Current Affairs for 16 September 2026

Special Campaign 6.0: Focus on E-Waste Management, Cleanliness and Pendency Clearance

Why in News?

The Ministry of Steel, along with its Public Sector Undertakings (PSUs), will participate in Special Campaign 6.0, which will be implemented from October 2 to October 31, 2026.

This year, the campaign will place special emphasis on the collection, segregation and proper disposal of e-waste in accordance with the E-Waste (Management) Rules, 2022.

Background

• The Government of India conducts Special Campaigns to improve cleanliness, record management and administrative efficiency across government offices and institutions.
• Special Campaign 6.0 builds upon the progress made during Special Campaign 5.0, which was conducted in October 2025.
• During the previous campaign, the Ministry of Steel and its PSUs focused on clearing pending matters, disposing of obsolete files and records, streamlining scrap disposal and optimising available office space.
• The new campaign seeks to further institutionalise cleanliness and administrative efficiency as a continuous part of governance rather than treating them as one-time activities.

Key Features of Special Campaign 6.0

1. E-Waste Management: The Ministry of Steel and its PSUs will focus on the proper collection, segregation and disposal of electronic waste. E-waste will be handled in accordance with the E-Waste (Management) Rules, 2022 and other applicable guidelines.
2.  Mechanised Cleaning: The campaign will promote greater use of mechanised cleaning methods in government offices and premises. The objective is to improve workplace hygiene while making cleaning operations more efficient and systematic.
3. Disposal of Pending Matters: A major component of Special Campaign 6.0 will be the faster disposal of pending administrative matters. Special attention will be given to pending references related to the Prime Minister's Office, State Governments, Parliament and VIP references.
4. Awareness and Public Engagement: Digital platforms and outreach initiatives will be used to spread awareness about cleanliness and sustainable practices. The campaign also aims to encourage wider participation in Swachhata activities among employees and other stakeholders.

Why is E-Waste Management Important?

• The rapid expansion of digital infrastructure and electronic devices has resulted in a corresponding increase in electronic waste.
• E-waste may contain valuable metals and reusable materials. However, improper disposal can release hazardous substances that may contaminate soil and water and pose risks to human health and the environment.
• Proper collection, segregation, recycling and disposal of electronic waste are therefore essential for both environmental protection and the development of a Circular Economy.

Significance of Special Campaign 6.0

• Special Campaign 6.0 links administrative reforms with environmental sustainability.
• Its focus on e-waste management can promote responsible resource use within government institutions, while clearance of pending matters can improve administrative efficiency and accountability.
• Better record management and disposal of obsolete material can also help optimise office space and improve working conditions.
• The campaign also reflects an attempt to make cleanliness and administrative efficiency a continuous feature of government functioning.

Relevance for India

• India is rapidly expanding its Digital Governance and E-Governance ecosystem, leading to greater use of electronic equipment across government institutions.
• As the use of electronic devices increases, responsible management of these products at the end of their useful life also becomes an important aspect of governance.
• Special Campaign 6.0 therefore seeks to integrate Swachhata, Sustainability and Administrative Efficiency within government institutions.
• It can also contribute to India's broader objectives of responsible waste management, resource efficiency and citizen-centric governance.

Challenges

• Effective identification and segregation of e-waste require adequate awareness and institutional capacity across government offices.
• The implementation capacity of different PSUs and offices may also vary, making uniform execution a challenge.
• Another concern is ensuring that clearance of pending matters focuses on the quality of disposal and resolution, rather than merely reducing numerical pendency.
• Maintaining cleanliness and efficient record management after the formal campaign ends will also be critical for achieving long-term results.

Way Forward

• Government offices should maintain updated inventories of electronic equipment and obsolete e-waste to enable timely and safe disposal.
• E-waste should be transferred only through authorised collection, recycling and disposal mechanisms in accordance with existing regulations.
• Government institutions can also strengthen digital record management, periodic cleanliness audits and real-time monitoring of pending matters.
• Most importantly, Special Campaign initiatives should become part of the regular administrative work culture rather than remaining limited to a specific campaign period.

FAQs

India Launches Net Zero Portal and NAPCC Dashboard to Strengthen Climate Action

Why in News?

• On 16 September 2026, Union Minister of State for Environment, Forest and Climate Change Kirti Vardhan Singh launched India’s Net Zero Portal and the National Action Plan on Climate Change (NAPCC) Dashboard during the World Ozone Day celebrations in Mumbai.
• The two digital platforms are intended to strengthen transparency, institutional coordination, monitoring and evidence-based decision-making in India’s climate action framework.
• The Net Zero Portal focuses on voluntary climate commitments by entities, while the NAPCC Dashboard enables consolidated monitoring of India’s National Missions on climate change.

Background

• World Ozone Day: World Ozone Day, officially known as the International Day for the Preservation of the Ozone Layer, is observed every year on 16 September.
• The United Nations General Assembly designated the day in 1994 to commemorate the signing of the Montreal Protocol on Substances that Deplete the Ozone Layer on 16 September 1987.
• The theme of World Ozone Day 2026 is: “Global Action for a Cooler Planet”
• The year 2026 also marks 10 years of the Kigali Amendment, adopted in 2016 to phase down hydrofluorocarbons (HFCs), which are powerful greenhouse gases widely used in cooling and refrigeration systems.

What is India’s Net Zero Portal?

• The Net Zero Portal is a centralised digital platform developed by the Ministry of Environment, Forest and Climate Change for the voluntary registration and disclosure of Net Zero commitments by Indian entities across different sectors.
• Companies, organisations and other participating entities can use the portal to formally declare their climate targets and periodically report their progress.

