Case Study: Beed, Maharashtra Context • India’s objective of doubling farmers’ incomes has achieved limited success at the national level.• Beed district in drought-prone Maharashtra presents a replicable local model based on institutional innovation and value-chain intervention. Intervention • The Krishikul model was implemented by Global Vikas Trust under CSR support.• Farmers shifted from low-value traditional crops such as soybean and cotton to high-value fruit crops including papaya, custard apple, guava, pomegranate, mulberry, and banana.• The initiative focused on small and marginal farmers. Key Outcomes • Per-acre farmer income increased more than tenfold, from about ₹38,700 to around ₹3.9 lakh.• Over 6.7 crore fruit trees were planted across 43,000 acres, benefiting nearly 30,000 farm families.• The case demonstrated that income augmentation, not just productivity enhancement, is critical. Success Factors
Indian Council of Agricultural Research (ICAR)
About Indian Council of Agricultural Research Headquarters and Institutional Network Mandate and Areas of Work ICAR’s mandate covers a wide range of thematic areas, including: Role in Indian Agriculture
India’s Bioeconomy
Meaning of Bioeconomy Bioeconomy refers to the industrial and commercial use of biological resources such as plants, animals, microorganisms, and biological processes to produce goods and services. It integrates biotechnology, life sciences, and bio-manufacturing with economic activity to promote growth while reducing environmental impact. Evolution and Expanding Scope Traditionally, bioeconomy activities were concentrated in agriculture, healthcare, and pharmaceuticals. With advances in biotechnology and sustainability imperatives, its scope has expanded to include biofuels, bioplastics, green chemicals, industrial enzymes, textiles, construction materials, and synthetic biology-based solutions. Renewability, lower carbon footprint, and technological innovation are the key drivers of this transition. Growth of India’s Bioeconomy Sector-wise Contribution The contribution of different segments reflects the diversified nature of India’s bioeconomy: Regional Distribution BioE3 Policy Policy Support and Innovation Ecosystem Challenges
Bio-Fertilizers
Meaning Bio-fertilizers are living or biologically active microbial inoculants consisting of bacteria, algae, or fungi which enhance soil fertility by fixing atmospheric nitrogen, solubilising phosphorus, decomposing organic matter, or mobilising nutrients in the soil. Unlike chemical fertilizers, bio-fertilizers are renewable, eco-friendly, and improve long-term soil health without causing environmental pollution. They play a critical role in sustainable agriculture, as they reduce dependence on synthetic fertilizers, improve nutrient availability, and maintain soil biological balance. Why Bio-Fertilizers are Important Mechanism of Action Bio-fertilizers act through one or more of the following mechanisms: Major Types of Bio-Fertilizers 1. Rhizobium Use: Pulses, legumes (pea, gram, lentil, soybean) 2. Azotobacter Use: Wheat, maize, barley, rice (non-legumes) 3. Azospirillum Use: Cereals and grasses 4. Blue-Green Algae (Cyanobacteria) 5. Azolla–Anabaena Bio-fertilizer Limitation: Requires standing water; growth constrained in summer. 6. Phosphorus Solubilising Microorganisms (PSM) 7. Mycorrhizal Fungi Compost Tea (Liquid Bio-fertilizer) Bio-fertilizers vs Chemical Fertilizers Aspect Bio-fertilizers Chemical Fertilizers Nature Living organisms Synthetic chemicals Soil health Improves Degrades (long term) Pollution Minimal High Sustainability High Low Cost (long term) Low High Limitations of Bio-Fertilizers
Biotechnology
Meaning Biotechnology refers to the application of living organisms, biological systems, or their components (cells, enzymes, genes, microbes) to develop useful products, processes, and technologies. It includes traditional practices such as fermentation as well as modern techniques like genetic engineering and molecular diagnostics. The modern phase of biotechnology accelerated after the discovery of DNA structure and the development of genetic engineering tools and polymerase chain reaction (PCR). Biotechnology today is deeply integrated with medicine, agriculture, industry, environment management, and data-driven life sciences. Biotechnology in India Bioeconomy and Growth Potential India’s biotechnology sector is among the fastest growing, expected to significantly shape India’s economic trajectory. Key concepts: Startup Ecosystem Sub-sectors of India’s Bioeconomy (India Bio Economy Report 2023 basis) India’s bioeconomy is stated at $137 billion, contributing around 4% of GDP and employing over 2 million people. Key segments: Institutional Framework in India Government Initiatives for Biotechnology Challenges Associated with Biotechnology 1) Ownership and Equitable Access Biomaterials and biotech innovations often fall under patent regimes. While patents incentivize innovation, they can also restrict access, especially for developing countries, raising concerns about affordability and inclusive benefits. 2) Ethical Concerns Biotechnology may create outcomes that raise questions about human dignity and commercialization of life. Patenting genetically designed entities (such as cDNA and altered DNA sequences) creates ethical debates about ownership over biological materials and the moral limits of profit-making from life processes. 3) Uncertainty and Emerging Risks New genomic techniques introduce uncertain risks because biological systems are complex and not fully predictable. Even historically, recombinant DNA technologies were recognised as having potential hazards due to incomplete understanding of biological mechanisms and possible misuse. 4) Security Threats Advances in synthetic biology increase concerns about misuse, including the possibility of artificially produced organisms being used for biological weapons development. This creates internal security and global governance concerns. 5) Environmental Impact Agricultural biotechnology can have unintended ecological effects such as changes in pesticide use, impact on non-target species, emergence of pest resistance, and risks to pollinators and wild species. This makes environmental assessment and long-term monitoring essential.
