The document provides information about the Federal Seed Certification and Registration Department (FSC&RD) of Pakistan. It discusses the history, mandate, functions, organizational structure, seed laws and regulations, plant variety registration process, seed certification procedure, achievements over the last five years, seed companies and production, new seed legislation issues, and staffing details of the FSC&RD. The document contains information on various functions of the department to regulate and control seed quality in Pakistan.
SEED SYSTEM IN PAKISTAN (STANDARDS AND PROCEDURES) Anjum Ali Buttar
This document summarizes Pakistan's seed system and procedures. It provides a brief history of seed legislation in Pakistan since 1976. It describes the key institutions and their roles, including the Federal Seed Certification and Registration Department. It outlines the seed certification process, variety registration requirements, and crop variety release system. It also provides data on certified seed availability and production, and summaries of regulations regarding seed imports.
This presentation is about the Seed Industry of Pakistan and the role Federal Seed Certification and Registration Department (FSC&RD) is playing in regulating the seed sector, with special focus on Hazara Division & Khyber Pakhtunkhwa.
The document provides a historical overview and current status of Pakistan's seed industry. It discusses the roles of various public and private organizations in seed production, certification, and variety development. Some key points:
- Seed production was initially led by public sector organizations but private companies now play a major role.
- The Federal Seed Certification and Registration Department regulates seed quality and variety registration.
- Over 500 varieties of major crops like wheat, rice and cotton have been released and registered.
- Both national and multinational companies produce and market certified seeds of various crops alongside the public sector.
This document provides statistics about agriculture in Pakistan and the province of Punjab. It shows that Punjab produces 70% of Pakistan's national agricultural output and accounts for 50.9 million acres of Pakistan's total agricultural area of 196.7 million acres. It also provides data on seed companies operating in Punjab, including 635 private seed companies and 5 multi-national companies. Additionally, it lists the crop requirements, public sector supply, private sector supply, and imported supply for major crops in Punjab.
Maintenance breeding is the branch of plant breeding that deals with producing and maintaining breeder seed to preserve the genetic purity and identity of plant varieties. It involves continuously producing fresh breeder seed through methods like growing isolated plots and bulk selection to remove off-types. Proper handling and roguing of the breeder seed crop is crucial. The breeder seed is then used to produce foundation seed while maintaining a carry-over stock to safeguard against losses. Maintenance breeding helps purify varieties and parental lines, prevent genetic deterioration, support quality seed production, and prolong the life of varieties.
This document discusses the status and production of oilseed crops in Pakistan. It notes that while wheat, cotton, rice and maize are major established crops, there is less of an established cropping system for oilseeds. Oilseeds are an important commodity after cereals and sugar, providing energy and essential nutrients. There is a need to increase local oilseed production to meet domestic demand and reduce imports. Sunflower, rapeseed/mustard, and safflower are presented as crops that fit well into existing cropping systems. The document then provides details on the cultivation requirements and production technologies of various oilseed crops grown in Pakistan such as sunflower, canola, and groundnuts.
This document discusses various methods for assessing genetic purity in plants, including morphological, chemical, and electrophoresis-based methods. Morphological methods involve examining seed or plant traits under magnification or in a grow-out test. Chemical methods analyze seed components like secondary metabolites and proteins. Electrophoresis separates proteins or DNA based on size and charge, allowing comparison of banding patterns between varieties. Together, these methods allow testing seed samples against a pure reference to validate their genetic purity or identify off-types.
SEED SYSTEM IN PAKISTAN (STANDARDS AND PROCEDURES) Anjum Ali Buttar
This document summarizes Pakistan's seed system and procedures. It provides a brief history of seed legislation in Pakistan since 1976. It describes the key institutions and their roles, including the Federal Seed Certification and Registration Department. It outlines the seed certification process, variety registration requirements, and crop variety release system. It also provides data on certified seed availability and production, and summaries of regulations regarding seed imports.
This presentation is about the Seed Industry of Pakistan and the role Federal Seed Certification and Registration Department (FSC&RD) is playing in regulating the seed sector, with special focus on Hazara Division & Khyber Pakhtunkhwa.
The document provides a historical overview and current status of Pakistan's seed industry. It discusses the roles of various public and private organizations in seed production, certification, and variety development. Some key points:
- Seed production was initially led by public sector organizations but private companies now play a major role.
- The Federal Seed Certification and Registration Department regulates seed quality and variety registration.
- Over 500 varieties of major crops like wheat, rice and cotton have been released and registered.
- Both national and multinational companies produce and market certified seeds of various crops alongside the public sector.
This document provides statistics about agriculture in Pakistan and the province of Punjab. It shows that Punjab produces 70% of Pakistan's national agricultural output and accounts for 50.9 million acres of Pakistan's total agricultural area of 196.7 million acres. It also provides data on seed companies operating in Punjab, including 635 private seed companies and 5 multi-national companies. Additionally, it lists the crop requirements, public sector supply, private sector supply, and imported supply for major crops in Punjab.
Maintenance breeding is the branch of plant breeding that deals with producing and maintaining breeder seed to preserve the genetic purity and identity of plant varieties. It involves continuously producing fresh breeder seed through methods like growing isolated plots and bulk selection to remove off-types. Proper handling and roguing of the breeder seed crop is crucial. The breeder seed is then used to produce foundation seed while maintaining a carry-over stock to safeguard against losses. Maintenance breeding helps purify varieties and parental lines, prevent genetic deterioration, support quality seed production, and prolong the life of varieties.
This document discusses the status and production of oilseed crops in Pakistan. It notes that while wheat, cotton, rice and maize are major established crops, there is less of an established cropping system for oilseeds. Oilseeds are an important commodity after cereals and sugar, providing energy and essential nutrients. There is a need to increase local oilseed production to meet domestic demand and reduce imports. Sunflower, rapeseed/mustard, and safflower are presented as crops that fit well into existing cropping systems. The document then provides details on the cultivation requirements and production technologies of various oilseed crops grown in Pakistan such as sunflower, canola, and groundnuts.
This document discusses various methods for assessing genetic purity in plants, including morphological, chemical, and electrophoresis-based methods. Morphological methods involve examining seed or plant traits under magnification or in a grow-out test. Chemical methods analyze seed components like secondary metabolites and proteins. Electrophoresis separates proteins or DNA based on size and charge, allowing comparison of banding patterns between varieties. Together, these methods allow testing seed samples against a pure reference to validate their genetic purity or identify off-types.
This document provides information on the characteristics used to assess distinctiveness, uniformity, and stability (DUS) in pigeon pea varieties. It includes the scientific classification of pigeon pea, diagrams of floral parts and growth habit, and describes the DUS testing process. Testing involves growing new varieties alongside existing varieties over two seasons to observe morphological and physiological characteristics. A table lists the characteristics assessed, such as plant growth habit, stem color, pod color, seed color, and seed shape. Varieties are grouped based on characteristics like flowering time and pod waxiness to facilitate distinctiveness evaluation.
This document discusses hybrid seed production technology for okra. It begins with an introduction to okra including its classification, origin in India and Africa, and floral morphology. It then discusses temperature and climate needs, sowing times, soil requirements, and fertilizer and pest management practices for commercial okra production. The key aspects of hybrid seed production covered include the use of genetic male sterility, emasculation and pollination techniques, and field isolation distances. Harvest and post-harvest processing including threshing, seed yield standards and certification requirements are also summarized.
This document provides information about green gram seed production. It discusses the botanical description of green gram, including its roots, stems, flowers, leaves, fruits, and seeds. It also outlines green gram's climatic requirements, preferred soil type, land preparation, isolation requirements, application of manures and fertilizers, seed treatment, sowing methods, and more. The document is a report submitted to professors that evaluates field work activities for green gram seed production, including land preparation, fertilizer application, irrigation, weeding, and applications of amrutpani and panchagavya.
Presentation by Md Alam, Bangladesh on the SAARC Seed Bank at the at the CCAFS Workshop on Institutions and Policies to Scale out Climate Smart Agriculture held between 2-5 December 2013 in Colombo, Sri Lanka
This document provides information on sunflower cultivation in India. It discusses the composition of sunflower seeds and the main areas of cultivation across North, West, South, and Central zones of India. The focus is on the Kachchh district in Gujarat state, with planned acreage across several villages. A campaign is outlined to promote sunflower cultivation, including farmer meetings and demonstrations. Recommended varieties, growth cycle, agronomic practices, and pest and disease management are described. Harvesting methods and some additional facts regarding sunflower cultivation are also summarized.
1. The document discusses seed quality assurance and control, outlining key aspects of an effective quality assurance program such as establishing quality standards, cooperative efforts across departments, and a focus on meeting customer expectations of quality.
2. It provides details on the functions and activities of quality assurance, including quality testing, documentation, ensuring genetic quality, and use of data systems.