Key Features of the Net Zero Portal

Participating entities can:

• Disclose their greenhouse gas emissions.
• Declare their Net Zero target and timeline.
• Submit annual progress updates.
• Report Scope 1 and Scope 2 emissions.
• Voluntarily report Scope 3 emissions.
• Provide details of their long-term Net Zero pathway.
• Report measures related to renewable energy, energy efficiency, technological interventions and carbon removals.

Entities successfully declaring their Net Zero targets will receive an acknowledgement from the Ministry of Environment, Forest and Climate Change (MoEFCC).

Public access to declarations will also help create a consolidated national repository of voluntary Net Zero actions by industries and organisations.

Understanding Scope 1, Scope 2 and Scope 3 Emissions

• Scope 1 emissions are direct greenhouse gas emissions from sources owned or controlled by an organisation, such as emissions from factories or company vehicles.
• Scope 2 emissions are indirect emissions associated with purchased electricity, steam, heat or cooling consumed by an organisation.
• Scope 3 emissions include other indirect emissions occurring across an organisation’s value chain, such as transportation, suppliers, business travel, product use and waste management.
• The inclusion of emission disclosures can therefore provide a clearer picture of the climate footprint of participating entities.

What is the NAPCC Dashboard?

• The National Action Plan on Climate Change Dashboard provides a consolidated digital platform for monitoring the implementation and progress of National Missions operating under the NAPCC.
• It brings information, indicators and progress related to different climate missions onto a common digital platform.
• The dashboard currently covers nine National Missions and provides information across India’s states and Union Territories.

National Missions under NAPCC

The NAPCC framework currently covers the following nine missions:

1. National Solar Mission
2. National Mission for Enhanced Energy Efficiency
3. National Mission on Sustainable Habitat
4. National Water Mission
5. National Mission for Sustaining the Himalayan Ecosystem
6. National Mission for a Green India
7. National Mission for Sustainable Agriculture
8. National Mission on Strategic Knowledge for Climate Change
9. National Mission on Climate Change and Human Health

The original NAPCC, released on 30 June 2008, contained eight core missions. Climate and health has subsequently become part of the expanded framework.

Why are the Two Platforms Significant?

1. Greater Climate Transparency

India’s climate policies involve several ministries, industries, state governments and private entities. A common digital reporting system can improve accessibility and transparency of climate-related information.

2. Strengthening Corporate Climate Accountability

Many companies announce Net Zero targets, but differences in reporting standards can make their progress difficult to assess. The Net Zero Portal provides a common national platform where voluntary commitments and subsequent progress can be disclosed.

3. Better Climate Governance

The NAPCC Dashboard can integrate information from different ministries, helping the government evaluate whether climate programmes are producing the intended results.

4. Data-Based Decision-Making

Reliable indicators can help policymakers identify gaps, revise programmes and allocate resources more effectively.

5. Supporting India’s Net Zero Transition

India has committed to achieving Net Zero emissions by 2070. Monitoring the contribution of different sectors, industries and government missions will therefore become increasingly important.

India’s Climate Commitments

• India announced its long-term objective of achieving Net Zero emissions by 2070 at COP26 in Glasgow.
• India subsequently submitted its Long-Term Low-Emission Development Strategy to the UNFCCC in November 2022.
• India further submitted its NDC for 2031–2035 in April 2026. The current NDC framework aims to reduce the emissions intensity of GDP and increase the share of non-fossil sources in the country’s installed electricity capacity while continuing the transition towards Net Zero by 2070.

Connection with the Montreal Protocol and Kigali Amendment

• The launch on World Ozone Day is also significant because ozone protection and climate action have become increasingly interconnected.
• The Montreal Protocol, 1987 was primarily created to phase out ozone-depleting substances.
• The Kigali Amendment, 2016, expanded climate benefits by requiring the phasedown of HFCs. HFCs do not significantly damage the ozone layer but have high global warming potential.
• According to UNEP, full implementation of the Kigali Amendment could avoid up to 0.5°C of global warming by the end of the century, with further benefits possible through improvements in cooling energy efficiency.

Significance for India

• These initiatives are particularly important because the country must simultaneously pursue rapid economic development, rising energy demand and climate mitigation.
• The Net Zero Portal can encourage businesses to adopt credible long-term decarbonisation strategies, while the NAPCC Dashboard can strengthen government oversight of national climate programmes.
• Together, the initiatives support a governance model based on measurement, disclosure, monitoring and accountability, which will become increasingly important as India moves towards its 2070 Net Zero objective.

Way Forward

• India should gradually strengthen standardised methodologies for greenhouse gas accounting and climate disclosures.
• Independent verification mechanisms can improve the credibility of voluntarily declared Net Zero targets and reduce greenwashing.
• The Net Zero Portal can eventually be integrated with other climate policy mechanisms, carbon markets and corporate sustainability reporting systems where appropriate.
• Regular updating of indicators on the NAPCC Dashboard will be essential to ensure that policymakers receive timely information.
• Greater participation of states, industries, research institutions and civil society can further improve the quality of climate data and policy implementation.

FAQs

Vasundhara Doraswamy to Receive Excellence Award 2026

Why in News?

• Renowned Bharatanatyam artist, choreographer and scholar Dr. Vasundhara Doraswamy will receive the Padmabhushan Guru Dr. Saroja Vaidyanathan Excellence Award 2026.
• The award will be presented by the Nataraj Music & Dance Academy (NMDA) during the Vysakhi Nrithyotsav Indian Dance Festival in Visakhapatnam on September 26–27, 2026.

Who is Dr. Vasundhara Doraswamy?

