Apparel Export Promotion Council (AEPC)

Apparel Export Promotion Council (AEPC)

Apparel Export Promotion Council (AEPC) Latest News

A Sakthivel has been recently appointed as the chairman of the Apparel Export Promotion Council (AEPC), marking his fifth term at the helm of the organization.

About Apparel Export Promotion Council (AEPC)

  • It was established in 1978 under the provisions of the Foreign Trade (Development and Regulation) Act of 1992. 
  • It is the official body of apparel exporters in India.
  • It operates under the aegis of the Ministry of Textiles, Government of India. 
  • Its primary objective is to promote and support the export of Indian garments and textiles to the global market. 
  • AEPC is the most significant body representing apparel exporters in India and works towards improving the competitiveness of the Indian apparel sector.
  • It acts as a bridge between the government, Indian apparel exporters, and international customers.
  • It comprises various stakeholders, including:
    • Central Government representatives
    • Exporters
    • Industry Associations
    • Government Bodies
  • AEPC's decision-making process involves inputs from these sectors to make informed decisions for the development of the industry. 
  • Its governing body is led by an elected chairman, supported by regional and sectoral committees, along with professionals and experts in the field of textile and apparel export.
  • Functions:
    • Promoting Apparel Exports: Facilitates the export of Indian-made garments worldwide.
    • Market Research & Development: Conducts research to understand global trends, market demands, and opportunities.
    • Organizing Trade Fairs: AEPC organizes national and international trade fairs to showcase Indian apparel.
    • Policy Advocacy: Acts as a liaison between the government and exporters to address issues in the export sector.
    • Skill Development: Provides training programs and workshops for improving the skills of the workforce in the apparel sector.
    • Certification and Standards: Works to ensure that apparel exports meet international quality standards and certifications.
    • Data Collection: Gathers and disseminates data on market trends, industry reports, and export statistics.
  • It also organizes the India International Garment Fair twice a year that allows more than 300 exhibitors to display their products and unique apparel.
  • It has its headquarters in Gurgaon, Haryana.

Source: DEVD

Apparel Export Promotion Council (AEPC) FAQs

Q1: When was the Apparel Export Promotion Council (AEPC) established?

Ans: It was established in 1978.

Q2: Under which Act was Apparel Export Promotion Council (AEPC) set up?

Ans: Under the Foreign Trade (Development and Regulation) Act, 1992.

Q3: Under which ministry does Apparel Export Promotion Council (AEPC) operate?

Ans: It operates under the Ministry of Textiles, Government of India.

Q4: What is the primary objective of Apparel Export Promotion Council (AEPC)?

Ans: To promote and support the export of Indian garments and textiles.

Q5: Where is Apparel Export Promotion Council (AEPC) headquartered?

Ans: In Gurgaon, Haryana.

Melghat Tiger Reserve

Melghat Tiger Reserve

Melghat Tiger Reserve Latest News

Recently, the Bombay Natural History Society (BNHS) has released 15 critically endangered Indian vultures at the Melghat Tiger Reserve in Maharashtra.

About Melghat Tiger Reserve

  • Location: It is situated  in the state of Maharashtra.
  • It is located on the southern offshoot of the Satpura Hill Range in Central India, called Gavilgarh Hill. 
  • It was the first tiger reserve in Maharashtra.
  • The name ‘Melghat’ means the confluence of various ‘ghats’ or valleys, as is typical from the landscape of this tiger reserve.
  • Vegetation: The forest is tropical dry deciduous in nature, dominated by teak.
  • Rivers: The reserve is a catchment area for five major rivers: the Khandu, Khapra, Sipna, Gadga, and Dolar, all of which are tributaries of the river Tapti.
  • Boundaries: The Tapti River and the Gawilgadh ridge of the Satpura Range form the boundaries of the reserve.
  • Tribes: The Korkus are the largest tribal community in Melghat. Other communities include the Gawli community, the Gond tribe,
  • Flora: Some of the common species are teak, Lagerstroemia Parviflora, Terminalia Tomentosa, Ougeinia Oojeinensis, Emblica Officinalis, Bamboo, etc.
  • Fauna: Sloth Bear, Indian Gaur, Sambar deer, Leopard, Nilgais, dhole, hyena, jungle cat, langur, etc. 
    • It is considered a stronghold of the critically endangered forest owlet.

Source: TP

Melghat Tiger Reserve FAQs

Q1: Where is Melghat Tiger Reserve located?

Ans: Maharashtra

Q2: What is the primary vegetation type in Melghat Tiger Reserve?

Ans: Tropical dry deciduous forest

W Ursae Majoris Star

W Ursae Majoris Star

W Ursae Majoris Star Latest News

Astronomers from Aryabhatta Research Institute of Observational Sciences used data from Devasthal Fast Optical Telescope and NASA’s TESS space telescope to create detailed light curves of the W Ursae Majoris (W UMa) star.

About W Ursae Majoris Star

  • It is also known as a low mass contact binary, is a type of eclipsing binary variable star. 
  • They share a single outer atmosphere and they orbit around each other.
  • W UMa stars are easily recognized by their light curves with near equal minima and continuous light variation.
  • Their variability ranges from a few tenths to slightly over a magnitude. The periods are typically short and range between 0.25 days to around 1.0 days.
  • Origin: The traditional theory explaining the origin of contact binaries is that W UMa systems form from detached binaries of comparable periods through orbital decay by angular momentum loss.
  • The idea of the contact binary seems to have been first introduced by Kuiper (1941).
  • Significance W Ursae Majoris Star Study: They assist in precise determinations of fundamental stellar parameters such as masses, radii, and temperatures, crucial for testing theories about how stars evolve over time.

