Categories
Science & Tech

Agnibaan is a pioneer in 3D-printed engines

  • Agnikul Cosmos, based in Chennai, takes a crucial stride forward by relocating its unique rocket, Agni-1, to Sriharikota for integration testing.
  • Following Skyroot Aerospace, Agnikul could become the second Indian space-tech startup to attain suborbital space flight capability if the integration checks go well.

Agnikul’s Amazing Space Vehicle:

  • Agnikul’s proprietary Agnilet semi-cryogenic engine powers the Agnibaan SOrTeD, a single-stage launch vehicle.
  • Unlike traditional sounding rockets, Agnibaan SOrTeD’s vertical take-off and accurate trajectory allow for coordinated manoeuvres in flight.

(A) Distinct Features of Agnibaan

  • Customizability: The rocket offers custom launch configurations, either single or two-stage launches.
  • Agnibaan SOrTeD has impressive dimensions, standing at 18 metres and weighing 14,000 kg.
  • Payload Capacity: With a payload capacity of up to 100 kg, it can reach 700 km heights in five different Lower Earth Orbits (LEOs).
  • Engine Configuration: Depending on the mission requirements, the first stage can house up to seven Agnilet engines powered by Liquid Oxygen and Kerosene.
  • Versatile Launch: Designed for launch from a variety of launch ports.
  • AgniKul’s built ‘Dhanush’ launch pedestal supports the rocket’s mobility among configurations, ensuring compatibility with numerous launch ports.
  • Agnilet Engine: The entire operation is powered by the world’s only single-piece 3D-printed engine.

(B) Innovative Agnilet Engine

  • Agnilet engine, a 3D-printed, single-piece, 6 kN semi-cryogenic miracle, powers Agnibaan’s propulsion.
  • The engine uses a new blend of liquid kerosene and supercold liquid oxygen as propellants, which was successfully tested at the Vikram Sarabhai Space Centre.
Source: https://www.businesstoday.in/latest/trends/story/its-sorted-indian-spacetech-start-up-agnikul-one-step-closer-to-launching-worlds-first-3d-printed-rocket-into-space-394507-2023-08-17#:~:text=World's%20first%203D%20printed%20engine,km%20distance%20in%20the%20LEO.
Categories
Trivia

Bengaluru’s first 3D-printed post office

  • The first 3D-printed post office in India, located in Bengaluru’s Cambridge Layout, was recently inaugurated.
  • Swift 3D Printed Post Office: The 3D-printed post office was built in 43 days, two days faster than the initial deadline.
  • Larsen & Toubro Limited completed the project in conjunction with IIT Madras.

Technological Methodology

  • The post office has a total space of 1,021 square feet and was built utilising modern 3D concrete printing.
  • Robotic printers employed an automated technique to layer concrete in accordance with the authorised design.
  • Strong Bonding: The layers were held together by a specially formulated quick-hardening concrete.
  • Rapid Construction: Using robotic accuracy and pre-embedded plans, the project was finished in 43 days, significantly less than the standard 6 to 8 months.

The Benefits of 3D Printing

  • Cost-Effective: The project cost 23 lakhs, representing a 30-40% cost savings over typical approaches.
  • Showcasing Technology: The project demonstrated the scalability of concrete 3D printing technology by utilising indigenous machines and robotics.

Distinctive Characteristics

  • Continuous Perimeter: The project’s continuous perimeter structure had no vertical joints.
  • Flexibility: 3D printing allowed for curved surfaces and varying site proportions, overcoming the limits of flat walls.
  • Structural Innovation: To improve structural integrity, continuous reinforced concrete footings and three-layer walls were built.
  • Reduced duration: The unique technique cut the building duration down to 43 days, reducing material waste.
Source: https://indianexpress.com/article/cities/bangalore/india-first-3d-printed-post-office-inaugurated-bengaluru-8898130/
Categories
Economics

The RBI has launched the UDGAM site for Unclaimed Deposit Claims

The RBI has developed a centralised web portal called UDGAM to search for and reclaim unclaimed deposits from multiple banks.