• Dr. Vasundhara Doraswamy is a renowned Bharatanatyam exponent, choreographer and scholar based in Mysore, Karnataka. She has worked in the field of Bharatanatyam for more than five decades.
• She is known for her work combining Bharatanatyam with Ashtanga Vinyasa Yoga. She also completed doctoral research on the relationship between these two disciplines after training under yoga exponent K. Pattabhi Jois.

Major Contributions

• Dr. Doraswamy has created several solo choreographies, including:
  • Panchali
  • Ganga Lahari
  • Sama Veda
• Her performances and research have contributed to the promotion and wider understanding of Bharatanatyam in India and abroad.
• She has also performed at international platforms, including the UNESCO World Peace Conference in Paris.

Awards and Honours

• Dr. Vasundhara Doraswamy has received several honours, including:
  • Sangeet Natak Akademi Award
  • Shantala Award
  • Honorary Citizenship of Louisville, Kentucky

About Vysakhi Nrithyotsav

• The Vysakhi Nrithyotsav Indian Dance Festival is organised annually by the Nataraj Music & Dance Academy (NMDA) in Visakhapatnam.
• The festival aims to promote Indian classical dance and recognise the contributions of artists in the field.

Significance

• The recognition of Dr. Vasundhara Doraswamy highlights the contribution of Indian classical artists to the preservation, research and global promotion of traditional dance forms such as Bharatanatyam.
• Her work also demonstrates the connection between Indian classical dance and traditional yoga practices.

About Bharatanatyam

Bharatanatyam is one of India’s major classical dance forms, originating in Tamil Nadu.

• It combines dance, music, expressions, rhythm and storytelling. 
• It uses hand gestures (mudras), facial expressions and body movements to convey emotions and stories. 
• Traditionally, many performances were based on Hindu mythology and devotional themes. 
• The dance form developed significantly through the temple and Devadasi traditions of South India. 
• Rukmini Devi Arundale played an important role in its revival and popularisation in the modern era. 
• Today, Bharatanatyam is performed and taught widely in India and across the world. 

Conclusion

Dr. Vasundhara Doraswamy's recognition celebrates her five decades of contribution to Bharatanatyam and her efforts to promote Indian classical dance in India and abroad.

FAQs

New Zealand Parliament Approves Trade Deal with India, Tariffs Cut on Most Exports

Why in News?

• New Zealand’s Parliament on 16 September 2026 passed legislation to implement the Free Trade Agreement (FTA) with India. The legislation was approved by 93 votes to 29, with support from the opposition Labour Party.
• Under the agreement, tariffs on around 95% of New Zealand’s exports to India will be eliminated or significantly reduced.

Important points 

• Around 57% of New Zealand’s exports to India will become duty-free from the day the agreement comes into effect.
• After full implementation, tariffs on nearly 95% of New Zealand exports to India will be eliminated or significantly reduced.
• The agreement will provide duty-free access to New Zealand for all Indian goods.
• New Zealand has agreed to invest $20 billion in India over the next 15 years.
• The agreement is expected to improve market access for products such as food, fibre, technology, education, tourism and professional services.
• New Zealand’s kiwifruit industry expects to save around $125 million in tariffs over five years.

India-New Zealand Trade Relations

• India and New Zealand originally signed the trade agreement in April 2026. Negotiations for the FTA were announced in March 2025.
• The agreement aims to increase trade and investment between the two countries and provide businesses with better access to each other’s markets.
• In the year ending June 2026, two-way trade between India and New Zealand stood at around NZ$3.99 billion. India was New Zealand’s ninth-largest goods and services export market.

What Will the Agreement Provide?

• The FTA will reduce or remove tariffs on a large number of products traded between the two countries. This can lower the cost of exports and make it easier for businesses to enter each other’s markets.
• The agreement also includes provisions related to faster border clearance and preferential access in selected sectors.
• It includes Most-Favoured-Nation (MFN) commitments for wine and some key services sectors.

Significance 

India

• The agreement can provide Indian exporters with greater access to the New Zealand market. It may create opportunities in areas such as:
  • Agriculture and food products
  • Textiles and other manufactured goods
  • Technology and professional services
  • Education
  • Tourism
• The investment commitment by New Zealand could also support greater economic cooperation between the two countries.

New Zealand

• New Zealand exporters are expected to benefit from lower tariffs and improved access to India’s large and growing consumer market.
• The kiwifruit sector is one of the major expected beneficiaries, with the industry estimating significant savings in tariff payments.

Target for Bilateral Trade

• India and New Zealand have set a goal of doubling two-way trade by 2030.
• The FTA is intended to support this objective by reducing trade barriers, improving market access and encouraging investment.

When Will the FTA Come into Effect?

• The agreement will become effective after India and New Zealand complete their respective ratification procedures.
• Following the completion of these procedures, the tariff reductions and other provisions of the agreement will be implemented according to the agreed schedule.

Strengthening Bilateral Relations

• The agreement can strengthen economic ties between India and New Zealand by promoting trade, investment and services. It can also support greater private-sector cooperation between the two countries.

Background: India-New Zealand Relations

• India and New Zealand share historical, cultural, educational and economic ties. Diplomatic relations were established in 1952. 
• Both countries cooperate in areas such as trade, education, agriculture, technology, tourism and people-to-people relations. New Zealand is also home to a significant Indian-origin community.
• In recent years, bilateral relations have expanded through high-level visits, trade negotiations and cooperation in the Indo-Pacific region. The India-New Zealand Free Trade Agreement (FTA) is aimed at further strengthening economic and trade relations between the two countries.