Key Findings about W Ursae Majoris Star

  • It was found that stars share their outer layers, their orbits shift slightly over time, as if tugging and pulling on one another
  • Some stars appear lopsided—brighter on one side than the other.
  • It is found that there is an uneven brightness point at dark magnetic star spots similar to star spots.
  • These spots rotate in and out of view, creating bumps in the light curves.  
  • This also suggests the stars have strong magnetic activity.
  • Scientists also found specific light signals (called H-alpha and H-beta) that clearly show activity in the star’s outer layer, which is linked to magnetic events like star spots and stellar flares.

Source: PIB

W Ursae Majoris Star FAQs

Q1: What type of star system is W Ursae Majoris?

Ans: Eclipsing binary star

Q2: In which constellation is W Ursae Majoris located?

Ans: Ursa Major

SHINE Scheme

SHINE Scheme

SHINE Scheme Latest News

Recently, at the 79th Bureau of Indian Standards Foundation Day union ministers launched the SHINE scheme in New Delhi. 

About SHINE Scheme

  • The Standards Help Inform & Nurture Empowered Women (SHINE) is a new scheme of the Bureau of Indian Standards.
  • It places women at the center of India’s quality journey.
  • Through structured training, grassroots partnerships with NGOs and SHGs, and practical, locally delivered programmes,
  • It empowers women with knowledge that protects families and strengthens livelihoods.
  • Through this BIS spreads awareness about standards, safety, and quality within households, self-help groups, and communities.

Key Facts about Bureau of Indian Standards

  • It is the National Standard Body of India established under the BIS Act 2016.
  • Objective: It was established for the harmonious development of the activities of standardization, marking, and quality certification of goods and for matters connected therewith or incidental thereto.
  • It is the successor of the Indian Standards Institution (ISI), which was created in 1947 to ensure quality control and competitive efficiency in the rapid industrialization era.
  • BIS represents India in International Organization for Standardization (ISO) and International Electrotechnical Commission (IEC).
  • Nodal Ministry: It is functioning under the administrative control of the Ministry of Consumer Affairs, Food and Public Distribution.
  • Headquarter: It is headquartered in New Delhi and maintains regional and branch offices throughout the country.

Source: PIB

SHINE Scheme FAQs

Q1: What is the primary objective of the SHINE Scheme?

Ans: It is aimed at empowering women through education and awareness about quality standards.

Q2: What is the symbol used by BIS for certification?

Ans: ISI Mark

Biomaterials

Biomaterials

Biomaterials Latest News

As countries look to shift to cleaner processes to manufacture consumer products, be it plastics or textiles, biomaterials will become the new frontier of materials engineering.

About Biomaterials

  • They are materials of natural, synthetic, or hybrid origin designed to interact safely and compatibly with different systems such as the human body and the environment. 
  • They are derived wholly or partly from biological sources or engineered using biological processes that are designed to replace or interact with conventional materials. 
  • They are increasingly used across sectors such as packaging, textiles, construction, and healthcare. 
  • Biomaterials are central to modern biomedicine and bioengineering, and their design is informed by application-specific demands and trade-offs.
  • The modern field of biomaterials combines physics, chemistry, medicine, and biology, as well as materials science and tissue engineering. 
  • Metals, plastics, ceramics, glass, cells, and living tissue are currently used to create biomaterials.
  • Biomaterials can be broadly categorised into three types: 
    • Drop-in biomaterials, which are chemically identical to petroleum-based materials and can be used in existing manufacturing systems (such as bio-PET); 
    • Drop-out biomaterials, which are chemically different and require new processing or end-of-life systems (such as polylactic acid or PLA); 
    • Novel biomaterials, which offer new properties not found in conventional materials, such as self-healing materials, bioactive implants, and advanced composites.

Source: TH

Biomaterials FAQs

Q1: What are biomaterials?

Ans: Biomaterials are materials of natural, synthetic, or hybrid origin designed to interact safely and compatibly with the human body or the environment.

Q2: Why are biomaterials used in many sectors?

Ans: Because they offer safe, sustainable alternatives to conventional materials.

Q3: What materials are used to create biomaterials?

Ans: Metals, plastics, ceramics, glass, cells, and living tissue are currently used to create biomaterials.

Q4: What are novel biomaterials?

Ans: Biomaterials which offer new properties not found in conventional materials.

Katydids

Katydids

Katydids Latest News

Researchers recently identified three previously unknown species of meadow katydids, or long-horned grasshoppers, named Conocephalus usmanii, Conocephalus nagariensis, and Conocephalus ganderbali, in Jammu and Kashmir.

About Katydids

  • Found on every continent except Antarctica, Katydids are a family of primarily nocturnal insects. 
  • There are more than 8,000 known species of Katydid, all of which belong to the family Tettigoniidae. 
  • Grasshoppers, locusts, crickets, and katydids belong to a group of insects known as orthopterans (meaning 'straight wings').
  • They closely resemble grasshoppers and used to go by the name long-horned grasshoppers. 
  • However, in reality, they are more closely related to crickets, hence their other common name, the bush cricket.