3. The document presents a sequential process for quality assurance from planting through conditioning, testing, and carryover storage to deliver high quality seed products.
The document discusses quality seed production techniques. It emphasizes that seed is the vital input for crop production and can contribute to 10-15% higher yields. Quality seed should have high genetic and physical purity, germinability, vigor and be free from pests and diseases. The document outlines differences between seed and grain, and factors to consider in seed production including agro-climatic conditions, isolation, seed treatment, nutrition, roguing, harvesting and post-harvest handling. It provides guidelines on seed production techniques for various crops like rice, maize, cotton, groundnut and sorghum.
Achievements on pulses & oilseed research in BRAC have been described. #suggested link of my you tube video on mung bean: https://www.youtube.com/watch?v=7iEszjkUab4&t=8s and the link of lentil cultivation: https://www.youtube.com/watch?v=s3DfknzVx_c #also the link of sesame cultivation: https://www.youtube.com/watch?v=BAFjWsPetK8&t=79s
Seed refers to a fertilized ovule containing an embryo that can develop into a new plant. Scientifically, seed is defined as a fertilized mature ovule covered by a seed coat. There are several types of propagating materials that are also considered seeds, including tubers, bulbs, rhizomes, roots, cuttings, and grafts. Seeds are classified into different categories based on their origin and intended use, including nucleus, breeder, foundation, and certified seeds, with each subsequent category representing a larger scale of multiplication while maintaining genetic and physical purity standards.
This document describes the pedigree method of plant breeding. The pedigree method involves selecting individual plants from segregating generations like F2 and recording the parent-offspring relationships. Key steps include growing F1 plants to produce F2 seeds, selecting plants from the F2 generation based on traits, growing progeny rows from selected F2 plants in F3, continuing selection and growing of progeny rows from subsequent generations to achieve homozygosity and stable lines for yield trials. The pedigree method allows for selection and development of pure lines from segregating populations.
The document provides guidelines for conducting Distinctiveness, Uniformity, and Stability (DUS) testing on maize varieties for plant variety protection under the Protection of Plant Varieties and Farmers' Rights Act, 2001 in India. It discusses the requirements for DUS testing including planting material, staff, facilities, test guidelines, and data collection. It also includes details on the assessment of distinctiveness, uniformity, stability, characteristics for observation, technical questionnaires, and examples of characteristics for leaf angle and attitude. The document aims to standardize the DUS testing process for maize varieties seeking protection and registration in India.
The document discusses pulses production globally and in India. It notes that India is the largest producer and consumer of pulses in the world. It then discusses several key aspects of pulses seed production including maintaining genetic purity, proper isolation distances, hybridity and varietal purity tests, seed enhancement techniques, and proper storage conditions. The document emphasizes the importance of quality seed for increasing pulses productivity through a formal seed supply system.
The document outlines seed certification procedures, which ensure quality seeds for farmers. Seed certification verifies genetic identity and purity, germination rates, and freedom from diseases. It involves registering seed producers, inspecting seed fields for standards, processing and testing seeds, and issuing certificates for certified seeds. The goal is to provide high-quality seeds of improved varieties to increase crop production.
1. Seed technology involves seed production, processing, storage, testing, certification, marketing and related research. It aims to improve seed quality and increase agricultural production.
2. Key aspects of seed technology include developing high-yielding varieties, ensuring a continuous supply of quality seeds, and facilitating crop recovery after natural disasters through national seed reserves.
3. Seed certification involves field inspections, seed testing and labeling to maintain varietal purity and ensure seeds meet quality standards. It is overseen by seed certification agencies established under the Seeds Act of 1966.
Black mustard is an important oilseed crop grown in India and worldwide. It is grown for its oil, which is used for cooking and industry, and its nutritious oil cake byproduct. Hybrid seed production uses cytoplasmic genetic male sterility systems. Flowers are cross-pollinated after emasculation. Seed must meet standards for purity, germination rates, and freedom from weeds and other crop seeds. Proper land preparation, seed treatment, spacing, fertilizer use, irrigation, weed control and rogueing are required for high yields.
This document provides information about seed production of tomatoes. It begins with an introduction and then discusses the botanical description, importance, floral biology, climate and soil requirements, propagation methods, nutrition, weed management, pests and diseases, harvesting, seed extraction techniques, hybrid seed production, and field and seed standards. The key steps described include soil preparation, raising seedlings, transplanting, irrigation, fertilization, pest and disease management, support structures, roguing, harvesting ripe fruits, seed extraction after fermentation or chemical treatment, grading and packing seeds, and storing seeds with proper moisture levels and pest control.
- Hybrid rice is produced by crossing two genetically different rice varieties, with one parent being a cytoplasmic male sterile line used as the female parent. Hybrid rice combines desirable traits from both parent lines.
- China was the first to develop commercial hybrid rice in 1976, and now covers over 50% of its rice area with hybrid varieties. Hybrids on average yield 10% higher than traditional varieties.
- India launched a hybrid rice program in 1989 and by 2008, hybrids occupied 1.4 million hectares and increased production by 1.5-2.5 million tons annually. Major states like West Bengal and Uttar Pradesh have potential to further expand area under hybrid rice.
Potato is an important crop worldwide and in India. It was introduced to India in the 17th century from South America. Potato breeding aims to develop varieties with traits like increased yield, earliness, pest and disease resistance. As a tetraploid crop, potato has complex genetics. Breeding efforts focus on traits like tuber appearance, plant type, maturity, dormancy, and resistance to diseases like late blight and viruses.
The Presentation is prepared by N.S Institution of science, Markapur.
It consists of a basic introduction related to hybrid seed production related to rice.
This document provides an overview of the seed industry in Pakistan. It discusses population and land use trends, the historical development of the seed industry, the roles of public and private sector organizations, variety approval and registration processes, seed laws and regulations, and statistics on registered seed varieties and companies. The key responsibilities of organizations like the Federal Seed Certification and Registration Department are also summarized.
IMPACTS OF WHEAT STRIPE RUST IN PAKISTAN: BREEDING AND CONTROL STRATEGIESICARDA
- Wheat is a major crop in Pakistan, accounting for 40% of total cropped area and 13.1% of value addition to GDP. However, wheat production faces numerous disease threats.
- Rust diseases such as stripe/yellow rust, leaf/brown rust, and stem/black rust cause substantial losses across Pakistan. New races of the pathogens have emerged over time, overcoming previously resistant wheat varieties.
- Major epidemics of yellow rust occurred from 1985-2006 due to the widespread cultivation of susceptible varieties like Veery 5. New resistant varieties with multiple genes are being developed and released to control rust diseases.
This document provides information on the characteristics used to assess distinctiveness, uniformity, and stability (DUS) in pigeon pea varieties. It includes the scientific classification of pigeon pea, diagrams of floral parts and growth habit, and describes the DUS testing process. Testing involves growing new varieties alongside existing varieties over two seasons to observe morphological and physiological characteristics. A table lists the characteristics assessed, such as plant growth habit, stem color, pod color, seed color, and seed shape. Varieties are grouped based on characteristics like flowering time and pod waxiness to facilitate distinctiveness evaluation.
This document discusses hybrid seed production technology for okra. It begins with an introduction to okra including its classification, origin in India and Africa, and floral morphology. It then discusses temperature and climate needs, sowing times, soil requirements, and fertilizer and pest management practices for commercial okra production. The key aspects of hybrid seed production covered include the use of genetic male sterility, emasculation and pollination techniques, and field isolation distances. Harvest and post-harvest processing including threshing, seed yield standards and certification requirements are also summarized.
This document provides information about green gram seed production. It discusses the botanical description of green gram, including its roots, stems, flowers, leaves, fruits, and seeds. It also outlines green gram's climatic requirements, preferred soil type, land preparation, isolation requirements, application of manures and fertilizers, seed treatment, sowing methods, and more. The document is a report submitted to professors that evaluates field work activities for green gram seed production, including land preparation, fertilizer application, irrigation, weeding, and applications of amrutpani and panchagavya.
Presentation by Md Alam, Bangladesh on the SAARC Seed Bank at the at the CCAFS Workshop on Institutions and Policies to Scale out Climate Smart Agriculture held between 2-5 December 2013 in Colombo, Sri Lanka
This document provides information on sunflower cultivation in India. It discusses the composition of sunflower seeds and the main areas of cultivation across North, West, South, and Central zones of India. The focus is on the Kachchh district in Gujarat state, with planned acreage across several villages. A campaign is outlined to promote sunflower cultivation, including farmer meetings and demonstrations. Recommended varieties, growth cycle, agronomic practices, and pest and disease management are described. Harvesting methods and some additional facts regarding sunflower cultivation are also summarized.
1. The document discusses seed quality assurance and control, outlining key aspects of an effective quality assurance program such as establishing quality standards, cooperative efforts across departments, and a focus on meeting customer expectations of quality.