Challenges

• Differences in the size and structure of the two economies may affect the distribution of benefits.
• Domestic producers may face greater competition due to increased market access.
• Non-tariff barriers, including standards and regulatory requirements, may continue to affect trade.
• Small and medium enterprises may face difficulties in meeting foreign market standards.
• Ensuring that the benefits of the agreement reach a wider range of exporters could be challenging.
• The FTA will become operational only after both countries complete their respective ratification procedures.

Way Forward

• Ensure effective and timely implementation of the FTA.
• Provide exporters, particularly MSMEs, with information about market opportunities and regulatory requirements.
• Strengthen regulatory cooperation to reduce non-tariff barriers.
• Promote sector-specific cooperation in agriculture, food processing, technology, education and tourism.
• Facilitate the implementation of New Zealand’s investment commitments in India.
• Regularly review progress towards the target of doubling bilateral trade by 2030.

Conclusion

The India-New Zealand Free Trade Agreement is aimed at reducing trade barriers and expanding economic cooperation between the two countries. With most New Zealand exports expected to receive lower or zero tariffs in India and all Indian goods receiving duty-free access to New Zealand, the agreement could provide new opportunities for exporters, investors and service providers in both countries.

FAQs

World Ozone Day 2026: Theme, Key Facts, Vienna Convention, Montreal Protocol, Kigli Amendment, Importance and Challenges

Why in news?

World Ozone Day, officially known as the International Day for the Preservation of the Ozone Layer, is observed every year on 16 September. 

Key Facts 

What is the Ozone Layer?

• The ozone layer is a region of the stratosphere (roughly 15-35 km above the Earth's surface) containing a relatively high concentration of ozone (O₃). 
• It acts like a protective shield by absorbing much of the Sun's harmful ultraviolet (UV) radiation, particularly UV-B radiation. 
• Excessive exposure to UV radiation can increase risks such as skin cancer and cataracts and can also damage crops, forests, phytoplankton and other ecosystems.
• However, certain human-made chemicals, particularly chlorofluorocarbons (CFCs), halons and other ozone-depleting substances (ODS), release chlorine or bromine in the stratosphere and contribute to ozone destruction.

Why is 16 September Observed as World Ozone Day?

• On 16 September 1987, countries adopted the Montreal Protocol on Substances that deplete the Ozone Layer.
• Recognising the importance of this international agreement, the United Nations General Assembly in 1994 proclaimed 16 September as the International Day for the Preservation of the Ozone Layer.

Vienna Convention and Montreal Protocol

• Vienna Convention for the Protection of the Ozone Layer (1985): It established a framework for international cooperation, research and information exchange concerning the ozone layer.
• Montreal Protocol (1987): It introduced legally binding controls on the production and consumption of substances responsible for ozone depletion. The Montreal Protocol is widely regarded as a major example of successful international environmental cooperation. 

What is the Kigali Amendment?

• The Kigali Amendment was adopted in Kigali, Rwanda, in 2016 as an amendment to the Montreal Protocol. 
• Its main objective is the gradual phase-down of hydro fluorocarbons (HFCs).
• HFCs were widely introduced as substitutes for many ozone-depleting substances. Importantly, HFCs generally do not deplete the ozone layer, but many of them are powerful greenhouse gases with high global warming potential.
• The Kigali Amendment expands the climate benefits associated with the Montreal Protocol by reducing the production and consumption of HFCs and encouraging more sustainable cooling technologies.

Why is the Kigali Amendment important in 2026?

• The year 2026 marks the 10th anniversary of the Kigali Amendment. This is particularly important because global demand for refrigeration and air-conditioning is rising as temperatures increase. 
• Sustainable cooling therefore requires two parallel actions:
  • Reducing high-global-warming-potential refrigerants + improving the energy efficiency of cooling systems.
  • Full implementation of the Kigali Amendment could avoid up to 0.5°C of global warming by the end of this century, with potentially larger benefits when combined with energy-efficient cooling.

Ozone Protection and Climate Change

• Ozone depletion and climate change are different environmental problems, although some of the gases and policy responses overlap. Ozone depletion primarily involves destruction of stratospheric ozone by ozone-depleting chemicals.
• Climate change, on the other hand, is driven mainly by increasing concentrations of greenhouse gases that trap heat in the atmosphere. 
• The Kigali Amendment provides an important bridge between the two issues because reducing HFCs can contribute significantly to limiting global warming while the broader Montreal Protocol framework continues protecting the ozone layer.

Importance of Protecting the Ozone Layer

• Protection of the ozone layer is essential for both human health and ecosystems. A healthy ozone layer reduces exposure to harmful UV radiation, thereby helping lower risks to human skin and eyes. 
• It also protects agricultural productivity, terrestrial ecosystems and aquatic ecosystems, particularly phytoplankton that form the foundation of many marine food chains.
• Ozone protection can also deliver important climate benefits because several ozone-depleting substances are themselves powerful greenhouse gases.

Challenges 

• Countries need to ensure proper implementation and enforcement of Montreal Protocol commitments, prevent illegal trade in controlled substances and promote safe alternatives.
• The rapidly growing demand for air-conditioning and refrigeration also creates a challenge. 
• Developing countries require access to affordable, energy-efficient and climate-friendly cooling technologies, along with trained technicians and appropriate infrastructure.

FAQs

India Exports Hilsa to Bangladesh for First Time: Key Facts, Trade reversal, Cold Chain Structure, ICAR-CIFRI, Blue Economy and Importance

Why in news?

A striking reversal has emerged in the traditional Hilsa (Ilish) trade between India and Bangladesh. India, which is better known for importing the prized fish from Bangladesh particularly to meet festive demand in West Bengal has begun exporting substantial quantities of Hilsa to its eastern neighbour.