Katydids Features

  • Katydids vary greatly in size depending on the species. That said, most range between 0.2 inches to 5.1 inches long.
  • The body generally resembles that of grasshoppers, but katydids have long, threadlike antennae instead of the grasshoppers’ short antennae. 
  • While most Katydids appear bright green or mimic the appearance of leaves, they come in a variety of colors, ranging from pink to yellow. 
  • Like grasshoppers and crickets, katydids make noise by rubbing body parts together — in their case, by moving a leg against a wing and producing a sound that resembles their name. 
  • They are famous for their ability to blend into their surroundings. 
  • Katydids have feet with four segments. 
  • The lifespan of a katydid is about a year.
  • They are mostly herbivores, feeding on leaves, flowers, and fruit, but some eat small insects.

Key Facts about Meadow Katydids

  • The meadow katydids are a group of about 20 species of slender, small-to medium-sized katydids found in grassy meadows near lakes and ponds.
  • Genus: Orchelimum
  • When disturbed, they enter the water, cling to underwater plants, and can remain submerged for several minutes. 
  • Abundant and widespread, meadow katydids have large orange eyes and a body that is brown on top and green on the bottom. 
  • They produce a song, consisting of clicks and buzzes, during the day or at night.

Conocephalus Nagariensis

  • Found in the Budgam district, it is distinguished by its spindle-shaped appendages (cerci) and a stridulatory file containing exactly 34 teeth. 
  • It is dedicated to Dr. Rajendra Nagar, a researcher credited with discovering several other species of katydids across the country, and bears his name.

Conocephalus Ganderbali

  • Discovered in the Ganderbal region, it is notably small and slender.
  • It has a musical file of only 28 teeth and a unique V-shaped incision on its underbelly. 
  • Its name is derived from the Ganderbal district in Kashmir, the specific locality where the researchers first collected the specimens.

Conocephalus Usmanii

  • It features a flat, elongated plate on its abdomen and a musical file with 36 teeth. 
  • It was named in honour of Professor Mohd Kamil Usmani, a scholar who has made significant contributions to the study of Orthoptera (the group of insects including grasshoppers and katydids) in India.

Source: RM

Katydids FAQs

Q1: What are Katydids?

Ans: They are a family of primarily nocturnal insects.

Q2: How many species of katydids are known?

Ans: There are over 8,000 known species.

Q3: To which insect group do grasshoppers, locusts, crickets, and katydids belong?

Ans: They all belong to Orthoptera.

Q4: What is another common name for katydids?

Ans: They are also called bush crickets.

Q5: What colors can katydids appear in?

Ans: Mostly green, but also pink, yellow, and other colors.

Sagar Island

Sagar Island

Sagar Island Latest News

The West Bengal Chief Minister recently laid the foundation stone of a 5-km-long bridge over the river Muriganga to connect Sagar Island with the mainland.

About Sagar Island

  • Sagar Island, also known as Gangasagar or Sagardwip, is located in the Ganges delta, in West Bengal.
  • It is about 100 km south of Kolkata. 
  • It is part of the South 24 Parganas district. It consists of 43 villages. 
  • It lies at the mouth of the Hooghly River (a major distributary of the Ganges), an arm of which separates it from the mainland to the east. 
  • Although Sagar Island is a part of Sundarbans, it does not have any tiger habitation or mangrove forests or small river tributaries as is characteristic of the overall Sundarban delta. 
  • Situated at a point where the Ganges River system meets the Bay of Bengal, the island is held to be particularly sacred and is a noted Hindu pilgrimage center.
    • Thousands of pilgrims make their way to Sagardwip every year in mid-January to take a holy dip in the river during the Ganga Sagar Fair. 
    • The Ganga Sagar Fair is the second most attended fair in the world, after the popular Kumbh Mela.
    • The Kapil Muni temple on the island is a popular pilgrim centre.

Source: TH

Sagar Island FAQs

Q1: What is another name for Sagar Island?

Ans: It is also known as Gangasagar or Sagardwip.

Q2: Where is Sagar Island located?

Ans: It is located in the Ganges delta in West Bengal.

Q3: Is Sagar Island part of the Sundarbans?

Ans: Yes, it is part of the Sundarbans.

Q4: When do pilgrims visit Sagar Island for a holy dip?

Ans: Every mid-January during the Ganga Sagar Fair.

Q5: What is the famous temple located on Sagar Island?

Ans: The Kapil Muni Temple.

Wangchu Hydroelectric Project

Wangchhu Hydroelectric Project

Wangchhu Hydroelectric Project Latest News

The Adani Group recently commenced the 570 MW Wangchhu Hydro Electricity Project in Bhutan.

About Wangchhu Hydro Electricity Project

  • It is a 570 MW run-of-river hydropower project being built on the Wangchu River/basin in Chukha District, Bhutan. 
    • The Wangchu River (also called Raidāk River in India) is a significant tributary of the Brahmaputra River.
  • It is being developed by Wangchhu Hydroelectric Power Limited (WHPL), a joint venture company formed by India’s Adani Power Limited (APL) and Bhutan’s state-owned Druk Green Power Corporation Ltd (DGPC) following a shareholders’ agreement signed in September 2025.
    • DGPC holds a controlling 51% stake in the venture, with Adani Power owning the remaining 49%. 
  • This project will involve an investment of ₹6,000 crore.  It will be implemented on a build, own, operate, and transfer (BOOT) basis.
  • The facility will function as a peaking run-of-river plant, helping Bhutan manage seasonal fluctuations in hydropower generation.
  • The facility will feature four turbines, each rated at 142.5 MW, producing roughly 2,478.93 GWh annually.
  • The Wangchu Project will meet Bhutan’s electricity demand during winters. Power generated in the summer season will be exported to India.

