility to accelerate the breeding cycle and enable precise genetic improvements for high-yielding, disease-resistant, and climate-resilient crops.
• Adopting AI, IoT, and drone-based precision agriculture for real-time data collection and analysis, leading to better decision-making, optimized resource use, and improved farm productivity.
• Strengthening germplasm conservation and seed physiology research to ensure long-term preservation of genetic diversity, enhance seed quality, and develop improved storage solutions for better seed viability.
• Building research capacity, fostering international collaboration, and promoting sustainable infrastructure through solar-powered facilities and enhanced mobility to support efficient field research and innovation.

• Strengthening of Floriculture Training and Research in Punjab.
• Introduction of Hi-tech (protected) production technology
• Increase in area under floriculture
• Capacity Building of farming community in the field of floriculture
• Promotion of value addition in floriculture

• To enhance soil fertility management practices in Punjab through mobile soil testing services, thereby improving agricultural productivity and sustainability.
• To establish a mobile laboratory that can reach remote and underserved locations for quick soil & water assessments.
• To improve farmers' awareness and understanding of soil health and fertility management.
• To increase soil productivity and crop yields in the Punjab for sustainable agricultural practices by providing timely recommendations based on soil test results.

• To enhance high value Datepalm cultivation through production of true to type asexually propagated nursery plants for the farmers.

• Development of a state-of-the-art infrastructure for advanced mango nurseries and the conservation of imported mango germplasm
• Development and commercialization of soil-less mango nursery technologies to improve seedling health, survival rates and facilitate its export
• Introduce new high-yielding and climate-resilient mango varieties having extending shelf life
• Reduction in mango post-harvest losses through advanced orchard management practices and value addition
• Increase mango exports by ensuring compliance with international quality and phytosanitary standards.
• Establishment of demonstration farms for hands-on training and dissemination of innovative production technologies
• Training of mango growers, nurserymen, processors and exporters on best practices in orchard management, post-harvest handling, and disease control& value addition

• Enhance water availability in rainfed and water-scarce areas by constructing mini dams, storage ponds, and dug wells for irrigation and livelihood support.
• Promote sustainable water management through community participation, groundwater recharge, and efficient utilization of harvested water.
• Improve agricultural productivity and climate resilience by ensuring reliable water supply and reducing vulnerability to drought and erratic rainfall.

• Improve tractors to farm land ratio leading to improved access of farming community to adequate horse power.
• Narrow down gap of recommended and available machine horsepower per acre for efficient management of farms for precise work, save time & effort and cost efficiency.
• Productivity Enhancement, Intensification and Farm Mechanization through the use of tractors.

• Enhance water conveyance efficiency - water saving
• Improve water equity between head and tail-end farmers
• Develop capacity of the private sector for on-farm irrigation service delivery

• Improve tractors to farm land ratio leading to improved access of farming community to adequate horse power.
• Narrow down gap of recommended and available machine horsepower per acre for efficient management of farms for precise work, save time & effort and cost efficiency.
• Productivity Enhancement, Intensification and Farm Mechanization through the use of tractors.

• Support Commercial Agriculture Farm Mechanization Service
• Boost Hi- tech Mechanization Adoption rates
• Enhance crop yields and reduce harvest losses
• Reduce Dependency on Manual Labour

• To bring uncultivated area under irrigated agriculture through water resources development and promotion of high value crops using efficient irrigation systems in Pothohar

• The Primary Goals & Objectives are:
• Ground Survey Enhancement from District Level to Tehsil Level
• Satellite Remote Sensing for Crop Estimates & forecasting
• Carbon and GHG Emission Calculation for Tier-I
• Early Warning System for Crop Yields
• Technology Integration

• Mitigate financial risks faced by farmers due to crop losses caused by natural calamities, pests, and climate-induced events.
• Promote resilience in the agriculture sector by providing a safety net that enables farmers to recover and reinvest in cultivation after crop failure.
• Encourage adoption of crop insurance among small and medium farmers by reducing the financial burden through government-subsidized premiums.

• Enhance agricultural productivity by reducing crop losses due to pests and diseases.
• Promote sustainable agricultural practices through improved pest management.
• Ensure food safety by reducing pesticide residues in crops.
• Digitize pesticide anti-adulteration activities for better regulation and monitoring.