Key Facts 

What exactly has changed?

• The traditional Hilsa trade pattern was Bangladesh to India. 
• In 2026, the flow has emerged in the opposite direction India to Bangladesh. 
• According to traders, around 500 tonnes had already been exported over roughly two months, with further consignments planned.

Where is India's exported Hilsa coming from?

• Hilsa is popularly associated in India with West Bengal and the Ganga-Bhagirathi-Hooghly system, but the species also occurs along India's western coast.
• The 2026 reports indicate that much of the exported catch is being sourced from the Bharuch region of Gujarat. 
• Scientific studies of Indian Hilsa have examined populations from locations including Gujarat, Odisha, Andhra Pradesh and West Bengal, reflecting the species' distribution across different coastal and riverine environments.

Why does Bangladesh want Gujarat Hilsa?

• A particularly interesting factor behind the demand is roe. Traders have reported that Gujarat Hilsa often contains substantial quantities of roe. 
• Such roe-filled Hilsa reportedly has relatively limited preference in some Indian markets but enjoys strong demand among buyers in parts of Bangladesh, especially Chattogram and Sylhet.
• This has effectively converted a market characteristic that can reduce preference in one place into a commercial advantage in another.

Gujarat Hilsa → High Roe Content → Demand in Bangladesh

• Reports indicate that roe is being separated for processing and can enter further value-added trade, while some of the imported fish may also be processed into salted or dried Hilsa.

Why is Hilsa So Special?

• Hilsa is one of South Asia's most culturally significant and commercially valuable fish species.
• Common Names: Hilsa, Ilish, Indian Shad
• Hilsa is particularly important in the Bay of Bengal region and is strongly associated with the river systems of eastern South Asia.
• In India, it has immense cultural significance, especially in West Bengal.

Hilsa is an Anadromous Fish

• An anadromous fish generally spends much of its life in marine or estuarine waters but migrates into freshwater rivers for reproduction.
• Hilsa therefore depends on the ecological health of not just one habitat but an interconnected system involving.
• Its migratory character is also why river connectivity and barriers such as barrages can become important for Hilsa conservation.

Hilsa and the Ganga

• Historically, Hilsa migrated from the Bay of Bengal through the Ganga river system and could travel considerable distances upstream. 
• However, the construction and commissioning of the Farakka Barrage in 1975 significantly affected this migration route.
• According to ICAR, Hilsa subsequently became virtually absent from many middle and upper stretches of the Ganga. 
• This makes the species an important example of how large river infrastructure can interact with the migration patterns of aquatic species.

A Major Development in 2026: Hilsa Returns to Upper Ganga

• In August 2026, the Government reported that Hilsa had been recorded near Tanda Khurd village in Chandauli district, Uttar Pradesh, after being virtually absent from upstream reaches for decades.
• Historically, Hilsa had migrated through the Ganga system towards Varanasi, Prayagraj and beyond. Its renewed appearance upstream has therefore been presented by fisheries authorities as an encouraging development in river restoration and aquatic biodiversity conservation.

Role of ICAR-CIFRI in Hilsa Conservation

• The Indian Cuncil of Agriculture Research-Central Inland Fisheries Research Institute (ICAR-CIFRI) has been involved in scientific efforts to restore Hilsa populations in the Ganga.
• Under the National Mission for Clean Ganga (NMCG), ICAR-CIFRI has been implementing a Hilsa conservation programme since 2020.
• In June 2026, ICAR-CIFRI conducted a Hilsa Ranching Programme at Farakka aimed at supporting restoration of Hilsa populations in the Ganga stretch between Farakka and Prayagraj.

What is Fish Ranching?

• Fish ranching involves releasing fish or suitable life stages into natural water bodies with the objective of strengthening or restoring natural stocks.
• In the case of Hilsa, scientific interventions can support declining populations while broader measures improve river habitat and migration conditions.

Why is Hilsa Conservation difficult?

• Hilsa conservation is complicated because the fish crosses multiple ecological zones during its life cycle.
• Its survival depends on the health of:

Marine waters - Estuaries - River channels - spawning habitats

Major Threats to Hilsa

• Catching Juvenile Hilsa: Research on the Hooghly-Bhagirathi system has identified juvenile fishing as a serious fisheries-management issue. Catching fish before they reach suitable maturity can result in both ecological and economic losses.
• Barriers to Migration: As Hilsa is migratory, maintaining river connectivity is particularly important. The history of Hilsa in the upper Ganga demonstrates this challenge.
• River Pollution: Industrial discharge, untreated sewage, plastics and other pollutants can degrade aquatic habitats. Improved water quality is therefore directly relevant to fisheries conservation.
• Climate Change: Climate change can alter sea temperature, river discharge, monsoon patterns, salinity and coastal ecosystems. These changes can potentially affect the timing and distribution of migratory fish populations.

Hilsa as an Indicator of River Health

• The presence or absence of migratory species can provide useful information about the functioning of river ecosystems. 
• For Hilsa, successful migration requires reasonably connected aquatic habitats extending from coastal and estuarine areas into freshwater systems.

Economic Importance of Hilsa

• Hilsa supports a large fisheries value chain involving Fishers, Landing centres, Wholesalers, Cold-chain operators, Transporters, Retailers, Restaurants and Consumers. 

India-Bangladesh Dimension

• Hilsa is deeply embedded in Bengali cuisine on both sides of the border. 
• For consumers in West Bengal, Bangladeshi Hilsa has traditionally held particular appeal, especially around the festive season.
• As a result, decisions regarding Hilsa exports from Bangladesh to India often attract considerable public attention. 