Source: TOI

Wangchhu Hydro Electricity Project FAQs

Q1: What is the capacity of the Wangchhu Hydro Electricity Project?

Ans: It is a 570 MW run-of-river project.

Q2: Where is the Wangchhu project located?

Ans: In the Wangchu River basin, Chukha District, Bhutan.

Q3: The Wangchu River is a tributary of which major river?

Ans: It is a tributary of the Brahmaputra River.

Mpemba Effect

Mpemba Effect

Mpemba Effect Latest News

Recently, researchers from Jawaharlal Nehru Centre for Advanced Scientific Research have used supercomputers to develop the first simulation of ice formation proving the Mpemba effect of water. 

About Mpemba Effect

  • Mpemba effect is a paradoxical phenomenon in which a hot liquid can cool or freeze faster than a cold liquid under certain conditions. 
  • The effect described by Aristotle, in his book Meterologica.
  • It is named after Tanzanian student Erasto Mpemba, who brought attention to this counterintuitive phenomenon in 1969, making for curious observations.

Possible Explanations

  • Micro bubbles: One cause, scientists have posited, is micro bubbles left suspended in water that has been heated by boiling.
  • These cavities promote convection and transfer heat faster as the water cools.
  • Evaporation: as warmer water evaporates more, it also takes away some heat (evaporation is inherently endothermic, which is how sweat cools your skin).
    • Both convection and accelerated heat transfer are enhanced in warmer water because such water is less dense.
  • Presence of frost in cold water: Frost is an insulator and could slow the loss of heat.
  • Scientists have also considered whether compounds in water like calcium carbonate could be precipitated by boiling, and then dissolve, thus increasing the water’s freezing point.

Recent Findings related to Mpemba Effect

  • The researchers also found that the Mpemba effect is not unique to water.
  • The simulation demonstrates that similar behaviour can occur during fluid-to-solid phase transitions in other materials

Source: PIB

Mpemba Effect FAQs

Q1: Who popularized the Mpemba Effect in 1969?

Ans: Erasto Mpemba

Q2: What is the Mpemba Effect?

Ans: A phenomenon where hot water freezes faster than cold water

Key Facts about Iran

Key Facts about Iran

Iran Latest News

Recently, India has issued an advisory urging its nationals to avoid any non-essential travel to Iran until further notice amid the ongoing protests. 

About Iran

  • Location: It is a prominent country located in West Asia.
  • Bordering Countries: It shares land boundaries with Armenia, Azerbaijan, and Turkmenistan to the north, Afghanistan and Pakistan to the east, Iraq to the west, and Turkey to the northwest.
  • Maritime Boundaries: It is bordered by major water bodies, namely the Caspian Sea to the north, and the Persian Gulf and the Gulf of Oman to the south.
  • Capital City: Tehran
  • It is a member country of SCO, OPEC and BRICS.

Geographical Features of Iran

  • Terrain: Its terrain is predominantly marked by the Iranian Plateau, characterised by vast deserts like the Dasht-e Kavir and Dasht-e Lut.
  • Mountain Range: It has important mountain ranges such as the Zagros Mountains in the west and the Alborz Mountains in the north.
  • Highest Peak: Mount Damavand, located in the Alborz Mountain Range, is the highest peak in Iran.
  • Climate: Iran’s climate varies from arid and semi-arid conditions to subtropical regions, especially along the Caspian coast.
  • Major Rivers:  Karun, Dez, Karkheh, and Diyala rivers, essential for irrigation and agriculture.
  • Natural Resources: It is rich in oil and natural gas, along with coal, chromium, copper, iron ore, lead, manganese, zinc, and sulphur.

Source: ET

Iran FAQ's

Q1: Which mountain range runs along the border between Iran and Iraq?

Ans: Zagros Mountains

Q2: Iran is a significant producer of which natural resource?

Ans: Oil

UAPA Amendments in India: Defining Modern Terrorism

UAPA Amendments

UAPA Amendments Latest News

  • The Supreme Court’s denial of bail to Umar Khalid and Sharjeel Imam rests on an expansive reading of “terrorist act” under Section 15 of the UAPA, which includes acts committed by “any other means” beyond conventional weapons. 
  • Section 15 of the UAPA has been repeatedly invoked in cases unrelated to mass-casualty violence or organised terror, from the arrest of journalist Siddique Kappan and the detention of NewsClick editor Prabir Purkayastha to charges against Kashmir University students and Umar Khalid for protest-related activities, highlighting the law’s widening application to dissent and political mobilisation. 
  • While the UAPA’s expansion has been incremental and bipartisan, the ruling reinforces a widened scope of terrorism and the strengthened executive powers under the current framework.