The UDGAM Portal

  • The UDGAM portal is a centralised web platform developed by the Reserve Bank of India (RBI) titled “Unclaimed Deposits – Gateway to Access inforMation.”
  • Reserve Bank Information Technology Pvt Ltd (ReBIT), Indian Financial Technology & Allied Services (IFTAS), and collaborating institutions are all involved.
  • It intends to give individuals with an easy-to-use platform for searching and retrieving unclaimed deposits from numerous banks in one centralised location.
  • The service aggregates unclaimed deposit data from many banks.
  • It enables users to detect dormant accounts and take actions such as claiming deposited funds or reactivating dormant accounts directly through their banks.

Important Characteristics

  • The UDGAM Portal introduces a number of user-friendly features that rethink the approach to reclaiming unclaimed deposits:
  • Activate or Reclaim: Users have the autonomy to commence either the process of retrieving the deposited amount or reactivating their dormant accounts through this website, all under the umbrella of their individual banks.
  • Customers can quickly register on the UDGAM Portal using their mobile phones, beginning their journey to recover their unclaimed monies.
  • Search and Input: After registering, users can easily search for unclaimed deposits by inputting vital information such as their name, PAN, voter ID, driving licence number, and passport number.
  • KYC Process: Once consumers have located their deposits, they can expedite their retrieval by completing a streamlined Know Your Customer (KYC) process at their individual bank locations.
  • Nominee Assistance: If the depositor is no longer living, the nominee can help with the retrieval procedure by supplying the relevant documentation.
Source: https://www.indiatimes.com/worth/news/rbi-launches-udgam-portal-to-search-unclaimed-deposits-612399.html#:~:text=RBI%20Launches%20The%20UDGAM%20Portal,-bqprime&text=Reserve%20Bank%20Information%20Technology%20Pvt,in%20deposits%20were%20lying%20unclaimed.
Categories
Economics

Is dedollarisation a step towards rupeefication?

Countries around the world are working to lessen their dependency on the US dollar in international trade by exploring bilateral currency accords and measures such as rupeefication.

The main idea

Over the last century, a single currency has dominated the global economy, progressing from the pound sterling to the US dollar, which presently accounts for 59.02% of COFER. The US dollar’s dominance stems from its central position in international trade. India’s campaign for the use of the Indian Rupee in commerce exemplifies this tendency, which aims to strengthen economic autonomy.

What is meant by Dollarisation?

  • The use of the US dollar as a substitute for domestic currency: Dollarisation refers to the phenomena in which countries, to varied degrees, use the US dollar as a substitute for their domestic currency.

This practice can take several forms:

  • Financial dollarisation (the replacement of domestic assets and liabilities with foreign ones)
  • Real dollarisation is the process of linking domestic transactions to currency rates.
  • Transactional dollarisation refers to the use of the US dollar in domestic commerce.

Poor performance of the domestic currency:

  • Dollarisation is often induced by poor performance of the indigenous currency, which can be attributed to reasons such as political instability or economic uncertainty.
  • It can also be the effect of financial market liberalisation and economic integration, which leads to lower currency rate risk and increased capital inflows.
  • The dominance of the US dollar: The dominance of the US dollar as an anchor currency for international trade adds to its widespread acceptance and high demand, promoting dollarisation trends.

What is meant by De-dollarisation?

  • The global trend of countries lessening their reliance on the US dollar in international trade and financial activities is referred to as de-dollarisation.
  • This trend include turning towards bilateral currency agreements, trading in domestic currencies, and promoting alternatives to the dollar.
  • The goal is to attain greater economic autonomy, decrease the risks associated with currency volatility, and challenge the US dollar’s dominance in the global financial system.

What exactly is Rupeefication?

  • The process of internationalising the Indian rupee (INR) by increasing its use in international trade and financial activities is known as rupeefication.
  • This strategy entails allowing trade partners to transact in INR, issuing INR-denominated financial instruments to foreign firms, and promoting broader access to the INR in global markets.
  • The goal of rupeefication is to elevate the INR’s standing as a worldwide currency, reduce reliance on the US dollar, and boost India’s economic resilience and global autonomy.