Is Bangladesh still exporting Hilsa to India?

• Bangladesh had permitted 1,200 tonnes of Hilsa exports to India ahead of the festive season in the previous year, according to contemporary reports.
• Therefore, the present development should not be described as the permanent end of Bangladesh's Hilsa exports to India.

Ecological Economics

• Hilsa demonstrates the close connection between natural ecosystems and economic activity.
• If fish stocks decline because of overfishing, pollution, habitat destruction and migration barriers then fishermen, processors, traders and consumers are all affected.
• Thus, biodiversity conservation can also be viewed as an economic investment in natural capital.

Why is this important for India's Blue Economy?

• India's Blue Economy involves the sustainable use of ocean and coastal resources for economic growth, livelihoods and ecosystem health.
• The Hilsa case touches several Blue Economy components:

Marine fisheries, Coastal livelihoods, Food processing, Exports, Biodiversity conservation and Scientific management. 

FAQs

DRDO Develops Indigenous GaN MMIC Technology for Next-Generation Defence Systems

Why in News?

• The Defence Research and Development Organisation (DRDO) has successfully demonstrated and implemented indigenous Gallium Nitride Monolithic Microwave Integrated Circuit (GaN MMIC) technology for high-frequency defence applications.
• According to the Ministry of Defence’s Annual Report 2025–26, the technology can support advanced radar, electronic warfare, communication, satellite and missile systems.

Background

• Modern defence platforms depend heavily on high-frequency electronic components for detecting, tracking, communicating with and countering threats.
• For several years, access to some advanced semiconductor technologies remained restricted because of their strategic and dual-use nature. This increased the importance of developing such technologies within India.
• DRDO developed indigenous GaN MMIC technology in 2024 after years of research. With this achievement, India joined a small group of countries possessing advanced indigenous capability in this field, alongside countries such as the United States, Russia, France, Germany, South Korea and China.
• The development forms part of India’s wider effort to reduce dependence on imported critical defence electronics.

What is Gallium Nitride?

• Gallium Nitride (GaN) is a wide-bandgap semiconductor material capable of operating efficiently under high voltage, high temperature and high-frequency conditions.
• Compared with conventional silicon-based semiconductor technologies, GaN devices can offer higher power density, better thermal performance and improved efficiency in high-frequency applications.
• These properties make GaN particularly useful for modern radar, communication and electronic warfare systems.

What is a GaN MMIC?

• A Monolithic Microwave Integrated Circuit (MMIC) is a compact integrated circuit specifically designed to process microwave and radio-frequency signals.
• In a GaN MMIC, components such as transistors, resistors and capacitors are integrated onto a single semiconductor chip.
• The technology makes it possible to build smaller, lighter and more powerful radio-frequency systems while handling significantly higher power levels.
• This is particularly important in defence platforms where space, weight, power consumption and thermal management are critical factors.

Key Features of India’s Indigenous GaN MMIC Technology

• According to the Ministry of Defence report, an indigenous GaN chip measuring approximately 3.5 × 3 mm can deliver power of up to 30 watts.
• The report also states that GaN technology can support extremely high-speed operations compared with conventional silicon technology.
• Indigenous GaN MMIC technology has been successfully demonstrated and implemented for applications extending up to the X-band frequency range.
• DRDO has also designed, fabricated and demonstrated indigenous S-band GaN High Electron Mobility Transistor-based power devices and MMICs.

What are S-Band and X-Band?

• The S-band generally covers frequencies between approximately 2 GHz and 4 GHz and is widely used in radar, satellite communication and tracking applications.
• The X-band covers approximately 8 GHz to 12 GHz and is particularly important for high-resolution radar, missile guidance, fire-control radar and military surveillance systems.
• The ability to manufacture indigenous components operating across these frequencies is therefore strategically significant.

Role of DRDO’s Solid State Physics Laboratory

• The development has been led by scientists at DRDO’s Solid State Physics Laboratory (SSPL).
• The team associated with the programme has worked extensively on advanced semiconductor technologies such as Gallium Arsenide (GaAs) and Gallium Nitride.
• Research in these areas includes MMIC development, high-frequency semiconductor devices, digital integrated circuits, device modelling, characterisation and fabrication technologies.
• The programme reflects the importance of indigenous semiconductor research for strategic defence applications.

Why is GaN Important for Radar Systems?

• Traditional radar systems require powerful transmitters to send radio-frequency signals over long distances.
• GaN-based transmit-receive modules can generate greater power while occupying relatively less space and operating with higher efficiency.

This can contribute to:

• Longer radar detection ranges
• Improved target tracking
• Higher-resolution surveillance
• More compact radar systems
• Better performance against fast-moving targets
• Greater reliability under demanding operational conditions

GaN technology is especially relevant for Active Electronically Scanned Array (AESA) radars, where hundreds or thousands of small transmit-receive modules operate together.

Importance for Electronic Warfare

• Electronic warfare systems operate in a highly contested electromagnetic environment.
• GaN-based components can support powerful electronic countermeasure and electronic support systems by enabling high-frequency and high-power radio-frequency operations.
• Such systems can be used for functions including threat detection, signal interception, electronic intelligence, radar warning and electronic countermeasures.
• The development could therefore improve India's indigenous capabilities in both defensive and offensive electronic warfare technologies.

Application in Missile and Air Defence Systems

• Modern missile systems require compact and highly reliable electronic components for guidance, seekers, communication and tracking.
• GaN-based MMIC technology can support high-frequency radar seekers and associated electronic systems.
• It can also contribute to ground-based and airborne air-defence radars that must detect small, fast and manoeuvring targets.
• Its high power density becomes particularly valuable where size and weight restrictions are severe.