2. It provides details on the functions and activities of quality assurance, including quality testing, documentation, ensuring genetic quality, and use of data systems.
3. The document presents a sequential process for quality assurance from planting through conditioning, testing, and carryover storage to deliver high quality seed products.
The document discusses quality seed production techniques. It emphasizes that seed is the vital input for crop production and can contribute to 10-15% higher yields. Quality seed should have high genetic and physical purity, germinability, vigor and be free from pests and diseases. The document outlines differences between seed and grain, and factors to consider in seed production including agro-climatic conditions, isolation, seed treatment, nutrition, roguing, harvesting and post-harvest handling. It provides guidelines on seed production techniques for various crops like rice, maize, cotton, groundnut and sorghum.
Achievements on pulses & oilseed research in BRAC have been described. #suggested link of my you tube video on mung bean: https://www.youtube.com/watch?v=7iEszjkUab4&t=8s and the link of lentil cultivation: https://www.youtube.com/watch?v=s3DfknzVx_c #also the link of sesame cultivation: https://www.youtube.com/watch?v=BAFjWsPetK8&t=79s
Seed refers to a fertilized ovule containing an embryo that can develop into a new plant. Scientifically, seed is defined as a fertilized mature ovule covered by a seed coat. There are several types of propagating materials that are also considered seeds, including tubers, bulbs, rhizomes, roots, cuttings, and grafts. Seeds are classified into different categories based on their origin and intended use, including nucleus, breeder, foundation, and certified seeds, with each subsequent category representing a larger scale of multiplication while maintaining genetic and physical purity standards.
This document describes the pedigree method of plant breeding. The pedigree method involves selecting individual plants from segregating generations like F2 and recording the parent-offspring relationships. Key steps include growing F1 plants to produce F2 seeds, selecting plants from the F2 generation based on traits, growing progeny rows from selected F2 plants in F3, continuing selection and growing of progeny rows from subsequent generations to achieve homozygosity and stable lines for yield trials. The pedigree method allows for selection and development of pure lines from segregating populations.
The document provides guidelines for conducting Distinctiveness, Uniformity, and Stability (DUS) testing on maize varieties for plant variety protection under the Protection of Plant Varieties and Farmers' Rights Act, 2001 in India. It discusses the requirements for DUS testing including planting material, staff, facilities, test guidelines, and data collection. It also includes details on the assessment of distinctiveness, uniformity, stability, characteristics for observation, technical questionnaires, and examples of characteristics for leaf angle and attitude. The document aims to standardize the DUS testing process for maize varieties seeking protection and registration in India.
The document discusses pulses production globally and in India. It notes that India is the largest producer and consumer of pulses in the world. It then discusses several key aspects of pulses seed production including maintaining genetic purity, proper isolation distances, hybridity and varietal purity tests, seed enhancement techniques, and proper storage conditions. The document emphasizes the importance of quality seed for increasing pulses productivity through a formal seed supply system.
The document outlines seed certification procedures, which ensure quality seeds for farmers. Seed certification verifies genetic identity and purity, germination rates, and freedom from diseases. It involves registering seed producers, inspecting seed fields for standards, processing and testing seeds, and issuing certificates for certified seeds. The goal is to provide high-quality seeds of improved varieties to increase crop production.
1. Seed technology involves seed production, processing, storage, testing, certification, marketing and related research. It aims to improve seed quality and increase agricultural production.
2. Key aspects of seed technology include developing high-yielding varieties, ensuring a continuous supply of quality seeds, and facilitating crop recovery after natural disasters through national seed reserves.
3. Seed certification involves field inspections, seed testing and labeling to maintain varietal purity and ensure seeds meet quality standards. It is overseen by seed certification agencies established under the Seeds Act of 1966.
Black mustard is an important oilseed crop grown in India and worldwide. It is grown for its oil, which is used for cooking and industry, and its nutritious oil cake byproduct. Hybrid seed production uses cytoplasmic genetic male sterility systems. Flowers are cross-pollinated after emasculation. Seed must meet standards for purity, germination rates, and freedom from weeds and other crop seeds. Proper land preparation, seed treatment, spacing, fertilizer use, irrigation, weed control and rogueing are required for high yields.
This document provides information about seed production of tomatoes. It begins with an introduction and then discusses the botanical description, importance, floral biology, climate and soil requirements, propagation methods, nutrition, weed management, pests and diseases, harvesting, seed extraction techniques, hybrid seed production, and field and seed standards. The key steps described include soil preparation, raising seedlings, transplanting, irrigation, fertilization, pest and disease management, support structures, roguing, harvesting ripe fruits, seed extraction after fermentation or chemical treatment, grading and packing seeds, and storing seeds with proper moisture levels and pest control.
- Hybrid rice is produced by crossing two genetically different rice varieties, with one parent being a cytoplasmic male sterile line used as the female parent. Hybrid rice combines desirable traits from both parent lines.
- China was the first to develop commercial hybrid rice in 1976, and now covers over 50% of its rice area with hybrid varieties. Hybrids on average yield 10% higher than traditional varieties.
- India launched a hybrid rice program in 1989 and by 2008, hybrids occupied 1.4 million hectares and increased production by 1.5-2.5 million tons annually. Major states like West Bengal and Uttar Pradesh have potential to further expand area under hybrid rice.
Potato is an important crop worldwide and in India. It was introduced to India in the 17th century from South America. Potato breeding aims to develop varieties with traits like increased yield, earliness, pest and disease resistance. As a tetraploid crop, potato has complex genetics. Breeding efforts focus on traits like tuber appearance, plant type, maturity, dormancy, and resistance to diseases like late blight and viruses.
The Presentation is prepared by N.S Institution of science, Markapur.
It consists of a basic introduction related to hybrid seed production related to rice.
This document provides an overview of the seed industry in Pakistan. It discusses population and land use trends, the historical development of the seed industry, the roles of public and private sector organizations, variety approval and registration processes, seed laws and regulations, and statistics on registered seed varieties and companies. The key responsibilities of organizations like the Federal Seed Certification and Registration Department are also summarized.
IMPACTS OF WHEAT STRIPE RUST IN PAKISTAN: BREEDING AND CONTROL STRATEGIESICARDA
- Wheat is a major crop in Pakistan, accounting for 40% of total cropped area and 13.1% of value addition to GDP. However, wheat production faces numerous disease threats.
- Rust diseases such as stripe/yellow rust, leaf/brown rust, and stem/black rust cause substantial losses across Pakistan. New races of the pathogens have emerged over time, overcoming previously resistant wheat varieties.
- Major epidemics of yellow rust occurred from 1985-2006 due to the widespread cultivation of susceptible varieties like Veery 5. New resistant varieties with multiple genes are being developed and released to control rust diseases.
1) Cotton production in Pakistan declined significantly in 2015-16 due to heavy rains and floods that damaged crops.
2) Rainfall in key cotton growing provinces of Punjab and Sindh in the summer of 2015 was much higher than normal, reaching over 350mm in some areas of Punjab compared to average of 234mm.
3) The heavy rains affected pollination and allowed pest infestations to spread, compounding problems for farmers who had already suffered crop damage and losses.
4) Cotton production in Pakistan fell to 9.47 million bales in 2015-16, down from 13.56 million bales the previous year, mirroring declines seen in other major cotton producing countries as well.
Policy Framework & Seed Sector Development in PakistanAnjum Ali Buttar
The document discusses Pakistan's ranking in the 2017 Global Food Security Index, challenges facing Pakistan's food security and agriculture sector, and recommendations to improve the country's seed sector and ensure food security. Pakistan ranked 77th out of 113 countries in overall food security. Key issues included low investment in agricultural R&D and lack of transfer of research findings to farmers. The document proposes measures like strengthening seed regulation, promoting underutilized crops, and improving collaboration with international agricultural research organizations.
The document outlines the objectives and activities of a seed business venture program in Andhra Pradesh. The program aims to promote rural self-sustainable micro seed enterprises. It identifies entrepreneurs and develops a replicable seed system model. The partners monitor quality control and provide capacity building. A list of 26 entrepreneurs from 4 districts are involved in producing certified seed of crops like groundnut, paddy and redgram. Training programs, production details and sources of seed varieties are also summarized.
This document summarizes strategies for increasing pulses production and marketing in India. It finds that while production has increased, demand is growing faster due to population and income growth. To meet projected demand of 27 million tons by 2025, production will need to increase by at least 5% annually. Current government procurement and MSP policies are not effective at increasing farmer incomes or prices nationally. The document recommends market-based policies like price bands combined with improved infrastructure, contingency planning, futures markets, and new public-private partnership models to boost production and make India's pulses sector more competitive internationally.