Origins of the Unlawful Activities (Prevention) Act

  • Enactment Without a Terror Focus (1967) - The UAPA was enacted in 1967 to address “unlawful activities” threatening India’s sovereignty and territorial integrity. In its original form, it did not deal with terrorism.
  • Roots in National Integration Concerns - The law emerged from the work of the National Integration Council (NIC), set up in 1961 to counter communalism, regionalism, and other divisive forces.
  • Constitutional Backing - NIC recommendations led to the Constitution (Sixteenth Amendment) Act, 1963, introducing reasonable restrictions on fundamental rights to protect national integrity. The UAPA operationalised these changes.
  • Shift Towards Terrorism Came Later - Initially focused on secessionist and integrity-related activities, terrorism entered the UAPA framework only decades later through subsequent amendments.

Terrorism Brought Within the UAPA Framework (2004)

  • Shift After Repeal of POTA - A major change came in 2004 when Parliament amended the UAPA after repealing the Prevention of Terrorist Activities Act, responding to concerns over misuse.
  • Creation of a Terror-Specific Chapter - The Act’s title was expanded, and Chapter IV (Sections 15–23) was introduced to define terrorist acts, prescribe punishments, and criminalise related activities.
  • Definition of Terrorist Acts - Section 15 defined terrorism as acts using explosives, firearms, hazardous substances or lethal weapons, causing or likely to cause death, injury or property damage, with intent to threaten India’s sovereignty or strike terror.
  • Expanded Scope of Unlawful Activity - The amendment widened “unlawful activity” to include acts causing “disaffection against India” and strengthened penalties for membership of banned organisations, including life imprisonment or death if loss of life occurred.

Post-26/11 Amendments: Expansion of UAPA Powers (2008)

  • Trigger: Mumbai Terror Attacks and UNSC Mandate - Following the 26/11 attacks and citing UNSC Resolution 1373, Parliament amended the UAPA to strengthen India’s counter-terror framework.
  • Broadening the Definition of Terrorism - The insertion of “by any other means” in Section 15 vastly widened the scope of terrorism, enabling non-violent or disruptive acts to be construed as terrorist offences.
  • Harsher Procedural Regime - Police custody was extended to 30 days and judicial custody to 180 days. Anticipatory bail was barred, and regular bail was restricted if accusations appeared “prima facie true.”
  • Reversal of Burden of Proof - Section 43E introduced presumptions of guilt for possession of arms linked to terrorism, departing from standard criminal law principles.
  • Expanded Offences and Institutions - The amendments criminalised conspiracy, recruitment, and training, classified attacks on public functionaries as terrorism, introduced “terrorist gangs,” and established special courts.

Economic Offences Brought Under UAPA (2012)

  • Expansion to Economic Security - In 2012, the UPA government amended the UAPA to include threats to “economic security” within the definition of terrorism, covering financial, food, energy, livelihood, and environmental security.
  • Counterfeit Currency as Terrorism - The production, smuggling, and circulation of counterfeit Indian currency were explicitly designated as terrorist acts.
  • Corporate and Institutional Liability - New Sections 22A–22C extended criminal liability to companies, trusts, and societies, holding office-bearers responsible unless they proved lack of knowledge.
  • Longer Bans and Global Alignment - The period for declaring organisations “unlawful associations” was extended from two to five years, and new schedules incorporated international conventions and currency security features.

2019 Amendments: Individual Designation and Expanded Powers

  • Individuals as Terrorists - The 2019 amendment empowered the Centre to designate individuals—not just organisations—as terrorists, drawing criticism for undermining the presumption of innocence without prior conviction.
  • Enhanced Powers for Investigating Agencies - The National Investigation Agency (NIA) was authorised to seize properties without state consent, and investigation authority was extended to inspector-rank officers.
  • Expanded International Commitments - The amendment added the International Convention for the Suppression of Acts of Nuclear Terrorism to the UAPA schedule, widening the Act’s global legal alignment.

Source: IE

UAPA Amendments FAQs

Q1: How did UAPA Amendments in India change in 2004?

Ans: The 2004 UAPA Amendments in India created a terror-specific chapter. These UAPA Amendments in India defined "terrorist acts" formally. UAPA Amendments in India followed the POTA repeal.

Q2: What was the impact of the 2008 UAPA Amendments in India?

Ans: The 2008 UAPA Amendments in India added "by any other means" to the definition. These UAPA Amendments in India extended police custody. UAPA Amendments in India restricted bail.

Q3: Did UAPA Amendments in India include economic crimes?

Ans: Yes, the 2012 UAPA Amendments in India covered economic security. These UAPA Amendments in India classified counterfeit currency as terrorism. UAPA Amendments in India expanded corporate liability.

Q4: What is unique about the 2019 UAPA Amendments in India?

Ans: The 2019 UAPA Amendments in India allow the designation of individuals as terrorists. These UAPA Amendments in India empower the NIA significantly. UAPA Amendments in India align with global conventions.

Q5: Why are UAPA Amendments in India often criticised?

Ans: Critics argue UAPA Amendments in India grant too much discretionary power. These UAPA Amendments in India can target non-violent activists. UAPA Amendments in India shift the burden of proof.