Importance for Satellites and Communication Systems

• Satellite communication requires efficient radio-frequency amplifiers capable of operating reliably for long durations.
• GaN technology can help reduce the size and weight of communication payloads while increasing power efficiency.
• Such technology could therefore have applications in military satellites, secure communication networks and space-based surveillance systems.

Civilian and Dual-Use Applications

• Although GaN technology is strategically important for defence, it also has significant civilian applications.
• It can contribute to 5G and future 6G telecommunications, satellite communication, electric vehicles, renewable energy systems, high-efficiency power electronics and advanced industrial equipment.
• Investment in strategic semiconductor technologies can therefore generate technological spillovers across the wider economy.

Challenges

• Advanced Fabrication Capability: GaN MMIC fabrication requires sophisticated semiconductor manufacturing facilities and precise process control.
• High Production Cost: Advanced compound semiconductor fabrication can initially be considerably more expensive than established silicon manufacturing.
• Manufacturing Yield: Developing a laboratory prototype and manufacturing thousands of reliable chips at consistent quality are different technological challenges.
• Semiconductor Supply Chain: Substrates, specialised fabrication tools, testing equipment and packaging technologies need a secure domestic supply ecosystem.
• Skilled Workforce: India will require more specialists in semiconductor physics, radio-frequency engineering, fabrication technology, packaging and microwave circuit design.
• Continuous Technological Upgradation: Major military powers are rapidly improving semiconductor materials, radar architecture and electronic warfare capabilities. India will therefore need continuous research rather than treating the current achievement as an endpoint.

Way Forward

• India should expand indigenous GaN fabrication capacity and progressively move from successful demonstration to reliable large-scale production.
• Greater coordination between DRDO laboratories, defence public-sector enterprises, private defence companies, semiconductor manufacturers, universities and start-ups can accelerate the development of a complete domestic ecosystem.
• Investment should also focus on advanced packaging, testing, semiconductor substrates and specialised fabrication equipment.
• Indigenous GaN components should gradually be integrated into future radars, electronic warfare suites, satellites, missile seekers and communication platforms.
• India can also use defence semiconductor development to strengthen commercially important technologies in telecommunications, electric mobility and renewable energy.

FAQs

IAF Dronathon 2026 Begins at Pokhran to Test Advanced Drone Technologies

Why in News?

The Indian Air Force (IAF) has launched its first Dronathon-2026 at the Pokhran Field Firing Range in Jaisalmer, Rajasthan. The three-day event is being held from September 14 to 16, 2026, with participation from more than 20 defence companies, start-ups, MSMEs, DPSUs and innovators.

The event aims to test advanced unmanned systems under realistic operational conditions and strengthen cooperation between the IAF and India’s growing unmanned systems industry.

Important Points

• Dronathon-2026 is the first initiative of its kind by the IAF. 
• It focuses on testing advanced unmanned systems in challenging operational environments. 
• Key technologies include surveillance, reconnaissance, autonomous operations, swarm technology, electronic warfare and Counter-Unmanned Aircraft Systems (CUAS). 
• The IAF is assessing systems for reliability, adaptability and operational effectiveness. 
• The IAF UAS Roadmap was released to provide industry with clarity on the Air Force’s future unmanned aircraft requirements. 
• Vayu UTtaM, an indigenous multi-mode Unmanned Traffic Management System, was demonstrated during the event. 
• Vayu UTtaM can detect and track military and civilian unmanned aircraft systems. 
• The initiative promotes Atmanirbharta in Defence and strengthens India’s domestic drone ecosystem. 
• The event covers the wider ecosystem, including sensors, propulsion, payloads, communications, autonomy and countermeasures.

What is IAF Dronathon 2026?

• Dronathon-2026 is an initiative of the Indian Air Force to engage directly with the Indian unmanned systems industry and assess emerging drone technologies in challenging operational environments.
• The event focuses on moving beyond simple technology demonstrations and evaluating whether these systems can effectively meet the operational requirements of the armed forces.

Key Technologies Being Tested

The demonstrations at Dronathon-2026 cover several important unmanned technologies, including:

• Surveillance and reconnaissance systems
• Autonomous unmanned operations
• Swarm drone technologies
• Electronic warfare capabilities
• Counter-Unmanned Aircraft Systems (CUAS)
• Advanced sensors and payloads
• Communication and propulsion systems
• Drone countermeasures
• Airspace management technologies

These technologies can provide military commanders with additional options to improve the reach, persistence, responsiveness and flexibility of air operations.

Focus on Operational Effectiveness

A major objective of Dronathon-2026 is to assess the real-world operational effectiveness of unmanned systems.

Participating technologies are being evaluated on the basis of:

• Reliability during operations
• Performance in contested environments
• Ability to adapt to changing operational requirements
• Effectiveness against emerging threats
• Operational suitability for future military missions

This approach can help the IAF identify technologies that can move from the development stage towards actual operational deployment.

IAF UAS Roadmap Released

• During the event, Vice Chief of the Air Staff Air Marshal Ashutosh Dixit released the ‘IAF UAS Roadmap’.
• UAS stands for Unmanned Aircraft Systems.
• The roadmap is intended to provide greater clarity to Indian industry about the IAF’s future requirements and capability priorities in the unmanned systems sector.
• It can help defence companies, start-ups, academic institutions and research organisations align their research and innovation efforts with the future needs of the Indian Air Force.