De-dollarisation in motion

  • Brazil is expanding bilateral currency trade agreements, particularly with Japan and China. These accords call for trade to be conducted in domestic currencies, minimising dependency on the US dollar.
  • China’s De-Dollarisation Leadership: Following sanctions against Russia, China has been in the forefront of reducing reliance on the dollar. China’s initiatives have led other BRICS countries to reduce their reliance on the currency.
  • Indonesia’s Local Currency Trade System: To reduce the use of the US dollar in its current account operations, Indonesia has implemented a Local Currency Trade (LCT) system. This change is intended to encourage increased use of home money.
  • Africa’s Consideration for Intra-Africa commerce: African states are considering substituting native currencies for the US dollar in intra-Africa commerce. This strategy is consistent with the greater worldwide trend of de-dollarization.
  • The forthcoming BRICS Summit will address the issues of de-dollarizing commerce and developing an integrated payment system. This underscores the growing worldwide emphasis on reducing reliance on the currency.
  • India’s Multifaceted Approach: In addition to de-dollarization, India is considering bilateral currency agreements. However, because to current economic ties with the US and Europe, it may opt out of a joint BRICS currency.

How is India actively developing technologies to bypass the US currency and strengthen the INR?

  • Bilateral Currency accords: India has bilateral currency accords with a number of countries. These agreements encourage trade partners to interact in INR rather than USD, lowering the dollar’s dependency in international trade transactions.
  • Special Rupee Vostro Accounts (SRVAs): India has Special Rupee Vostro Accounts with a number of nations, including the United Kingdom, Russia, Sri Lanka, and Germany. These accounts allow international entities to interact directly in INR with Indian banks, hence encouraging the usage of the Indian currency.
  • Currency Internationalisation: By encouraging the use of INR in foreign transactions, India hopes to boost its currency’s acceptance in worldwide markets. This plan includes measures to increase the recognition and use of the INR beyond its borders.
  • Reducing Dollar Dependence: India’s efforts to establish systems that do not rely on the US dollar are intended to minimise the country’s reliance on the US dollar for international trade and financial transactions. This can increase India’s economic autonomy while mitigating the dangers associated with currency swings.
  • Improving the INR’s Global Role: Improving the INR’s global role entails making it a viable alternative to the US dollar in global transactions. India hopes to boost the currency’s worldwide relevance by developing mechanisms that facilitate its usage in trade and finance.

The Benefits of Rupeefication

  • Risk Mitigation for Exporters: Rupeefication allows exporters to lower their exposure to exchange rate risks. Exporters can avoid the uncertainty associated with shifting US dollar exchange rates by invoicing trade in INR, increasing the predictability of their earnings.
  • Deeper Markets and Broader Access: Rupeefication can lead to better market access and deeper commercial partnerships. As the INR obtains recognition, exporters will be able to enter new markets and grow their consumer base.
  • Lower Borrowing Costs for the Private Sector: Rupeefication allows the private sector to gain access to international financial markets at a lower cost. Businesses may benefit from increased profitability and investment opportunities as a result of this.
  • Flexibility in Public Sector Financing: The capacity to issue international debt denominated in INR favours the public sector. This provides an alternate source of funding for government initiatives without reducing the government’s official US currency holdings.
  • Economic Autonomy: By encouraging rupeefication, India can progressively diminish its reliance on the US currency, resulting in more economic autonomy. This decreases exposure to external economic shocks and currency changes.
  • Microeconomic Growth and Livelihoods: A concentration on rupeefication stimulates private sector growth, resulting in increased economic activity and job prospects. This method has the potential to improve livelihoods in a variety of areas.
  • Increased Monetary Policy Autonomy: As the rupee develops strength, India will be able to exert more influence over its domestic monetary policy. This autonomy enables personalised economic actions that are adapted to the country’s individual needs.

Possibilities for implementation difficulties

  • Volatility of the exchange rate: If the INR’s value changes dramatically versus other major currencies, firms may be exposed to exchange rate volatility. This could have an impact on earnings predictability and increase risks for exporters.
  • Limited adoption in International Markets: It may be difficult to get widespread adoption of the INR in worldwide markets. Many foreign transactions are still handled in US dollars, which may impede the smooth implementation of rupeefication.
  • External Economic and Political developments: External economic and political developments can have an impact on the viability of rupeefication. Global variables like as economic crises or geopolitical conflicts may influence other countries’ willingness to engage in INR transactions.
  • Trade Balance and Reserves: A rapid shift to rupeefication could have an impact on India’s trade balance and foreign exchange reserves, potentially demanding more foreign currency reserves to handle trade imbalances.
  • Gradual Implementation: A sudden shift to rupeefication may cause economic difficulties.
Source: https://www.orfonline.org/expert-speak/de-dollarisation-is-it-a-gateway-to-rupeefication/
Categories
Science & Tech

Biology and the Future of Computing: Organoid Intelligence

Organoid Intelligence (OI) intends to explore new horizons in information processing by using brain organoids produced from stem cells, giving possible advancements in understanding brain functions, learning, and memory.