Rethinking India’s Skilling Outcomes: Why India’s Skilling Outcomes Remain Weak

India’s Skilling Outcomes

India’s Skilling Outcomes Latest News

  • Over the past decade, India has built a massive skilling ecosystem, with the Pradhan Mantri Kaushal Vikas Yojana training about 1.40 crore candidates between 2015 and 2025. 
  • However, skilling has not emerged as a preferred career pathway. 
  • Employability outcomes remain uneven. PLFS data show limited and inconsistent wage gains from vocational training—especially in the informal sector, where most trainees find work and certified skills bring little improvement in livelihoods.

Why Skilling Struggles to Attract Aspirations

  • Low Integration with Education Pathways - India’s GER is 28%, with a target of 50% by 2035 under NEP 2020. Achieving this requires embedding skilling within higher education, not expanding standalone vocational tracks.
  • Limited Reach of Formal Training - Only about 4.1% of India’s workforce has formal vocational training, up marginally from 2% a decade ago—far below OECD levels where vocational enrolment is widespread.
  • Global Comparison Gap - In OECD countries, 44% of upper-secondary students pursue vocational education, rising to 70% in several European economies, making skilling a mainstream choice.
  • Weak Post-Degree Skilling Culture - The India Skills Report 2025 shows that graduates rarely pursue skilling after degrees, underscoring the need to align skilling with formal education systems.

Industry’s Limited Role in Strengthening Skilling

  • High Industry Dependence on Skilled Labour - Industries face high attrition (30–40%), long onboarding periods, and productivity losses, making effective skilling economically critical for sectors like retail, logistics, hospitality, and manufacturing.
  • Low Use of Public Skilling Certifications - Most employers do not rely on government skilling certificates for hiring, preferring internal training, referrals, or private platforms, limiting the value of public skilling programmes.
  • Uneven Impact of Apprenticeships - While the National Apprenticeship Promotion Scheme (NAPS) has expanded participation, benefits remain uneven, especially among larger firms.
  • Lack of Co-Design and Accountability - Industry is neither incentivised nor required to co-create curricula, standards, or assessments, keeping skilling disconnected from real labour-market needs.

Why Sector Skill Councils Are Underperforming

  • Original Mandate vs Reality - Sector Skill Councils (SSCs) were designed to anchor industry-led skilling—defining standards, ensuring relevance, and certifying employability. This core mandate remains largely unmet.
  • Fragmented Accountability - Training, assessment, certification, and placement are handled by different entities, diluting responsibility and removing reputational or outcome-based accountability.
  • Weak Employer Trust - SSCs’ certifications carry limited signalling value for employers, who prefer degrees or work experience. Standards exist, but hiring is rarely aligned to them.
  • Contrast with Industry-Led Certifications - Global certifications (AWS, Google, Microsoft) succeed because certifiers own outcomes, conduct graded assessments, and risk their credibility—something SSCs lack.
  • Need for Outcome Ownership - Unless SSCs are made accountable for employability and labour-market outcomes, certification will remain symbolic rather than economically meaningful.

Skilling as a Driver of Long-Term Economic Growth

  • Accountability, Not Intent, Is the Core Gap - India’s skilling challenge stems from weak accountability rather than lack of funding or policy intent.
  • Workplace-Embedded Skilling - Expanding apprenticeships under NAPS and integrating skilling into workplaces can rapidly improve job readiness at scale.
  • Industry-Led Execution Models - Schemes like PM-SETU and ITI modernisation show the value of embedding industry ownership and responsibility into programme design.
  • From Welfare to Economic Strategy - When skills are integrated into degrees, industry becomes a co-owner, and SSCs are accountable for placements, skilling transforms into a pillar of economic empowerment.
  • Beyond Employment Outcomes - Effective skilling enhances dignity of labour, productivity, and enables India to convert its demographic advantage into sustained economic growth.

Rethinking India’s Skills Strategy

  • Skills Must Translate into Better Pay - Vocational training cannot succeed unless wages and benefits reflect the skills acquired. Skilling policy must align training with sectoral competitiveness and worker aspirations.
  • Shift to Demand-Led Training - Curricula should be guided by real-time labour market data, closer industry–institution coordination, and transparent job prospects to reduce skill mismatches.
  • Remove Wage-Suppressing Constraints - Regulatory hurdles, finance and land access issues, corruption, and trade barriers limit firms’ ability to pay competitive wages. Skilling must be linked with broader industrial and regulatory reforms.
  • Scale Placement-Linked Models - Training works best when combined with rigorous selection, quality instruction, and assured placement support through proven public-private partnerships.
  • Make Skilling Aspirational - Only pathways that offer dignity, mobility, and clear career progression can shift India’s skilling ecosystem from headline numbers to real economic impact.

Source: TH | ORF

India’s Skilling Outcomes FAQs

Q1: Why are India’s skilling outcomes weak despite large-scale training?

Ans: India’s skilling outcomes are weak because vocational training is poorly linked to wages, formal education pathways, and industry hiring practices, especially in the informal sector.

Q2: How do labour market realities affect India’s skilling outcomes?

Ans: India’s skilling outcomes suffer due to skill–job mismatches, weak labour market signalling, and lack of real-time data guiding training curricula.

Q3: What role does industry play in shaping India’s skilling outcomes?

Ans: Industry plays a limited role in India’s skilling outcomes, as employers rarely co-design curricula or use public skilling certifications for recruitment.

Q4: Why have Sector Skill Councils failed to improve India’s skilling outcomes?

Ans: Sector Skill Councils fail to improve India’s skilling outcomes due to fragmented accountability and lack of ownership over employability and placement results.