‘Vayu UTtaM’ Demonstrated at Pokhran

• The IAF also demonstrated ‘Vayu UTtaM’, an indigenously developed multi-mode Unmanned Traffic Management System.
• During the real-time demonstration at Pokhran, the system detected and tracked both military and civilian unmanned aircraft systems.
• The system is designed to help manage increasingly crowded airspace and identify and respond to unauthorised or rogue drones.

Applications of Vayu UTtaM

The technology can have applications in areas such as:

• Military airspace management
• Airspace safety
• Protection of critical infrastructure
• Civil aviation
• Public safety

Boost to Atmanirbhar Bharat in Drone Technology

• Dronathon-2026 highlights the IAF’s focus on Atmanirbharta in defence, particularly in the unmanned systems sector.
• The initiative is not limited to drone platforms. It covers the wider unmanned systems ecosystem, including:
• Propulsion systems, sensors, payloads, communications, autonomous systems, electronic warfare, countermeasures and airspace management.
• Greater domestic capability in these areas can reduce dependence on foreign technologies and strengthen India’s defence technology ecosystem.

Why is Dronathon-2026 Important?

The increasing use of unmanned systems is changing modern warfare. Drones can perform surveillance, reconnaissance and other missions while reducing risks to human personnel.

Dronathon-2026 provides an opportunity for the IAF to:

• Test emerging technologies under realistic conditions
• Identify operationally useful drone capabilities
• Strengthen cooperation with Indian defence companies and start-ups
• Promote indigenous research and development
• Improve preparedness against emerging drone threats
• Accelerate the development of next-generation unmanned systems

Challenges

• Technical Reliability: Ensuring that drones work reliably in real-world and combat situations. 
• Electronic Warfare: Jamming, spoofing and cyberattacks can affect drone communication and navigation. 
• Autonomous Operations: Developing drones that can make safe and accurate decisions without continuous human control. 
• Swarm Coordination: Controlling and coordinating a large number of drones at the same time. 
• Counter-Drone Systems: Developing effective systems to detect and neutralise rapidly evolving drone threats. 
• Airspace Management: Safely managing both military and civilian drones in increasingly crowded airspace. 
• Critical Components: Reducing dependence on foreign technology for sensors, chips and communication systems. 
• Rapid Technological Changes: Regularly upgrading drone systems to keep pace with new technologies. 
• Human-Machine Coordination: Ensuring safe and effective coordination between manned aircraft and unmanned systems.

Way Forward

• India needs to develop a strong domestic ecosystem for unmanned systems by encouraging collaboration among the armed forces, defence industry, start-ups, academia and research institutions.
• Regular field trials such as Dronathon can help convert innovative technologies into reliable operational capabilities. Greater investment in autonomy, artificial intelligence, electronic warfare, counter-drone systems and secure communications will also be important for strengthening India’s future air power.

Conclusion

IAF Dronathon-2026 represents an important step towards integrating advanced unmanned technologies into India’s future air operations. By testing systems under realistic conditions and providing industry with a clear roadmap, the initiative can support innovation, operational preparedness and Atmanirbharta in defence technology

FAQs

Department of Financial Services (DFS) Honoured with First Rajbhasha Kirti Award for 2025–26

Why in News?

The Department of Financial Services (DFS) has received the First Prize under the Rajbhasha Kirti Award for 2025–26 in the category of ministries/departments with fewer than 300 personnel. The award recognises its effective implementation and innovative use of Official Language Hindi in official work.

Important Points

• The award was presented during the 6th All India Official Language Conference and Hindi Diwas. 
• The conference was organised by the Department of Official Language, Ministry of Home Affairs. 
• The conference was held on September 14–15, 2026, at CIDCO Exhibition Centre, Vashi, Navi Mumbai. 
• Hari Har Mishra, Additional Secretary, accepted the award on behalf of DFS. 
• The Rajbhasha Kirti Awards recognise outstanding efforts to promote and implement Hindi in official work.

DFS Awarded for Hindi Implementation

• The Rajbhasha Kirti Award recognises the efforts made by DFS during 2025–26 to promote and implement Hindi in official work.
• DFS was recognised particularly for:
  • Promoting the maximum use of Hindi in official communication.
  • Encouraging Hindi in day-to-day departmental work.
  • Introducing innovative practices for the use of Hindi.
  • Strengthening the implementation of the Official Language policy.

Award Presented at All India Official Language Conference

• The award was presented during the 6th All India Official Language Conference and Hindi Diwas under the chairmanship of Union Minister of Home Affairs and Cooperation, Amit Shah.
• Hari Har Mishra, Additional Secretary, received the award on behalf of the Department of Financial Services from Amit Shah.
• The two-day conference was held on September 14–15, 2026, at the CIDCO Exhibition Centre, Vashi, Navi Mumbai.
• Officials and representatives from ministries, departments and institutions across India participated in the conference to discuss the promotion and implementation of Hindi in official work.

Rajbhasha Kirti Award?

• The Rajbhasha Kirti Awards are presented by the Department of Official Language, Ministry of Home Affairs to recognise outstanding efforts in the implementation and promotion of Hindi in official work.
• The awards encourage government organisations to increase the use of Hindi and adopt innovative approaches for its effective implementation.

Why Is the DFS Award Important?

• The recognition highlights the efforts of the Department of Financial Services to strengthen the use of Hindi in departmental work. 
• It also reflects the importance given to innovation and effective implementation of the Official Language policy in government departments.

Conclusion

The Rajbhasha Kirti Award highlights the importance of promoting Hindi in official work while respecting India’s rich linguistic diversity. It also encourages government departments to adopt innovative and effective approaches to improve official communication.

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