The Big Idea

Artificial Intelligence (AI) has made amazing technological advances in recent years. However, Organoid Intelligence (OI), a rising interdisciplinary sector that promises revolutionary biocomputing models, is expanding the scope of cognitive computing.

What is an Organoid?

  • An organoid is a form of tissue culture created from stem cells that is designed to replicate the structure and function of certain organs.
  • These three-dimensional structures are grown in vitro, or outside the body, under controlled settings that seek to reproduce the target organ’s microenvironment.
  • The term organoid refers to a variety of formations that resemble various organs or tissues.

Organoid Intelligence (OI)

  • Organoid Intelligence is a new multidisciplinary topic that combines biology and computing to investigate the possibility of employing brain organoids to attain cognitive capacities and improve our understanding of brain function.
  • The original idea is to use the unique qualities of brain organoids, which replicate some parts of brain structure and function, to create biocomputing models that can process information and potentially demonstrate rudimentary cognitive capacities.

Potential applications of OI

  • OI Cognitive Computing applications include integrating brain organoids and computing for information processing and adaptive learning.
  • Organoids are used to simulate diseases, test therapies, and research cognitive elements in disease modelling and drug testing.
  • Understanding Brain Development: Using Organoids to better understand early brain stages and cellular memory systems.
  • Personalised Brain Organoids: Creating organoids that can be studied in genetics, medicine, and cognitive problems.
  • Advantages over Traditional Computing: Investigating the potential of organoids for sophisticated data chores and energy-efficient processing.
  • Biocomputers and Energy Efficiency: Using brain organoids to create quicker, greener biocomputers.
  • Addressing ethical considerations such as informed consent, gene editing rules, and inclusive access.
  • Sustainable Alternatives: Providing environmentally friendly solutions for heavy cognitive work and learning as technology advances.

Experiment Overview:

  • Culturing Brain Organoids: The researchers cultured brain organoids, which are sophisticated three-dimensional structures produced from stem cells. These organoids are designed to mimic specific elements of brain growth and function.
  • Brain organoids were interfaced with computational simulations and algorithms using in silico computing. This integration was designed to improve brain processing and cognitive functioning.
  • Gameplay: Pong’: The brain organoids were taught how to play the famous video game Pong. They were programmed to react to critical in-game variables such as the simulated ball’s movement.
  • Mechanism of Learning: When the brain organoids failed to respond correctly in the game, the system sent them electrical pulses as feedback. This method is similar to the principle of reinforcement learning seen in live organisms.
  • The Free-Energy Principle Was Used: In the absence of real-time incentive systems such as dopamine pathways, the researchers used the free-energy principle. According to this idea, living systems aim to minimise unpredictability. The behaviour of brain organoids was modified to make the game environment more predictable.
  • Key Results: The brain organoids displayed symptoms of learning in response to game inputs in an incredibly short period of five minutes. The application of the free-energy principle demonstrated the ability to use computational concepts to guide the behaviour of brain organoids, guiding them towards predictable answers.

Challenges and ethical considerations associated with Organoid Intelligence

Challenges:

  • Technological Advances: Scaling up brain organoids and improving their cognitive capacities present considerable technological challenges. Among the hurdles include developing more sophisticated blood flow systems and introducing varied cell kinds.
  • Learning Complexity: Despite promising breakthroughs, acquiring advanced cognitive capacities in brain organoids remains a difficult endeavour. Imitating the complexities of learning and memory exhibited in human brains is a difficult task that requires additional investigation.
  • Knowledge Gap: Some components of OI technology have yet to be fully understood and developed. Improving memory storage systems within brain organoids to permit more complicated cognitive activities is one example.

