The Hindu

India’s Green Hydrogen move may worsen pollution

Context: India’s green hydrogen move may worsen pollution if steps are not in place, says study.

Green Hydrogen

  • It also referred to as ‘Clean hydrogen’ is produced by splitting water into two hydrogen atoms and one oxygen (electrolysis process) atom using clean energy from surplus renewable energy sources such as solar or wind power. 
  • Green hydrogen could be a critical enabler of the global transition to sustainable energy and net zero emissions economies.

Green Hydrogen Standard

  • Green Hydrogen shall mean Hydrogen produced using renewable energy, including production through electrolysis or conversion of biomass. Renewable energy also includes such electricity generated from renewable sources which is stored in an energy storage system or banked with grid in accordance with applicable regulations.
  • Green Hydrogen produced through electrolysis: Non-biogenic greenhouse gas emissions arising from water treatment, electrolysis, gas purification and drying and compression of hydrogen shall not be greater than 2 kg of CO2 equivalent per kg of Hydrogen, taken as an average over last 12-month period. 
  • Green Hydrogen produced through conversion of biomass: Non-biogenic greenhouse gas emissions arising from biomass processing, heat/steam generation, conversion of biomass to hydrogen, gas purification and drying and compression of hydrogen shall not be greater than 2 kg of CO2 equivalent per kg of Hydrogen taken as an average over last 12-month period.
  • Bureau of Energy Efficiency shall be the Nodal Authority for accreditation of agencies for monitoring, verification, and certification of Green Hydrogen production projects. 
  • A detailed methodology for measurement, reporting, monitoring, on-site verification and certification of green hydrogen and its derivatives shall be specified by the Ministry of New & Renewable Energy.

National Green Hydrogen Mission

Objective- “To make India the Global Hub for production, usage and export of Green Hydrogen and its derivatives.” 

  • This will contribute to India’s aim to become Aatmanirbhar through clean energy and serve as an inspiration for the global Clean Energy Transition.
  •  The Mission will lead to significant decarbonization of the economy, reduced dependence on fossil fuel imports, and enable India to assume technology and market leadership in Green Hydrogen.”

Key component of the mission

The achievement of Mission objectives requires a comprehensive strategy that coordinates efforts across multiple sectors. 

The Mission strategy accordingly comprises interventions for:

  • Demand creation by making Green Hydrogen produced in India competitive for exports and 

through domestic consumption. 

  • Addressing supply side constraints through an incentive framework.
  • Building an enabling ecosystem to support scaling and development.
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Potential Outcome

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 Challenges in Green Hydrogen development

  • Renewable energy supply crunch: India’s National Green Hydrogen Mission, piloted by the Ministry of New and Renewable Energy (MNRE) expects to manufacture five million tons by 2030. This would require the installation of renewable energy capacity worth 125 GW (1 GW is 1,000 megawatts) and the use of 250,000 gigawatt-hr. units of power, equivalent to about 13% of India’s present electricity generation. However, the present renewable energy capacity is 179 GW only (July 2023).
  • Relying on conventional energy sources: -The main concern is that if electrolysers, which split water to produce hydrogen and oxygen, were run 24x7, they would be expected to operate even at night when no solar power is available. This would then mean tapping into conventional coal-fired electricity (about 70% of the electricity on the grid is coal-generated).
  • Burning Biomass: -Another challenge is that India’s standards allow the use of biomass — which also results in carbon emissions when burnt — to produce green hydrogen.
  • Technology: It is a rich source of energy, but the challenge is to compress or liquify it. It needs to be kept at a stable minus 253°C (far below the temperature of (-) 163°C at which Liquified Natural Gas (LNG) is stored; making its ‘prior to use cost’ extremely high.
  • Prohibitive Costs: The ‘production cost’ of ‘Green hydrogen’ has been a prime obstacle. Research conducted by the International Renewable Energy Agency (IRENA) indicates that, the cost of its production is about $1.5 per kg by 2030 (for countries with eternal sunshine and huge unoccupied area) if several conservative measures are implemented.
  • Lack of Manufacturing and deployment of electrolysers: It will have to increase at an unprecedented rate by 2050 from the current capacity of 0.3 gigawatts to almost 5,000 gigawatts.
  • High cost of Storage system: Fuel cells which convert hydrogen fuel to usable energy for cars, are still expensive.
  • Poor Infrastructure: The hydrogen station infrastructure needed to refuel hydrogen fuel cell cars is still widely underdeveloped.