This summarizes activities conducted under the European Union Food Facility project in Kailali, Nepal from 2010 to 2011. It distributed agricultural inputs like seeds and fertilizers to over 8,400 beneficiaries across 13 villages. It provided training to over 3,600 people on topics like vegetable production, cereals and more through farmer field schools. The project also promoted more sustainable practices like System of Rice Intensification and System of Wheat Intensification which improved yields over traditional methods. It introduced an innovative composting technique using indigenous microorganisms.
The document summarizes discussions from a meeting of the Punjab Cotton Control Board. Key points include:
1) Directors will provide soil testing results to farmers within a week and prepare district-specific advisories on soil issues.
2) A separate meeting will be held in May with industry groups to discuss bale weight and other cotton industry issues.
3) The cotton crop area in 2015-16 was 5.582 million acres, 7% below target and production was 6593 million bales, 44.68% lower than the previous year.
4) Targets for the 2016-17 cotton crop include an area of 5.7 million acres and production of 9.5 million bales at an
The document discusses horticulture in Karnataka, India. It notes that Karnataka generates around Rs. 8500 crores annually from horticulture exports. Horticulture accounts for around 26% of agricultural families and Rs. 36,000 crores of agricultural revenue in Karnataka. The top horticultural crops in production strength for the state are coffee, roses, onions, gherkins, arecanut, capsicum, green chilli, tamarind, tomatoes, sapota, grapes, and pomegranates. Post-harvest losses for horticultural crops in India range from 6.7-15.88% for fruits and 4.58-12.44% for vegetables.
The document discusses agricultural biotechnology in India, including transgenic or genetically modified (GM) crops. It provides details on various GM technologies being used in India like gene guns and their applications to improve crop traits. It lists public and private sector organizations involved in transgenic research in India and approved field trials of GM crops from 2005, including Bt cotton. It also shares statistics on the area under Bt cotton cultivation in India and top producing states.
This document discusses the key features and criticisms of the proposed Indian Seed Bill. It notes that the bill aims to promote quality seed production and regulate the seed industry to comply with WTO obligations, protect farmers, and create an enabling environment for seed industry growth. However, critics argue the bill does not sufficiently protect farmers' rights and could allow monopolization by commercial seed producers. The document examines perspectives from farmers, NGOs, and reviews seed policies of other Asian countries.
PRESENTATION TO BOARD OF GOVERNORS OF PARC ON YEARLY PROGRESS AND PLANS Anjum Ali Buttar
The document provides information on the activities and achievements of the Plant Sciences Division of the Pakistan Agriculture Research Council for the yearly progress and plans presentation to the Board of Governors. It discusses the core functions, research projects, institutes under its jurisdiction, activities conducted including germplasm acquisition and testing, coordination meetings, and achievements. It also outlines ongoing activities, targets, and new initiatives for the next three years focusing on strengthening coordinated research, crop diversification, and capacity building.
WHEAT RESEARCH COORDINATION & DEVELOPMENT IN PAKISTANAnjum Ali Buttar
The document summarizes wheat research coordination and development in Pakistan. It discusses wheat production trends, future requirements based on population growth projections, and the yield gap between average national yields and achievable potential yields. It then outlines the wheat ecologies and production shares across different regions. The coordination mechanism brings together national and international partners through PARC. Core activities include variety evaluation and release. Germplasm acquisition from CIMMYT and ICARDA is discussed. Achievements include the release of 148 wheat varieties through national yield trials. Coordinated efforts have led to the evaluation of over 5,000 wheat trials and release of 168 varieties since 1978.
This document summarizes the status and prospects of maize improvement in India according to Sujay Rakshit, Director of ICAR-IIMR, Ludhiana. It notes that India represents 4% of global maize area and 2% of production, ranking 4th in area and 7th in production. Maize area and productivity in India have increased significantly since the 1950s. The document outlines new maize hybrids released, opportunities for maize in non-traditional areas, available resources and technologies, and challenges such as biotic and abiotic stresses. It identifies tasks and priorities for continuing maize improvement in India.
Do not not well don't don't provide me kon ho gaya hoya tha ki tu apna kam kam khaya karo kuch kuch bole hi galti se ho gaya hoya tha ki kal jayenge to
Vegetable Seed Production and Future Prospect in MyanmarSeeds
This document summarizes vegetable seed production and prospects in Myanmar. It discusses the current status of vegetable research, which is conducted by the Department of Agricultural Research and Department of Agriculture. It also outlines the production systems for vegetable seeds, which include homestead and commercial production. Finally, it explores future prospects, suggesting that vegetable research and seed production need to be strengthened through partnerships between public and private sectors to improve vegetable seed availability and boost vegetable production in Myanmar.
A N Sinha Institute of Social Science (ANSISS), and the International Food Policy Research Institute (IFPRI) organized a one day consulation on
‘A Food Secure Bihar: Challenges and Way Forward’ on August 06, 2014 at ANSISS, Patna, Bihar.
You are aware that National Food Security Act (NFSA) has been enacted with a view to ensure food security in India and Bihar is one of the state where ensuring food security is a major challenge. A better understanding of NFSA in the context of Bihar will be helpful for effective implementation of the NFSA. The main objective of the policy consultative workshop is to deliberate on the options and strategies for making NFSA efficient and effective in Bihar.
World Agricultural Outlook Board Interagency Commodity Estimates Committee Fo...MedfordCooperative
- World wheat production is forecast to decrease 1% to 718.9 million tons in 2015/16 due to expected declines in production in countries like Russia, Ukraine, and the European Union.
- U.S. wheat production is forecast to increase 3.1% to 56.8 million tons while wheat production is most other major producing countries is expected to decline.
- Global soybean production is forecast to remain unchanged at 317.3 million tons in 2015/16, with a 3% decline in U.S. production expected but higher production forecast in Brazil and India.
The document discusses measures being taken by the Ministry of National Food Security and Research to address the issue of massive pink bollworm attacks on cotton in Pakistan. Data is presented on pink bollworm damage levels across different cotton varieties, districts, and years. Cultural control methods are recommended over pesticides, including early planting restrictions, use of certified Bt cotton seeds, proper disposal of cotton sticks, and use of sex pheromone traps. More research is needed to determine if the bollworm has developed resistance to Bt cotton. Development of new Bt cotton varieties with additional genes is also suggested.
The Pakistan Central Cotton Committee (PCCC) was established in 1923 to improve and develop cotton growing, marketing, and manufacturing in Pakistan. It is funded through a cotton cess levied on raw cotton exports and domestic textile industry. PCCC conducts research on cotton through its various research stations and institutes, coordinates with provincial governments, and assists the Ministry of Textile Industry. Its priorities include developing high-yielding cotton varieties, managing new pests like mealybug and pink bollworm, establishing a new research station in Lasbella, and hosting the 75th meeting of the International Cotton Advisory Committee in Pakistan.
- Heavy rains and floods in 2015 damaged over 260,000 acres of cotton crops in Punjab province and an unreported area in Sindh province, leading to Pakistan's cotton production dropping from 13.56 million bales in 2014-15 to 9.47 million bales in 2015-16.
- The abnormal rains affected pollination, created ideal conditions for pest proliferation, limited input application, and damaged crop growth, causing farmers to lose interest in the crop given its lowered profits.
- Pakistan was not the only country affected - India, China, the US, and Brazil also saw declines in cotton production from 2014-15 to 2015-16, suggesting climate change may be a global issue impacting cotton crops
The document summarizes information about the Pakistan Central Cotton Committee (PCCC). It states that PCCC was established in 1923 as a corporate body to improve and develop cotton growing, marketing, and manufacturing in Pakistan. It is funded through a cotton cess levied on raw cotton exports and domestic textile industry. PCCC operates several research stations and institutes across Pakistan and has developed improved cotton varieties. It also conducts research on issues like new pests and pink bollworm management.
The document discusses the status of cotton crops in Pakistan, including:
1) Cotton sowing positions in Punjab and Sindh provinces for 2016-17 are 84% and 80% of targets respectively, down from last year.
2) Preliminary reports show cotton area sown in Punjab's core, non-core, and marginal areas is below targets and last year's levels.
3) Egypt's cotton production for 2016-17 is estimated at a historic low of 160,000 bales due to significantly lower planted area compared to previous years.
- Cotton production in Pakistan for 2015-16 is estimated at 11.388 million bales, down from the previous year due to heavy rains, floods, and pest infestation.
- As of December 1st, cotton arrivals were at 8.632 million bales, 20.55% of the estimated production and down 28.93% from the previous year.
- The decrease in cotton arrivals is attributed to lower yields caused by abnormal weather and pest problems during the growing season.
This document summarizes cotton production trends in Pakistan and challenges posed by climate change. It notes that cotton is a major crop, contributing billions to the economy and employing over 40% of the workforce. However, production has been negatively impacted by abnormal weather like heavy rains and floods as well as rising temperatures. This has led to reduced yields, damage to crops, and resurgences of pests. The document advocates for measures like improved varieties, adjusted agronomic practices, and farmer education to build resilience against changing climate conditions.