Considerations for Ethical Behaviour:

  • Informed Consent: It is critical to obtain voluntary informed consent for cell donation in order to protect donors’ rights and dignity.
  • Discrimination and Selection Bias: Avoiding potential discrimination hazards and ensuring neurodiversity requires preventing selection biases during organoid development.
  • Gene Editing rules: To ensure responsible and ethical culturing of brain organoids, it is vital to balance commercial interests with ethical gene editing rules.
  • Data Sharing and Open Access: Promoting inclusivity and varied knowledge development by ensuring data sharing and open access to OI technologies.
  • Stakeholder-Informed laws: To ensure responsible usage, developing laws for the ethical use of OI technology involves stakeholder participation.
  • Concerns Regarding Consciousness and pain: Ethical concerns vary from the potential consciousness of brain organoids to the possibility of pain in these bioengineered systems.
Source: https://www.orfonline.org/expert-speak/organoid-intelligence/#:~:text=Organoid%20Intelligence%20(OI)%20is%20an,of%20a%20human%20organ's%20functioning.
Categories
Polity

The Supreme Court calls selective remission into doubt

  • The Supreme Court bench hearing petitions in the Bilkis Bano case regarding the early release of convicts expressed concern about the selective implementation of remission procedures in Indian jails.
  • Justices on the two-judge bench questioned why the policy is not being enforced uniformly and requested clarity from the Gujarat government’s Additional Solicitor General.

Case of Bilkis Bano and Remission

  • Background: Bilkis Bano was a victim of gangrape during the Gujarat riots in 2002, during which her three-year-old daughter was also slain by a mob. She was expecting at the time.
  • Remission and Release: The Gujarat government awarded remission to all 11 convicts in the Bilkis Bano case, resulting in their release on August 15, 2022.
  • Release Justification: The state’s decision was defended by the Additional Solicitor General, who explained that remission is distinct from sentence and that guidelines are being explored to address concerns regarding its use.

Inquiry into Policy Remission Application

  • Selective Implementation The Supreme Court questioned why the policy of remission, which allows offenders to be released early, is applied selectively across jails and states.
  • Overcrowding and Undertrials: The court expressed worry over jail overcrowding, particularly with undertrials, and questioned the grounds for the policy’s inconsistent application.
  • Justice Nagarathna’s Query: In leading the bench, Justice B V Nagarathna emphasised the importance of state-level statistics in understanding the extent to which the remission programme is implemented and if every eligible prisoner is given an opportunity to reform.
  • The Importance of the Rudul Sah Case: The court emphasised extreme examples when the prison system failed to serve justice, citing the Rudul Sah case, in which a man remained in jail for 14 years despite acquittal. The court emphasised the importance of fairness in both conviction and acquittal scenarios.

What is Remission?

  • Stay of Execution: Remission refers to the suspension or postponement of the execution of a punishment.
  • Reduced Duration: It shortens the statement while keeping its original meaning.
  • Sentence Nature: The core qualities of the sentence remain unchanged; just the duration is reduced.
  • Remission establishes a precise date for the prisoner’s release, signifying their legal freedom.
  • Conditional Release: Any violation of remission terms voids it, forcing the original sentence to be served.

The Constitutional Framework for Remission:

  • Prisons as a State Subject: Prisons are included in the State List of the Indian Constitution’s Seventh Schedule.
  • Article 72 (President) and Article 161 (Governor) grant pardoning, suspending, remitting, or commuting authority for court-issued punishments.

New Norms for Remission:

(A) Eligibility Criteria

  • Women and transgender inmates over the age of 50
  • Male convicts aged 60 and up who have served half of their sentence (excluding the usual remission period)
  • Physically challenged criminals with 70% or greater impairment who have served 50% of their sentence
  • Convicts who are terminally ill
  • Convicts who have served two-thirds (66%) of their sentence
  • Indigent convicts who have completed their sentences but are being held because of unpaid penalties
  • Offenders aged 18-21 with no criminal history who have served half of their sentence

(B) Exceptions

  • Death sentence criminals, life imprisonment convicts, and those convicted under specified acts are not eligible.
  • Terrorism-related offences, activities in violation of anti-terror and security legislation, explosives, national security, official secrets, and anti-hijacking are all prohibited acts.