Way Forward

  • A massive investment in R&D and infrastructure for hydrogen production 
  • Investment in storage and transportation infrastructure and demand development.
  • Incentives for investment in this sector.
  • Mainstreaming other uses of hydrogen such as fuel cells, HCNG etc.
  • Accelerating the production of renewable energy as per the Paris Target. i.e., 500GW by 2030.

QR Code on Food Labels to help visually disabled

Context: The Food Safety and Standards Authority of India (FSSAI) has recommended the inclusion of QR code on food products for accessibility by visually impaired individuals under its Food Safety and Standards (Labelling and Display) Regulations 2020.

About QR Code on Food Labels to help visually disabled

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  • The information on food labels includes product name, shelf life, nutrition facts, vegetarian/non-vegetarian logos, ingredient lists, allergen warnings, and other product specific labelling requirements. 
  • This information aims to help consumers make informed food choices and ensure safe food access for all, including individuals with special needs like the visually impaired.
  • It will also provide inclusive access to information, guaranteed by Article 19 as a fundamental right of citizens.
  • Furthermore, this will complement The Rights of Persons with Disabilities Act 2016, which acknowledges the needs and rights of people with disabilities and places a strong emphasis on accessibility and the promotion of their health.

About Food Safety and Standards (Labelling and Display) Regulations 2020

  • The regulations prescribe the labelling requirements of pre-packed foods and display essential information about premises where food is manufactured, processed, served, and stored.
  • The non-veg symbol shall consist of a brown colour-filled triangle inside a square with a brown outline having sides not less than the minimum size specified in the regulation.
  • Recommended Dietary Allowance (RDA) is mandatory to be displayed on the label.
  • Mandatory declaration of allergen information.
  • Some new logos were established to identify foods with different categories, such as for Fortified Foods, organic foods.
  • E-commerce platforms are required to provide for mandatory labelling of food products offered for sale through their platform with certain exceptions.
  • Also included restaurant operators with large networks of chains within its scope.

About FSSAI

Body: Statutory body under the Food Safety and Standards Act 2006.

Nodal Ministry: Ministry of Health & Family Welfare.

Headquarters: Delhi

Replaced various acts: Prevention of Food Adulteration Act, 1954, Fruit Products Order, 1955, Meat Food Products Order, 1973, Vegetable Oil Products (Control) Order, 1947, Edible Oils Packaging (Regulation)Order 1988, Solvent Extracted Oil, De- Oiled Meal and Edible Flour (Control) Order, 1967, Milk and Milk Products Order, 1992 etc. were repealed after commencement of FSS Act, 2006. 

Appointment of chairperson and CEO: By Government of India. 

Objective: Responsible for protecting and promoting public health through the regulation and supervision of food safety.

Death Valley National Park

Context: A sprawling temporary lake at Badwater Basin salt flats, caused by flooding from Tropical Storm Hilary, at the Death Valley National Park in California. The storm delivered a year’s worth of rain to the valley, which is the hottest place on the Earth, in a single day. The Badwater basin itself is located 282 feet below sea level, the lowest point in USA.