Q5: How can policy reforms improve India’s skilling outcomes?

Ans: India’s skilling outcomes can improve by embedding skills in degrees, expanding apprenticeships, linking skilling with industrial reforms, and enforcing outcome-based accountability.

Biomaterials in India – A New Frontier for Sustainable Manufacturing

Biomaterials

Biomaterials Latest News

  • Biomaterials have gained attention as countries, including India, explore cleaner and low-carbon alternatives to fossil-based materials for manufacturing.

Understanding Biomaterials

  • Biomaterials refer to materials that are derived wholly or partly from biological sources or are engineered using biological processes to replace or interact with conventional materials. 
  • Unlike traditional petroleum-based materials, biomaterials are designed to reduce environmental impact while supporting sustainable production systems. 
  • They are increasingly used in sectors such as packaging, textiles, construction, and healthcare.
  • Broadly, biomaterials are classified into three categories. 
    • Drop-in biomaterials are chemically identical to petroleum-based materials and can be used in existing manufacturing systems without major modifications. Examples include bio-PET used in packaging. 
    • Drop-out biomaterials are chemically different and require new processing or end-of-life systems, such as polylactic acid (PLA), which needs industrial composting. 
    • Novel biomaterials go a step further by offering entirely new properties, including self-healing materials, bioactive implants, and advanced composites with enhanced performance characteristics.
  • The development of biomaterials is seen as the next frontier in materials engineering as industries attempt to reduce carbon footprints and comply with tightening environmental regulations.

Importance of Biomaterials for India

  • For India, biomaterials serve multiple strategic objectives through a single development pathway. 
  • First, they contribute to environmental sustainability by reducing reliance on fossil fuels and lowering greenhouse gas emissions associated with conventional manufacturing. 
  • Second, they offer significant industrial and economic opportunities, enabling India to build domestic capacity in advanced materials and reduce dependence on imports.
  • A key advantage for India lies in its large agricultural base. Biomaterials can be produced using agricultural feedstocks such as sugarcane, maize, and crop residues. 
  • This creates additional income streams for farmers, beyond traditional food markets, and supports rural livelihoods. 
  • Biomaterials also align well with India’s domestic policy priorities, including the ban on single-use plastics, waste reduction, and climate action commitments.
  • From a trade perspective, as global consumer preferences shift toward low-carbon and circular products, biomaterials help Indian manufacturers remain competitive in export markets that are increasingly governed by sustainability standards.

Current Status of Biomaterials in India

  • India’s biomaterials sector, encompassing bioplastics, biopolymers, and bio-derived materials, is at an early but rapidly emerging stage. 
  • The bioplastics market alone was valued at around $500 million in 2024 and is expected to grow steadily through the decade. Several domestic initiatives highlight this transition. 
  • Large-scale investments such as the planned PLA plant by Balrampur Chini Mills in Uttar Pradesh mark a significant step toward commercial-scale biomanufacturing. 
  • Indian start-ups are also playing a role, with enterprises converting agricultural and floral waste into value-added biomaterials. 
  • However, despite strong feedstock availability, India remains dependent on foreign technologies in certain segments, particularly in converting raw biomass into market-ready materials.

Global Developments in Biomaterials

  • Globally, many regions are moving faster in adopting biomaterials. 
  • The European Union has introduced binding regulations under its Packaging and Packaging Waste Regulation, recognising the environmental benefits of compostable materials in specific applications. 
  • The United States supports biomaterials through government procurement policies, particularly under programmes that prioritise bio-based products. 
  • Meanwhile, countries like the UAE are positioning themselves as major manufacturing hubs through large-scale investments in PLA production.
  • These global developments underscore the competitive urgency for India to scale up its biomaterials ecosystem.

Challenges and Way Forward

  • Despite its potential, India’s biomaterials sector faces several challenges. 
  • Scaling up feedstock production without competing with food security remains a key concern. 
  • Intensive agricultural practices could also lead to water stress and soil degradation. 
  • Additionally, weak waste management and composting infrastructure may undermine the environmental benefits of certain biomaterials.
  • Fragmented policy coordination across agriculture, environment, and industry further slows adoption. 
  • To address these issues, India needs to invest in biomanufacturing infrastructure, improve feedstock productivity using advanced technologies, and strengthen research and development.
  • Clear regulatory definitions, labelling standards, and end-of-life pathways are essential to build industry and consumer confidence. 
  • Government procurement and time-bound incentives can also help de-risk early investments and accelerate adoption.

Source: TH

Biomaterials FAQs

Q1: What are biomaterials?

Ans: Biomaterials are materials derived from biological sources or biological processes used as alternatives to conventional materials.

Q2: How are biomaterials different from petroleum-based materials?

Ans: They reduce dependence on fossil fuels and generally have a lower environmental footprint.

Q3: Why are biomaterials important for India?

Ans: They support sustainability, reduce imports, promote industrial growth, and provide new income sources for farmers.

Q4: What is the current size of India’s bioplastics market?

Ans: The Indian bioplastics market was valued at around $500 million in 2024.

Q5: What are the main challenges in scaling biomaterials in India?

Ans: Feedstock availability, infrastructure gaps, policy coordination issues, and waste management limitations.