Implications and Advantages

  • Justice and equity: The new guidelines seek to deliver justice to certain types of convicts while also addressing their unique situations.
  • Overpopulation Reduction: The policy aims to reduce jail overpopulation by releasing suitable inmates.
  • Focus on Reformation: Remission provides an opportunity for inmates to reform, particularly those who display good behaviour or require medical attention.
  • Humanitarian Approach: The approach takes into account the needs of physically challenged, terminally ill, and elderly prisoners.
  • Respect for Youth: Young offenders who have no further criminal involvement are offered the opportunity for early rehabilitation.
Source: https://timesofindia.indiatimes.com/india/gujarat-centre-bilkis-bano-case-not-rarest-of-rare-supreme-court-why-selective-remission/articleshow/102813050.cms
Categories
Science & Tech Security Issues

Vindhyagiri INS and Project 17A

  • The President’s inauguration of INS Vindhyagiri, the final vessel in the Project 17A (Alpha) frigates series, was a watershed moment for India’s maritime power and self-reliance.
  • The introduction of the sixth vessel in the Project 17A Frigates class, INS Vindhyagiri, continues India’s naval tradition.

INS Vindhyagiri Facts

  • The sixth ship in the Project 17A Frigates series, INS Vindhyagiri, demonstrates India’s dedication to indigenous defence technologies and self-reliance.
  • INS Vindhyagiri, like INS Nilgiri, Udaygiri, Himgiri, Taragiri, and Dunagiri, takes its name from a mountain range in Karnataka.
  • These frigates are an evolution of the Project 17 (Shivalik Class) Frigates, with enhanced stealth, superior armaments, and cutting-edge sensors.
  • Garden Reach Shipbuilders and Engineers (GRSE) in Kolkata, India, constructs it.

Important characteristics

  • Utilises a cutting-edge propulsion system that allows for speeds of more than 28 knots, ensuring swift responsiveness and agility in a variety of operational settings.
  • It is outfitted with cutting-edge stealth characteristics that improve its ability to function discreetly and avoid detection.
  • Over 75% of the equipment and systems used are sourced locally, including Micro, Small, and Medium Enterprises (MSMEs).
Source: https://www.livemint.com/news/india/ins-vindhyagiri-10-things-to-know-about-indias-technologically-advanced-project-17a-frigate-president-murmu-kolkata-11692237477944.html
Categories
Trivia

Tachymenoides Harrisonfordi: Snake named after a famous person

  • The snake, Tachymenoides harrisonfordi, was named after Harrison Ford for his environmental activism.
  • Tachymenoides harrisonfordi is a species of Tachymenoides.
  • It is a snake species named in honour of actor Harrison Ford.
  • This honour was given to Ford in appreciation of his commitment to environmental awareness.

It has the following characteristics:

  • Tachymenoides Harrisonfordi is roughly 16 inches (40.6 centimetres) long and has a yellowish-brown hue with scattered black spots.
  • The snake has a black belly, a vertical streak above its copper-colored eye, and distinctive characteristics that help to identify it.
  • The only specimen, a male snake, was discovered basking in a marsh at an elevation of 3,248 metres above sea level.
Source: https://www.usatoday.com/story/entertainment/celebrities/2023/08/17/harrison-ford-snake-tachymenoides-harrisonfordi/70613714007/
Categories
History

Madan Lal Dhingra and his Achievements

On the 114th anniversary of his execution, a memorial to Madan Lal Dhingra will be formally dedicated.

Madan Lal Dhingra

  • Early Years: Dhingra was born on September 18, 1883, in an aristocratic family in Amritsar to a British loyalist father who worked as a chief medical officer.
  • Dhingra’s patriotism was sparked by his exposure to the nationalist movement in Lahore throughout his studies.
  • Dhingra’s patriotism extended to socioeconomic issues, driven by a sense of justice and sympathy for India’s underprivileged masses.
  • Expulsion and Survival: Dhingra’s defiance highlighted his devotion to the cause after he was expelled from college for protesting the usage of British-imported cloth.

Participation in Revolutionary Circles

  • Contact with Leaders: Dhingra maintained contacts with significant personalities such as Vinayak Damodar Savarkar and Shyamji Krishna Varma, both of whom were involved in London’s revolutionary circles.
  • Dhingra frequented India House, a hotbed for revolutionary Indian nationalism founded by Shyamji Krishna Varma, which fueled his revolutionary passion even more.
  • Dhingra joined the Abhinav Bharat Mandal, which was created by Vinayak Savarkar, and there he improved his plan to assassinate Curzon Wyllie.