Death Valley National Park

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  • Death Valley is a desert valley in Eastern California, in the northern Mojave Desert, bordering the Great Basin Desert.
  • Death Valley is the largest U.S. National Park outside Alaska at 3,422,024 acres. 
  • Even so, 93% of the park is protected as officially designated Wilderness.
  • It is the hottest, driest, and lowest of all the national parks in the United States.
  •  This wild country includes low valley floors crusted with barren salt flats, rugged mountains rising as much as 11,000 feet, deep and winding canyons, rolling sand dunes, and spring-fed oases.
  • The Timbisha Shoshone Indians lived here for centuries before the first white man entered the valley.
  • UNESCO included Death Valley as the principal feature of its Mojave and Colorado Deserts Biosphere Reserve in 1984.
  • Flora and Fauna: -Death Valley is the hottest and driest places in North America, yet it is home to over 1000 species of plants and 440 species of animals.
  • Common plant species
    • At lower elevations, creosote bush, desert holly, and mesquite can be found. 
    • Shadscale, blackbrush, Joshua tree, pinyon-juniper can be found at higher elevations.
    • Sub-alpine limber pine and bristlecone pine woodlands can be found at higher elevations.
  • Common Animal Species
    • Coyotes, ravens, roadrunners, ground squirrels, Desert bighorn sheep, Kangaroo rats, Western Pipistrelle, Devils Hole Pupfish, and lizards.
  • Rivers: - The Amargosa is the only free-flowing river in the Death Valley region of the Mojave, providing a rare and lush riparian area in the desert.

ATR panel assesses progress of tiger rewilding project

Context: Tasked by the Chief Wildlife Warden, a committee visited the enclosure in the core of the Anamalai Tiger reserve (ATR) to assess the progress of the Forest Department’s first ever attempt at rewilding a tiger that was rescued as an abandoned cub.

Rewilding

  • Rewilding is a conservation strategy used to promote biodiversity in ecosystems by reintroducing plant and animal species that have been driven out, largely due to humans. 
  • Bringing these species back into a certain environment can help struggling ecosystems self-regulate and return to their natural processes.

Chief Wildlife Warden

  • The Chief Wildlife Warden (CWLW) is the statutory authority, under the Wildlife Protection Act,1972 who heads the Wildlife Wing of the department and exercises complete administrative control over Protected Areas (PAs) within a state.
  • The Act entrusts the Chief Wildlife Warden to control, manage and maintain all sanctuaries in a state.
  • The Chief Wildlife Warden is appointed by the state.
  • Chief Wildlife Warden shall be the authority to ensure destruction, damage or diversion of wildlife does not take place in protected areas.
  • The State Government shall constitute a conservation reserve management committee to advise the Chief Wildlife Warden to conserve, manage and maintain the conservation reserve.

Anamalai Tiger Reserve

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  • Anamalai Tiger Reserve (ATR) is located on the southern side of the Southwestern Ghat Landscape in Tamil Nadu.
  • It is surrounded by Parambikulum Tiger Reserve on the East, Chinnar Wildlife

Sanctuary and Eravikulum National Park on the Southwestern side.

  • Anamalai Tiger Reserve was declared as a Tiger reserve in the year 2007.
  • Flora Around 2500 species of angiosperms are found in the Anamalai Tiger Reserve, with several species of Balsam, Crotalaria, Orchids and Kurinchi.
    • The reserve is rich in wild relatives of cultivated species like mango, jackfruit, wild plantain, ginger, turmeric, pepper, cardamom, solaipuli, nutmeg, cinnamom, amla, jasmine, drumstick, yams, rice, strawberries, and wild guava.
  • Fauna: The reserve supports several species of endangered wild animals. There are 70 species of fishes, more than 70 species of amphibians, 120 species of reptiles, 300 species of birds and 80 species of mammals.
    • In general, the wild animals of the reserve include Jackal, Wild dog, Indian fox, Tiger, Leopard, Jungle cat, Leopard cat, Smooth coated otter, Small clawed otter, Nilgiri marten, Small Indian civet, common Palm civet, Brown palm civet, Greymangoose, Ruddy mangoose, Indian Brown mangoose, Stripe-necked mangoose, Indian pangolin, Black naped hare several species of rodents and bats.
  • Best Practices: Best Practices Innovative alert system for addressing human-wildlife conflict, fire protection, antipoaching strategy, immunization of nearby livestock, control over illegal ganja cultivation and smart patrolling using M-STrIPES protocol.

Jamrani Dam: Multipurpose Project under PMKSY

Context: Cabinet committee on Economic Affairs approved central support to Uttarakhand for the proposed Jamrani dam project in Nainital district.