India’s FTAs – Rising Trade Deficit Amid Structural Shift Towards Sunrise Exports

India’s FTAs

India’s FTAs Latest News

  • At a time when India is fast-tracking Free Trade Agreement (FTA) negotiations to diversify exports and mitigate the impact of potential US tariffs, a recent NITI Aayog ‘Trade Watch Quarterly’ report highlights a paradox.
  • India’s trade deficit with FTA partners is widening sharply, even as sunrise sectors like electronics show strong global integration and export growth.

Key Findings of the NITI Aayog Report

  • Rising trade deficit with FTA partners:
    • India’s trade deficit with FTA partners rose 59.2% between April and June last year compared to the previous year as imports jumped by 10% to $65.3 billion and exports declined by 9% to $38.7 billion.
    • This indicates asymmetric gains from FTAs and weak export competitiveness in traditional sectors.
  • India’s expanding FTA network:
    • India has concluded FTAs with Oman, New Zealand and the UK in 2025 and is in active negotiations with the EU, the US, Australia, Bahrain, the GCC, the Eurasian Economic Union (EAEU), Canada and the Southern African Customs Union (SACU). 
    • New Delhi is also considering a Preferential Trade Agreement (PTA) with Brazil and Israel.
    • This reflects India’s strategy of trade diversification and geopolitical hedging.
  • Structural divergence in export performance:
    • Decline in traditional exports: Petroleum exports declined sharply, contributing to overall export contraction.
  • Surge in sunrise industries: 
    • Electronics emerged as the standout performer, rising 47% year-on-year, increasing its share to over 11% of total exports, reflecting deeper integration into global electronics supply chains.
    • This signals deeper integration into Global Value Chains (GVCs) and success of PLI schemes, Make in India, and China+1 strategy.
  • ASEAN factor - Key driver of trade deficit:
    • Exports to ASEAN fell by 16.9%, making it the largest contributor to export contraction.
    • Sharp declines witnessed with Malaysia (–39.7%), Singapore (–13.2%), and Australia (–10.9%).
    • India–ASEAN FTA renegotiation missed the end-2025 deadline.
    • Meanwhile, ASEAN–China signed an upgraded FTA, intensifying competitive pressures on Indian exports.
  • Mixed export trends across FTA partners:
    • Marginal gains recorded with South Korea (+15.6%), Japan (+2.8%), Thailand (+2.9%), and Bhutan (+10.2%).
    • UAE, India’s second-largest FTA export destination, saw a 2.1% dip.
  • Import concentration and surge:
    • Top 7 import sources (China, UAE, Russia, USA, etc.) now account for 43% of total imports in Q1 FY26 (up from 39% in Q1 FY25), amounting to total imports from these countries to $76.7 billion.
    • High import growth from UAE (+28.7%), China (+16.3%), USA (+16.9%), and Singapore (+14%).
  • Commodity-wise import trends:
    • UAE: Surge driven by gold compounds (UAE becomes a top supplier, surpassing Japan), petroleum oils and bituminous minerals.
    • China: Increase in electronics components under HS 85 - circuit boards (HS 851779), integrated circuits (HS 854239). This highlights India’s dependence on intermediate imports for electronics manufacturing.
    • Russia, Iraq, Saudi Arabia: Import decline due to lower petroleum oil inflows. Iraq shows diversification into gaseous fuels, petroleum bitumen, and crude soybean oil.

Challenges Highlighted and Way Ahead

  • Rising trade deficit with FTA partners: Recalibrate FTAs with a focus on rules of origin, market access for labour-intensive sectors, etc.
  • Export contraction to ASEAN: Strengthen export competitiveness through logistics reforms, technology upgradation, etc.
  • High import dependence on few countries: Reduce import dependency via domestic capacity-building in intermediates. Strategic trade diplomacy to counter ASEAN–China trade asymmetries.
  • Weak competitiveness in traditional sectors: Deepen GVC integration beyond electronics into EVs, semiconductors, green technologies, etc.

Conclusion

  • The NITI Aayog report underscores a critical transition phase in India’s trade strategy. 
  • While FTA-led trade deficits and ASEAN export contraction pose concerns, the robust rise of electronics exports reflects a positive structural shift. 
  • The challenge lies in aligning FTAs with India’s manufacturing ambitions, ensuring reciprocal gains, and leveraging sunrise sectors to achieve sustainable, export-led growth.

Source: IE

India’s FTAs

Q1: What does the rising trade deficit with FTA partner countries indicate?

Ans: It indicates asymmetric gains from FTAs, where import growth has outpaced exports due to weak export competitiveness and unfavourable trade terms.

Q2: How does the surge in electronics exports reflect a structural shift in India’s export profile?

Ans: It signifies India’s deeper integration into global value chains and a transition towards high-value, sunrise manufacturing sectors.

Q3: Why has ASEAN emerged as a key contributor to India’s widening trade deficit?

Ans: India’s exports to ASEAN have sharply declined while imports remain strong, compounded by delayed FTA renegotiation.

Q4: What does the concentration of imports from countries like China and the UAE reveal?

Ans: It reveals India’s continued dependence on a few countries for critical intermediates, energy, and gold.

Q5: What policy lesson does the NITI Aayog Trade Watch report offer for India’s future FTA strategy?

Ans: India must recalibrate FTAs to ensure reciprocity, strengthen domestic manufacturing competitiveness, etc.

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