Murder of Curzon Wyllie

  • Curzon Wyllie’s Bio: Curzon Wyllie was a British Indian officer and intelligence officer who specialised in gathering intelligence about rebels.
  • Assassination: Dhingra attended an occasion where Curzon Wyllie was present on July 1, 1909. Dhingra opened fire five times, killing both Curzon Wyllie and a doctor who tried to assist.
  • Justification by Dhingra: During his trial, Dhingra claimed that if fighting the Germans was patriotic for an Englishman, fighting the British was even more so.

Memorial and Legacy

  • Dhingra was found guilty and executed on August 17, 1909. He was buried in London. In 1976, his ashes were returned to India.
  • Struggle for a Memorial: A memorial in Dhingra’s honour has long been sought. The efforts resulted in the memorial’s formal inauguration on the 114th anniversary of his execution.
  • Inauguration of the Memorial: On August 17, 2023, Governor Banwari Lal Purohit dedicated the memorial in Amritsar’s Golbagh neighbourhood.
  • The Memorial’s Importance: The memorial honours Dhingra’s sacrifice and involvement in the fight for India’s independence.
Source: https://indianexpress.com/article/explained/explained-history/madan-lal-dhingra-8896635/#:~:text=Madan%20Lal%20Dhingra%20was%20an,refused%20to%20take%20his%20body.
Categories
Environment & Biodiversity

Deemed Forests

  • The Odisha government has reversed a disputed order that declared the ‘deemed forests’ category under the revised Forest Act to be discontinued.
  • This reversal comes after concerns were expressed about the order’s consequences for forest classification and protection.

Understanding ‘Deemed Forests’

  • Definition: ‘Deemed forests’ are regions that are not formally recognised as forests in official records by central or state authorities.
  • Legal Ambiguity: The phrase ‘deemed woods’ does not have a clear legal definition, even under the Forest Conservation Act of 1980.
  • Broad Definition: The T N Godavarman Thirumulpad Case (1996) of the Supreme Court endorsed a broad view of forests. It included all statutorily recognised woods under the Forest Conservation Act, regardless of reservation status.
  • According to the court, the term ‘forest land’ in Section 2 of the Act extends beyond the dictionary definition to cover areas recorded as forests in official records, regardless of ownership.

Recent News and Controversy

  • The subject of ‘deemed forests’ has gained prominence, particularly in Odisha and Karnataka, where charges of incorrect categorisation and impact on agriculture and mining continue.
  • Reclassification Requests: Advocates argue that regardless of ownership, ‘deemed forests’ should adhere to the dictionary definition of forests. Concerns have been expressed concerning arbitrary classifications that damage farmers and mining operations.
  • Classification Issues: Critics contend that the current subjective classification lacks a well-defined scientific standard, resulting in conflicts and problems for communities.

The Reasons for Reclassification

  • Reassessment in 2014: In order to address the flaws of the classification method, the Centre launched a review of forest categorization in 2014.
  • The requirement for Criteria for Objective Evaluation: While initial classifications were led by the dictionary definition, a lack of objective criteria resulted in subjective designations that hampered clarity and justice.
  • Managing Difficulties: Officials designated land as ‘deemed forest’ without taking into account local needs, causing problems for farmers and communities reliant on such grounds.
  • Commercial Demands: Some areas classified as ‘deemed woods’ have commercial mining value, prompting calls for reclassification.

Implications for Odisha

  • State-Level Identification: Odisha has declared roughly 66 lakh acres as ‘deemed forest’ with the support of district-level expert committees since 1996. Many of these places, however, were not officially recognised as forests in government records.
  • Controversy and Debate: The decision provoked debate, with experts and campaigners raising worries about the potential consequences of ending the ‘deemed forest’ categorization. The relocation could have an influence on conservation efforts as well as the legal status of these areas.
Source: https://m.economictimes.com/news/politics-and-nation/in-hurry-to-do-away-with-deemed-forests-modi-govt-has-doomed-forests-jairam-rameshs-dig-at-centre/articleshow/102790249.cms#:~:text='Deemed%20forests'%20are%20forests%20that,or%20states%2C%20in%20their%20records.
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