This document shows the number of rainy days and total rainfall each month from March to September over the last 5 years, from 2010 to 2015. For each month and year, it lists the number of rainy days followed by the total rainfall in parentheses. The highest rainfall amounts occurred in July, August and September, with July 2015 having over 150mm and September 2012 over 160mm of rain.
The document discusses challenges facing Pakistan's value added textile and apparel industry. It notes that while the sector contributes significantly to Pakistan's economy and exports, it faces many internal and external challenges that have caused exports to decline. Major challenges include cotton shortages, high energy costs, inflation, lack of investment, and imbalanced government policies compared to competitors like China, India, and Bangladesh. The document provides recommendations to address these issues through subsidies, investment incentives, market exploration, and supportive trade policies in order to strengthen the industry.
This document contains climate data for various regions in South Punjab, Pakistan including average maximum temperature, minimum temperature, and rainfall for months from January to December. It also includes outlook reports for the summer monsoon season of 2018 with predictions of below average rainfall in southern Pakistan and potential extreme rainfall events in Punjab. Tables provide comparisons of rainfall amounts for cities in recent years with normal averages.
The document summarizes the key points from a meeting on budgetary support for agriculture in Pakistan for 2018-2019. It outlines incentives to continue from the previous fiscal year, including uniform GST rates on fertilizers and agriculture machinery. It also discusses initiatives to enhance cotton productivity and quality, challenges facing the cotton crop from water shortages and pests, and management interventions to address these challenges. Production targets and estimates for the cotton crop are provided.
Cotton production contributes 1-1.7% to Pakistan's GDP but yields and production have declined in recent years due to issues like lack of price assurance for farmers, high input costs, outdated ginning technologies, and improper policies favoring competing crops like sugarcane. The document outlines ways to increase cotton production to a target of 15 million bales in 2019-2020, such as ensuring water availability, providing certified seed and pesticide support to farmers, expanding cotton cultivation areas, and modernizing ginning technologies.
This document discusses the resilient cotton production in Pakistan under changing climate conditions. It notes that cotton is a vital crop for Pakistan's economy and livelihoods. However, cotton production is facing challenges from abnormal weather like heavy rains and floods, as well as issues with seed quality, pests, and prices. The document analyzes cotton production and yield trends in Pakistan's provinces over time. It also examines how climate change is affecting temperatures and rainfall patterns, which is impacting when cotton is planted and harvested. The increasing temperatures are also encouraging the spread of new pests. Solutions are needed to help Pakistani cotton farmers adapt to these climate challenges.
- Cotton contributes 1-1.7% to Pakistan's GDP through its role in agriculture and textile manufacturing. The textile sector employs 42.3% of the labor force.
- Punjab produces 72% of Pakistan's cotton while Sindh produces 27%. Production has fluctuated between 11-13.5 million bales annually due to climate issues.
- The Pakistan Central Cotton Committee (PCCC) was established in 1923 to improve cotton growing, marketing, and manufacturing. It is funded through a cotton cess and oversees research stations across Pakistan's cotton growing regions.
- PCCC has developed 53 cotton varieties with high yield, pest/disease resistance, and fiber quality. However, it faces challenges including
Pink bollworm is a pest that infests cotton crops. Weekly reports from the Pink Bollworm Quarantine Centre in Punjab, Pakistan monitor the spread and damage caused by pink bollworm infestations. The short document title and source provide context about monitoring of a cotton pest in Pakistan but do not include many details about levels of infestation or impacts.
This document discusses Pakistan's cotton economy and issues related to cotton production. It notes that cotton contributes 1-1.7% to Pakistan's GDP and 5.5% to value added agriculture. However, cotton production and yields are low due to issues like lack of price assurance, high input costs, outdated ginning technology, and lack of investment in research. The document outlines decisions made by Pakistan's ECC to address these issues, such as reviving cotton R&D, upgrading ginning, and recovering cotton cess. It proposes initiatives to increase the cotton production target to 15 million bales for 2019-20.
The document summarizes cotton production in Pakistan in 2018 and challenges and strategies for the 2019-2020 cotton crop. It provides statistics showing that Pakistan fell short of its cotton production targets for 2018 due to issues like climate change, pest problems, and lack of irrigation water. It outlines the Pakistan Central Cotton Committee's role in addressing cotton crop problems by improving seed availability, providing farmer training, monitoring pests and diseases, and collaborating with industry groups. The overall goal is to enhance cotton production and alleviate challenges facing cotton growers.
This document discusses Pakistan's cotton economy and proposes imposing duties on cotton imports. It contains the following key points:
1. Cotton contributes 1-1.7% to Pakistan's GDP and 5.5% to value added agriculture, employing 42.3% of the labor force and earning them 85-90 billion annually.
2. Imposing duties on cotton imports is expected to reduce imports by 2.13 million bales while increasing domestic production and farmers' incomes.
3. The document analyzes cotton production, prices, exports, and imports in recent years and the impact of withdrawing import duties in 2019. It proposes either restoring the previous duties or imposing a new regulatory duty as of July 2019.
Presentation on pesticides registration & regulation in pakistanDr-Khalid Abdullah
The document discusses pesticide regulation in Pakistan. It outlines that since 1971, the Department of Plant Protection has regulated pesticide imports and standards. It describes the pesticide registration schemes (Form 1 for local brands, Form 16 for generics, Form 17 for products registered abroad). The functions of the Pesticides Registration Section include registration, import regulation, quality control, and international coordination. It provides details on the registration processes and required documents for each scheme. The document also discusses quality control measures including pre-shipment inspection and banned pesticide active ingredients in Pakistan.
The Pakistan Central Cotton Committee (PCCC) was established in 1923 to improve and develop cotton growing, marketing, and manufacturing in Pakistan. It is funded through a cotton cess levied on raw cotton exports and domestic textile industry usage. PCCC operates research institutes and stations across Pakistan conducting variety development, pest management, and technology transfer work. However, it has faced challenges including the sale of its headquarters building, restrictions on Bt cotton research, and declining cess recoveries impacting its budget and operations.
The debris of the ‘last major merger’ is dynamically youngSérgio Sacani
The Milky Way’s (MW) inner stellar halo contains an [Fe/H]-rich component with highly eccentric orbits, often referred to as the
‘last major merger.’ Hypotheses for the origin of this component include Gaia-Sausage/Enceladus (GSE), where the progenitor
collided with the MW proto-disc 8–11 Gyr ago, and the Virgo Radial Merger (VRM), where the progenitor collided with the
MW disc within the last 3 Gyr. These two scenarios make different predictions about observable structure in local phase space,
because the morphology of debris depends on how long it has had to phase mix. The recently identified phase-space folds in Gaia
DR3 have positive caustic velocities, making them fundamentally different than the phase-mixed chevrons found in simulations
at late times. Roughly 20 per cent of the stars in the prograde local stellar halo are associated with the observed caustics. Based
on a simple phase-mixing model, the observed number of caustics are consistent with a merger that occurred 1–2 Gyr ago.
We also compare the observed phase-space distribution to FIRE-2 Latte simulations of GSE-like mergers, using a quantitative
measurement of phase mixing (2D causticality). The observed local phase-space distribution best matches the simulated data
1–2 Gyr after collision, and certainly not later than 3 Gyr. This is further evidence that the progenitor of the ‘last major merger’
did not collide with the MW proto-disc at early times, as is thought for the GSE, but instead collided with the MW disc within
the last few Gyr, consistent with the body of work surrounding the VRM.
Or: Beyond linear.
Abstract: Equivariant neural networks are neural networks that incorporate symmetries. The nonlinear activation functions in these networks result in interesting nonlinear equivariant maps between simple representations, and motivate the key player of this talk: piecewise linear representation theory.
Disclaimer: No one is perfect, so please mind that there might be mistakes and typos.
dtubbenhauer@gmail.com
Corrected slides: dtubbenhauer.com/talks.html
The ability to recreate computational results with minimal effort and actionable metrics provides a solid foundation for scientific research and software development. When people can replicate an analysis at the touch of a button using open-source software, open data, and methods to assess and compare proposals, it significantly eases verification of results, engagement with a diverse range of contributors, and progress. However, we have yet to fully achieve this; there are still many sociotechnical frictions.
Inspired by David Donoho's vision, this talk aims to revisit the three crucial pillars of frictionless reproducibility (data sharing, code sharing, and competitive challenges) with the perspective of deep software variability.
Our observation is that multiple layers — hardware, operating systems, third-party libraries, software versions, input data, compile-time options, and parameters — are subject to variability that exacerbates frictions but is also essential for achieving robust, generalizable results and fostering innovation. I will first review the literature, providing evidence of how the complex variability interactions across these layers affect qualitative and quantitative software properties, thereby complicating the reproduction and replication of scientific studies in various fields.