National Technical Textiles Mission (NTTM)
The National Technical Textiles Mission (NTTM) was launched in 2020 by the to promote the research, production, and adoption of technical textiles in India. The mission is being implemented for the period 2020–21 to 2025–26 with a total outlay of ₹1,480 crore. Technical textiles are emerging as a strategic sector due to their applications in infrastructure, defence, healthcare, agriculture, mobility, and environmental protection. Objectives of the Mission The mission aims to position India as a global leader in technical textiles by strengthening the domestic ecosystem and reducing import dependence. Its core objectives include: Key Components of NTTM Research, Innovation and Development The mission supports R&D projects for developing new fibres, yarns, fabrics, and processing technologies. It encourages collaboration between research institutions, industry, and startups to create high-performance textile solutions. Promotion and Market Development This component focuses on increasing awareness and adoption of technical textiles within India. It promotes industry linkages, pilot projects, standards development, and international collaborations to create sustainable domestic demand. Export Promotion A dedicated effort is made to enhance India’s presence in the global technical textiles market through export facilitation, standard harmonisation, and engagement with international buyers. Education, Training and Skill Development The mission supports: What are Technical Textiles Technical textiles are textile materials and products designed primarily for functional and performance-oriented applications, rather than aesthetics. They are also referred to as industrial textiles, functional textiles, performance textiles, or hi-tech textiles. These textiles are engineered to deliver properties such as strength, durability, resistance, insulation, filtration, protection, or medical functionality. Classification of Technical Textiles Technical textiles are broadly classified into 12 categories, based on their end-use applications: Applications and Significance Technical textiles are widely used in: They play a crucial role in improving safety, efficiency, sustainability, and technological self-reliance. Importance for India The National Technical Textiles Mission is strategically important because it:
Atal Pension Yojana (APY)
Overview The Atal Pension Yojana (APY) is a government-backed pension scheme launched in 2015 to provide old-age income security to workers in the unorganised sector. The scheme is regulated and administered by the . It guarantees a fixed monthly pension after the age of 60, helping individuals without formal pension coverage plan for retirement. Key Features Atal Pension Yojana is designed to ensure predictable and assured pension benefits. Objectives The Atal Pension Yojana was introduced to address gaps in India’s social security framework. Significance Atal Pension Yojana plays an important role in India’s welfare architecture. Limitations and Challenges Despite its benefits, APY faces several structural and implementation challenges.
Scheduled Commercial Banks (SCBs)
Overview Scheduled Commercial Banks (SCBs) are banks listed in the Second Schedule of the Reserve Bank of India Act, 1934. These banks are authorised to carry out commercial banking activities and are eligible to avail facilities from the central bank, including refinancing and liquidity support. SCBs form the core of India’s banking system, playing a critical role in credit creation, monetary transmission, financial inclusion, and economic growth. Legal Basis A bank is classified as a Scheduled Commercial Bank when it: These banks are regulated by the Reserve Bank of India Key Features Classification of Scheduled Commercial Banks Public Sector Banks These banks are majority-owned by the Government of India. They play a major role in priority sector lending, financial inclusion, and government schemes. Private Sector Banks These banks are owned and managed by private shareholders. They are known for technological adoption, efficiency, and customer-centric services. Foreign Banks Foreign banks operating in India with branches or wholly-owned subsidiaries are also SCBs. Regional Rural Banks (RRBs) RRBs are also included under Scheduled Commercial Banks. Functions of Scheduled Commercial Banks Importance in the Indian Economy Scheduled Commercial Banks are central to India’s financial architecture. Difference from Non-Scheduled Banks
Pension Funds
Meaning and Concept A pension fund accumulates contributions during an individual’s working life and invests them in diversified financial assets. On retirement, the accumulated corpus is used to provide monthly pensions or annuity-based income. The core objective is to ensure income continuity in old age and reduce dependence on family or state support. Regulatory Framework in India Pension funds in India are regulated under a dedicated statutory framework created to: Major Pension Schemes in India National Pension System A contribution-based pension system open to government employees and the general public.Contributions are invested in a mix of equity, government securities, and corporate bonds.The pension amount depends on contributions and market-linked returns. Atal Pension Yojana A social security scheme targeted at the unorganised sector.It provides a guaranteed pension after the age of 60, based on the contribution level chosen.Designed to encourage small but regular retirement savings. Employees’ Pension Scheme A pension scheme for organised sector employees.Funded mainly through employer contributions.Provides defined pension benefits linked to service period and wages. Types of Pension Funds Based on Benefit Structure Based on Management Investment Pattern Pension funds follow a long-term and risk-balanced investment approach. Importance of Pension Funds Challenges in India Way Forward Pension funds are essential for ensuring dignified ageing, economic stability, and inclusive social protection in the long term.
Pension Fund Regulatory and Development Authority (PFRDA)
Overview The Pension Fund Regulatory and Development Authority (PFRDA) is India’s statutory pension sector regulator, responsible for regulating, promoting, and ensuring orderly growth of the pension system in the country. It plays a central role in expanding pension coverage and safeguarding the interests of subscribers. PFRDA regulates the National Pension System (NPS) and Atal Pension Yojana (APY), which together form the backbone of India’s contributory pension architecture. Establishment and Legal Status Objectives PFRDA aims to: Core Functions Regulation of Pension Schemes PFRDA regulates and supervises: Oversight of Intermediaries It regulates and licenses: This ensures proper fund management and operational integrity. Subscriber Protection Developmental Role Composition of PFRDA The authority consists of: Members are appointed by the Central Government. Importance of PFRDA