I will then present some software engineering and AI techniques that can support the strategic exploration of variability spaces. These include the use of abstractions and models (e.g., feature models), sampling strategies (e.g., uniform, random), cost-effective measurements (e.g., incremental build of software configurations), and dimensionality reduction methods (e.g., transfer learning, feature selection, software debloating).
I will finally argue that deep variability is both the problem and solution of frictionless reproducibility, calling the software science community to develop new methods and tools to manage variability and foster reproducibility in software systems.
Exposé invité Journées Nationales du GDR GPL 2024
Unlocking the mysteries of reproduction: Exploring fecundity and gonadosomati...AbdullaAlAsif1
The pygmy halfbeak Dermogenys colletei, is known for its viviparous nature, this presents an intriguing case of relatively low fecundity, raising questions about potential compensatory reproductive strategies employed by this species. Our study delves into the examination of fecundity and the Gonadosomatic Index (GSI) in the Pygmy Halfbeak, D. colletei (Meisner, 2001), an intriguing viviparous fish indigenous to Sarawak, Borneo. We hypothesize that the Pygmy halfbeak, D. colletei, may exhibit unique reproductive adaptations to offset its low fecundity, thus enhancing its survival and fitness. To address this, we conducted a comprehensive study utilizing 28 mature female specimens of D. colletei, carefully measuring fecundity and GSI to shed light on the reproductive adaptations of this species. Our findings reveal that D. colletei indeed exhibits low fecundity, with a mean of 16.76 ± 2.01, and a mean GSI of 12.83 ± 1.27, providing crucial insights into the reproductive mechanisms at play in this species. These results underscore the existence of unique reproductive strategies in D. colletei, enabling its adaptation and persistence in Borneo's diverse aquatic ecosystems, and call for further ecological research to elucidate these mechanisms. This study lends to a better understanding of viviparous fish in Borneo and contributes to the broader field of aquatic ecology, enhancing our knowledge of species adaptations to unique ecological challenges.
Travis Hills' Endeavors in Minnesota: Fostering Environmental and Economic Pr...Travis Hills MN
Travis Hills of Minnesota developed a method to convert waste into high-value dry fertilizer, significantly enriching soil quality. By providing farmers with a valuable resource derived from waste, Travis Hills helps enhance farm profitability while promoting environmental stewardship. Travis Hills' sustainable practices lead to cost savings and increased revenue for farmers by improving resource efficiency and reducing waste.
The use of Nauplii and metanauplii artemia in aquaculture (brine shrimp).pptxMAGOTI ERNEST
Although Artemia has been known to man for centuries, its use as a food for the culture of larval organisms apparently began only in the 1930s, when several investigators found that it made an excellent food for newly hatched fish larvae (Litvinenko et al., 2023). As aquaculture developed in the 1960s and ‘70s, the use of Artemia also became more widespread, due both to its convenience and to its nutritional value for larval organisms (Arenas-Pardo et al., 2024). The fact that Artemia dormant cysts can be stored for long periods in cans, and then used as an off-the-shelf food requiring only 24 h of incubation makes them the most convenient, least labor-intensive, live food available for aquaculture (Sorgeloos & Roubach, 2021). The nutritional value of Artemia, especially for marine organisms, is not constant, but varies both geographically and temporally. During the last decade, however, both the causes of Artemia nutritional variability and methods to improve poorquality Artemia have been identified (Loufi et al., 2024).
Brine shrimp (Artemia spp.) are used in marine aquaculture worldwide. Annually, more than 2,000 metric tons of dry cysts are used for cultivation of fish, crustacean, and shellfish larva. Brine shrimp are important to aquaculture because newly hatched brine shrimp nauplii (larvae) provide a food source for many fish fry (Mozanzadeh et al., 2021). Culture and harvesting of brine shrimp eggs represents another aspect of the aquaculture industry. Nauplii and metanauplii of Artemia, commonly known as brine shrimp, play a crucial role in aquaculture due to their nutritional value and suitability as live feed for many aquatic species, particularly in larval stages (Sorgeloos & Roubach, 2021).
Phenomics assisted breeding in crop improvementIshaGoswami9
As the population is increasing and will reach about 9 billion upto 2050. Also due to climate change, it is difficult to meet the food requirement of such a large population. Facing the challenges presented by resource shortages, climate
change, and increasing global population, crop yield and quality need to be improved in a sustainable way over the coming decades. Genetic improvement by breeding is the best way to increase crop productivity. With the rapid progression of functional
genomics, an increasing number of crop genomes have been sequenced and dozens of genes influencing key agronomic traits have been identified. However, current genome sequence information has not been adequately exploited for understanding
the complex characteristics of multiple gene, owing to a lack of crop phenotypic data. Efficient, automatic, and accurate technologies and platforms that can capture phenotypic data that can
be linked to genomics information for crop improvement at all growth stages have become as important as genotyping. Thus,
high-throughput phenotyping has become the major bottleneck restricting crop breeding. Plant phenomics has been defined as the high-throughput, accurate acquisition and analysis of multi-dimensional phenotypes
during crop growing stages at the organism level, including the cell, tissue, organ, individual plant, plot, and field levels. With the rapid development of novel sensors, imaging technology,
and analysis methods, numerous infrastructure platforms have been developed for phenotyping.
ESR spectroscopy in liquid food and beverages.pptxPRIYANKA PATEL
With increasing population, people need to rely on packaged food stuffs. Packaging of food materials requires the preservation of food. There are various methods for the treatment of food to preserve them and irradiation treatment of food is one of them. It is the most common and the most harmless method for the food preservation as it does not alter the necessary micronutrients of food materials. Although irradiated food doesn’t cause any harm to the human health but still the quality assessment of food is required to provide consumers with necessary information about the food. ESR spectroscopy is the most sophisticated way to investigate the quality of the food and the free radicals induced during the processing of the food. ESR spin trapping technique is useful for the detection of highly unstable radicals in the food. The antioxidant capability of liquid food and beverages in mainly performed by spin trapping technique.
Comparing Evolved Extractive Text Summary Scores of Bidirectional Encoder Rep...University of Maribor
Slides from:
11th International Conference on Electrical, Electronics and Computer Engineering (IcETRAN), Niš, 3-6 June 2024
Track: Artificial Intelligence
https://www.etran.rs/2024/en/home-english/
2. Sequence of Presentation
1. Brief History
2. FSC&RD Mandate, Functions
3. Seed Laws/Rules
4. Organogram and Human Resource
5. Plant Variety Registration
6. Seed Certification
7. Seed Import Regulation
8. Seed Quality Monitoring
9. Achievements- Last five years
10. Achievements- Over four decades
11. Seed Companies and share in Seed Production
12. New Seed Legislations
13. Issues
3. BRIEF HISTORY
Seed Act, 1976
Seed Industry Development Project initiated
with support from World Bank
Institutions Established
- National Seed Council
- Provincial Seed Councils.
- Federal Seed Certification Agency (FSCA)
- National Seed Registration Agency NSRA)
- FSCA & NSRA merged as FSC&RD in
1997
4. MANDATE UNDER SEED ACT, 1976
“To Provide for controlling and regulating the
quality of seeds of various varieties of crops
and for matters connected therewith”
FUNCTIONS OF FSC&RD
a) Controlling the quality of seeds
b) Certification of seeds
c) Registration of varieties
d) Registration of Seed Business
e) Registration of Horticulture nurseries
f) Seed quality monitoring in the market
g) Providing technical advice to National Seed
Council
5. Seed Laws, Rules and Regulations
Seed Laws/Rules Year of Notification
Seed Act, 1976 1976
Seed (Registration) Rules, 1987 1987
Procedures, Directions and Seed Standards, 1988
Seed (Truth-in-Labeling) Rules, 1991 1991
Pakistan Fruit Plants Certification Rules, 1998 1998
Seed (Amendment) Act, 2015 2015
Seed (Business Regulation) Rules, 2016 2016
Plant Breeders Rights Act, 2016 2016
Plant Breeders’ Rights Rules 2018
6. FSC&RD (Headquarter), Islamabad
DIRECTOR GENERAL
DIRECTOR (SR)DIRECTOR (SAE) DIRECTOR
(ST)
Deputy
Director
(Tech &
SAE)
Accounts
Officer
Deputy
Director
(SR
&Seed
Import)
1. SA(SR&DUS)
2. SCO (Seed Companies)
3. SA(Plant & Nursery Reg.)
Deputy
Director
(Head Qtr.)
Asst.
Director
(Admn.)
Central Seed Testing Lab.
Seed Purity Lab.
SCO (Lab. & IC)/
Seed Analyst
Lab. Assistant
Seed Germination
Lab.
Dy. Director/
Seed Analyst
Lab. Assistant
DIRECTOR
(SC)
Seed Health Lab.
Dy. Director/
Seed Analyst
Lab. Assistant
SCO-Seed Certification Officer
Biotech Lab.
Dy. Director /
Seed Analyst
Lab. Assistant
7. REGIONAL SETUP OF FSC & RD,
1. Lahore.
2. Bahawalpur.
3. Bahawalnagar.
4. Bhakkar.
5. D.G.Khan.
6. Faisalabad.
7. Gujranwala.
8. Khanewal.
9. Multan.
10. R.Y.Khan.
11. Sahiwal.
12. Sargodha.
13. T.T.Singh.
14. Vehari.
REGIONAL DIRECTOR
PUNJAB
Deputy Director
Seed Cert. Officer/
Seed Analyst
REGIONAL DIRECTOR
BALOCHISTAN & SINDH
Deputy Director
1. Hyderabad.
2. Karachi.
3. Larkana.
4. Mirpur Khas.
5. Sakrand.
6. Sukkur.
1. Quetta
2. Dera
Allahyar.
REGIONAL DIRECTOR
KPK &GB
Deputy Director
Seed Cert. Officer/
Seed Analyst
Seed Cert. Officer/
Seed Analyst
1. Peshawar.
2. Abbotabad.
3. D.I.Khan.
4. Mingora
(Swat)
DIRECTOR GENERAL
ISLAMABAD
Deputy Director
1. Gilgit-Baltistan
Total No. of Labs. 28
27 (Field)
01 (Hqr.)
8. Sr. Post (BPS) Sanctioned
Strength
Vacant
1. Director General (20) 01 00
2. Directors (19) 07 04
3. Deputy Directors (18) 17 08
4. Accounts Officer (18) 01 0
5. Assistant Director (Admn) (17) 01 0
6 Seed Certification Officer (17+RS. 200 as special pay) 43 36
7. Seed Analysts, Research Officers,
Seed Certification/Testing Assistants (17)
38 08
8. Admin Officer (16) 01 01
9. Superintendent (16) 04 01
10. Shipping officer (16) 01 00
11. Assistant Marketing Officer (16) 01 00
Sub Total:
115 57
12. Non-Gazetted Staff 288 37
Grand Total 403 94
STAFF STRENGTH
9. 1. FSC&RD OFFICERS/OFFICIALS
STRENGTH
374
2. DEVOLVED FID &ALMA,
OFFICERS/OFFICIALS STRENGTH
23
3. DEVOLVED OFFICIALS OF SOIL SURVEY
OF PAKISTAN STRENGTH
6
TOTAL 403
SUMMARY OF STRENGTH
10. Budget/Funds Availability
Year Employees related
(Rs in Millions)
Operational
(Rs in Millions)
Total
(Rs in Millions)
2015-16 157.75 42.25 200.00
2016-17 164.24 43.01 207.25
2017-18 176.657 38.94 215.60
2018-19 210.937 38.86 249.800
10
12. Formal System Informal system
Farmer to
farmer
Farmer own
saved seedPublic sector Private sector
Research
Institutes
developing
varieties (Pre-
basic & Basic
seed)
Provincial Seed
corporations (3)
Basic & Certified
National
Seed
Companies
Multi-
national
seed
Companies
Importers
(certified
seed)
Quality Cover by;
Federal Seed
Certification &
Registration Dept.,
Islamabad.
Purchased
from Aarti
13. 1. Plant Variety Registration
(Requirements)
1. Application for variety registration on form A.
2. Seed sample of the candidate variety.
3. Morphological description of the candidate
variety.
4. Undertaking by the applicant not to use gene
terminator technology in case of GMCs
5. Approval for commercialization by the national
bio-safety committee (NBC) in case of GMCs
6. Data regarding agronomic value.
14. Notification by the
Federal Government
CROP VARIETY DEVELOPMENT AND RELEASE SYSTEM
Variety Release System
Breeder
Micro Trials
Zonal Trials
FSC&RD
(DUS)
PARC-VEC
(VCU)
Evaluation
FSRC Provincial Technical
Expert Sub-Committee
Provincial and National Seed Council
Commercial Seed Production
ABBREVIATIONS
DUS: Distinctness Uniformity Stability VEC: Variety Evaluation Committee
VCU: Value for Cultivation and Use FSRC: Federal Seed Registration Committee
FSC&RD: Federal Seed Certification & Registration Department
Approval & Release
FSC&RD
16. 2. Seed Certification
Acceptance of a Seed Lot by FSC&RD
into one of the recognized seed
categories i.e. pre-basic, basic, certified
& approved after compliance of
certification procedure
17. Seed Certification Procedure
Inspection Report
Seed testing Report
Lot No. is Issued
Final Seed Testing Report
Application on Form-01 (by Seed Company/Corporation)
Crop Inspection (Form-02)
Seed Sampling (Form-03)
Seed Testing (before processing)
Seed Testing (Form-04) (after processing)
Issuance of Tags (Formal Certification cover)
18. Seed Traceability- Field to CSTL.
FSC & RD Field Lab.
Crop Inspection (Pre-basic, Basic, Certified.)
Seed Sampling Lot No. allotted*
KL660022
*(Serial of Lot No.
issued to every Lab. by
FSCRD Isbd every year
by Director Seed
Testing)
Local Lab.
Testing
Sealed
Sample
Post Check to CSTL
CSTL receives samples
from all field Labs
through Dir.(ST)/QM after
codingResults to
Dir. (ST)/Q.M
Three samples are drawn
26. Seed Import Regulation at ports
1) Import of seed of only those varieties is allowed
which have been approved by the Agriculture
Research Institutes and entered and notified by the
FSC&RD .
2) Initially, seed sample not exceeding experimental
quantity up to 10 kg, is allowed to be imported for
adaptability trials
3) Annually around 3000 seed testing certificates are
issued by FSC&RD for seed import consignments.
27. Marking and Labeling Import of seed
All imported seed shall bear a label with the
following information:
Lot No.
Crop/Species
Variety
Quantity
Purity
Germination %
Other seeds %
Month/Year of production
Date of expiry
28. Procedure for Seed Imports’ Regulation
Requirements before commercial import
i. 2 years adaptability/multi-location trials by
Research Institutes for commercial import
ii. Recommendation by VEC and Enlisting of
varieties based on performance in trials
Requirements at the time of commercial import
i. Examination of import documents and Notified
Labeling Requirements
ii. Drawing of samples by FSC&RD Inspectors
iii. Quality analysis of the drawn samples
iv. Issuance of Release orders by FSC&RD
29. Submission of application along with
requisite documents for release of seed
consignment by the importer/agent
Scrutiny of the application
Verification of seed label, drawing of
seed sample and submission to seed
testing lab
Seed quality analysis in seed
testing laboratory
Release of consignments
which meet the standards
submitted to the
Notified Seed
Inspector
Notified Seed
Inspector
Notified Seed
Inspector
Designated Seed
Analyst
Notified Seed
Inspector
FLOW DIAGRAM OF THE BUSINESS PROCESS FOR RELEASE OF SEED CONSIGNMENT
32. Seed Quality Monitoring
• Seed Inspectors are notified for different areas.
• Only notified Seed Inspector have power to exercise
seed act enforcement.
• Only registered seed dealers, companies are
allowed to do seed business.
• Only approved varieties’ seed is eligible to be sold.
• Samples drawn by Seed Inspector are tested in the
Lab of the area.
• Chalaans of fake/substandard seed are submitted by
the respective inspector to the court.
38. Sr. Activities 2017-18
1. Crop Area Inspected (Acres) 509121*
2. Seed Quantity Tested (MT
347627*
3. No. of Varieties Approved (PSC) 76
4. No. of Companies Registered 78
5. DUS Trials 357
6. Fruit Plant Nurseries Registered 60
7. Nursery Fruit Plant Certified 3300
8. Enlisting of imported Varieties/hybrids 846
8. Imported Seed Testing (MT) 80096
9. ISTA Proficiency Test Ratings A= 2
B=1
ACHIEVEMENTOF FSC&RD-2017-18
39. Province Wise Distribution of Seed Companies
Type Punjab Sindh KPK Gilgit
Baltistan
Balochistan Total Status
Public Sector Seed
Organization
1 1 1 - 1 4 Active
National Seed
Companies (Pvt)
721 112 32 3 5 873 Active
*Multinational Seed
Companies
4 1 - - - 5 Active
Total (Active) 726 114 33 3 6 882 Active
Total (Cancelled) 203 37 5 - 3 248 Cancelled
* Bayer Crop Science Pakistan (Pvt.) Ltd., ICI Pakistan (Pvt.) Ltd. (Agro Chemical & Seeds), Monsanto Pakistan Agri. Tech.
(Pvt.) Ltd., Pioneer Pakistan Seed (Pvt.) Ltd. and Sygenta Pakistan Seeds (Pvt.) Ltd.
40. Sr.
No
Fee Charged for Cases Received for
grant of Registration in to Seed
Business
Fee
Charged
Rs
2017-
18
No. of
cases
Amount
Deposited in
Govt
Treasury Rs
1. Fresh Cases of Local Seed Producer 50,000 57 28,50,000
2. Fresh Cases of Seed Importer 75,000 16 12,00,000
3. Fresh Cases of seed Processing Unit 10,000 135 13,50,000
4. Cases registered as Local Seed
Producer in 57th meeting working grp
50,000 68 34,00,000
5. Cases registered as seed Importer in
57th meeting
75,000 09 6,75,000
6. Cases registered as seed exporter in
57th meeting
No Fee 01 0
7. Total Enlistment cases of imported
variety/hybrid
10,000 881 88,10,000
8. DUS trial for new plant varieties 10,000 357 35,70,000
9. Fruit Plant Nurseries Registered 10,000 60 6,00,000
Grand Total
22.45 M
2,24,50,000
41. ACHIEVMENTS-Last 5 Years
• Seed (Amendment) Act 2015
• Seed (Business Regulation) Rules 2016
• Plant Breeder Rights Act 2016 PBR Rules 2018
• Training of seed sector stakeholders ( from public
and private sector)
• Accreditation of Central Seed Testing Lab.(final
stage of grant)
• Seed Dealers trained by FSC&RD
• Seed business operators i.e. local producers,
importers, exporters, processing units and
Horticultural nurseries registered
42. Cont-
A) Introduction of Fruit Plant Certification Scheme in
Pakistan
- Assisted Agriculture Research System in the Establishment OF
GPUs (Fruits)
- Registration of fruit plant varieties and rootstocks
- Registration of fruit tree nurseries
- Training of nurserymen in certified fruit nursery plants
production
- Certified nursery plants production.
B) Capacity building in seed technology of stakeholders
C ) Establishment of Seed Grower Association
D) Establishment of linkages with provincial research
system, agriculture extension department, NGOs.
43. Trainings -2018
Title Date Place Participants Objectives
Training of Seed
Dealers
Continuous
activity from
April 2018
All Punjab
FSC&RD
stations
About 7000 seed
dealers have been
trained out of 15000
registered by Govt.
of Punjab.
Seed Act 1976,
Seed
(amendment) Act
2015, Seed Act
Enforcement
Training for Crop
Inspection, Seed
sampling and
Testing of Wheat
and other Rabi
Crops
21-22 March FSC&RD,
Khanewal
27 FSC&RD Officers.
20 Private sector
representatives
Refresher for crop
inspection of
wheat and Other
Rabi crops
Training
Programme on
Distinctness,
Uniformity and
Stability
04-06
September 2018
Lahore
in collaboration
with FAO
45 Public and
private seed sector
Capacity
development for
DUS & PBR
Training for Seed
sampling, Cotton
and Paddy Crop
Inspection
1-2 October,
2018
FSC&RD,
Khanewal
32 FSC&RD Officers,
15 private sector
representatives
Capacity
development,
Implementation
of new rules
44. PSDP Ongoing Schemes
Sr Name of the Project Total Cost Status
1 Strengthening of Seed Certification Services
for Food Security in Gilgit Baltistan
Rs.32.52 million
3 Yrs
[1 yr, extension
granted]
(2015-18-19)
Ongoing
Last Year
2 Establishing Online linkages of FSC&RD with
WEBOC System of Pakistan Customs
[WEBOC stands for Web Based One Customs developed by PRAL
(Pakistan Revenue Automation Ltd)., for FBR and its divisions like Customs .
It is a web based system for filing Goods Declarations (GD) for import and
export cargo., which can be used by both Importers, Exporters and their
Customs Clearing Agents]
Rs.17.499 million
2 yrs
(2017-19)
Ongoing
Last Year
45. Sr Name of the Project Total Cost Status
1
Up-gradation and Accreditation of
Seed Testing Laboratory, FSC&RD,
Karachi
Rs.58.47 million
(3 years)
Funds not
allocated
2 Establishment of Plant Breeders’
Rights Registry and Strengthening
of DUS Examination System
Rs.401.499 million
3 yrs
Approved
by CDWP
PSDP New Schemes
47. International Liaison
• Central Seed Testing Lab. of FSC&RD is member
lab of International Seed testing Association
(ISTA).
• CSTL is in final phase of accreditation from ISTA.
Audit for accreditation by ISTA has been planned
on 21-22 November, 2018.
• CSTL accreditation will boost the opportunity of
seed export and its testing would be accepted
world-wide.
• Accreditation of CSTL is also an obligation under
Seed (Amendment) Act 2015 in order to help in
establishing Accreditation Labs by private sector.
50. 50
• Act clearly delineates the role of private seed sector
(seed companies, dealers, processing units and fruit
plant nurseries)
• It allows the private sector to produce basic seed for
its multiplication and certification
• Permits easier integration of new plant varieties into
the system through Enlisting.
• Act allows the private sector to establish accredited
seed testing laboratories
• It authorizes the registration of Genetically Modified
Crop varieties (GMCs) subject to law
Seed Amendment Act. 2015
Salient Features
51. • To protect the farmers from the cheating practices
“ Misbranded Seed” clause has been included.
• For the Evaluation of the candidate crop varieties
a Variety Evaluation Committee (VEC)has been
constituted.
• To involve all seed stake holders at Federal and
Provincial level a “ Federal Seed Committee” has
been constituted.
• The Act enhances the penalties for effective
deterrence against sale of sub-standard seed.
52. Provisions in Seed (Amendment) Act, 2015
• Certification kept mandatory for only strategic
crops i.e. wheat, cotton, maize, rice, pulses
(OPVs) and potato;
• All minor crops namely vegetables, oilseeds,
fodder/forages, ornamentals, and hybrids of
strategic crops (wheat, cotton, maize, rice)
linked with Truth in Labeling;
• For easier integration in seed cycle/system,
minor crops linked with enlisting kept as pre-
condition for local production or import
53. Contd…
• Private sector seed companies and
breeders allowed to produce all kinds
of seeds and multiply the same;
• Private sector companies allowed to
establish their own Accredited Seed
Testing Laboratories to test and sell the
seed of enlisted varieties their own
label
54. PLANT BREEDERS’ RIGHTS
• Pakistan being a member of WTO (TRIPs)
Agreement is obliged to provide protection of plant
varieties by Patents or by an effective sui-generis
system or by any combination thereof in compliance
of the Article 27.3 (b) of the TRIPs Agreement.
• Keeping in view the traditional background of our
farming community and socio-economic conditions,
opted Sui-generis system for introducing Intellectual
Property Rights (IPR) for plant varieties.
54
55. PRESENT DEVELOPMENT
• Plant Breeders Rights Act 2016 Promulgated;
• PBR Rules, 2018 approved and notified
• Plant Breeders’ Rights Registry Notified in the
Rules of Business, 1973 as an ATTACHED
DEPARTMENT of the Ministry of NFS&R;
55
56. Contd…
• 71 posts created and sanctioned for the PBR
Registry;
• Rs. 20 million released for the Registry during the
Current Financial Year 2018-19 under process;
• Registrar appointed to run the Registry;
• PC-I worth Rs. 401 million prepared by the Ministry
has been approved by CDWP for construction of
Building for Registry and development of DUS sites
56
57. Key Activities/Institution to be Established
under PBR Act, 2016
• The Plant Breeders’ Rights Registry;
• Appointment of Registrar.
• Constitution of Plant Variety Protection
Advisory Committee (PVPAC)
• Constitution of “Research Incentive Board”
58. Department Issues
• Human Resource Shortage;
• Laboratory infrastructure needs upgrading;
• Rented buildings of field offices and labs;
• No Department owned facility for DUS Trials;
• Seed Act Enforcement activities in-sufficient
(Men and Mobility issues);
• Disposal of old vehicles’ fleet & Inclusion of new
Vehicles.
• Career progression issues (structural issues);
• Financial Disparity [Allowances, Incentives]
60. Salient Provisions of the
Plant Breeders’ Rights Act, 2016
• Setting up Plant Breeders’ Rights Registry under Ministry
of National Food Security and Research
• Providing protection to new plant varieties
• Criterion for protection (DUS):
• Novelty (Newness) of the Variety
• Distinctiveness
• Uniformity
• Stability
• Federal Seed Certification and Registration Department
to perform DUS through lab analysis and field testing
• Registrar to be the Head of the PBR Registry
60
61. Contd…….
• Plant Variety Protection Advisory Committee-
Representation of major stakeholders;
• Farmers given the rights to save, sow, re-sow
the harvested seed;
• The rights of benefit sharing of the local
community preserved;
• Compulsory Licensing for acts against public
interest;
• Given incentives for the promotion of research
and development.
61