Jamrani Dam

  • The project envisages the construction of a dam near Jamrani village across river Gola, a tributary of the Ram Ganga, in Nainital district.
  • This project included under Pradhan Mantri Krishi Sinchayee Yojana-Accelerated Irrigation Benefit Programme.
  • The dam will feed the existing Gola barrage through its canal.
  • The multipurpose project is scheduled to be completed by 2028.
  • The project will provide drinking water to Haldwani. 
  • Hydroelectricity power generation of 63.9 million units housing a 14 MW power plant.
  • It will provide water for irrigation across 57000 hectares of land in Nainital, Udham Singh Nagar, Bareilly, and Rampur district.

About Ramganga and River Gola

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  • The Ramganga River originates in the southern slopes of Dudhatoli Hill in Chamoli district of the Indian state of Uttarakhand.
  • It flows through the Dun valley of the Corbett National Park and joins the Ganga near Kannauj in Uttar Pradesh.
    • River Gola: - It originates in the Paharpani Village of Uttarakhand state, and flows south and finally joining the Ramganga River about 15 km (9.3 mi) northwest of Bareilly in Uttar Pradesh, Ramganga in turn is a tributary of the river Ganges.
    •  It is mainly a spring fed river; this river is source of water for Haldwani and Kathgodam. 
    • A beautiful dam exists over this river in Kathgodam.

Ganga river system: Tributaries & River valley projects

  • It originates from Gangotri glacier near Gaumukh in Uttarkashi district in Uttarakhand. It forms various prayags (confluence of two rivers) as shown below:
  • Alaknanda + Dhauliganga = Vishnuprayag
  • Alaknanda + Pindar = Karnaprayag
  • Alaknanda + Mandakinin = Rudraprayag
  • Alaknanda + Bhagirathi = Devaprayag

When Ganga reaches West Bengal, it gets divided into two distributaries called Bhagirathi and Hugli. Damodar river is the tributary of Hugli. The main river goes into Bangladesh where it is first called Meghna and then Padma which then enters Bay of Bengal. 

Major tributary of River Ganga

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  • Yamuna, Karmanasa, Punpun, Son. (Right)
  • Ramganga, Gomti, Ghagra, Kosi, Mahananda. (left)

River Valley Projects On Ganga River System

Tehri projectConstructed at confluence of Bhilangana and Bhagirathi.
Region is prone to earthquake (Zone V).
Ramganga projectOn river Ramganga
Tanakpur projectOn river Kali
Rihand projectConstructed in Sonebhadra district of U. P
The reservoir is named Govind Ballabh Pant Sagar.
Bansagar project On son river in Sahdol, MP.
Matatila projectOn river Betwa Joint project of UP & MP.
Chambal projectJoint project of Rajasthan and M.P Three dams are built:
Gandhi Sagar at Chaurasigarh,
M. P Rana Pratap Sagar at Rawatbhata,
Rajasthan Jawahar Sagar at Kota, Rajasthan
Damodar valley projectMultipurpose project Main dam is built on Panchet hills.
Mayurkashi projectIn Jharkhand also known as Canada dam

What is the White Phosphorus?

Context: Human Rights Watch recently accused Israel of using white phosphorus munitions in Gaza, and said that such weapons put civilians at risk of serious and long-term injury. 

White Phosphorus

  • White (sometimes called yellow) phosphorus is a white to yellow waxy solid with a garlic like odour.
  • It ignites spontaneously in air at temperatures above 30°C and continues to burn until it is fully oxidized or until deprived of oxygen.
  • Burning phosphorus produces dense, white, irritating smoke containing mixed phosphorus oxides and intense heat, reaching up to 815°C, making it one of the most lethal weapons in military operations.

Applications:

  • Industrial: Production of phosphoric acid, phosphates and other compounds. It has been used as a rodenticide and in fireworks.
    • Phosphates are used to manufacture a range of products including fertilizers and detergents. 
  • Military: 
    • Its primary military use is as a smokescreen used to hide troop movement on the ground.
    • It is also known to mess with infrared optics and weapons tracking systems, thus protecting forces from guided missiles.
    • White phosphorus can also be used as an incendiary weapon such as grenades and artillery shells, which can result in persistent and intense fires, effective against people, equipment, and structures.

Effects of exposure:

  • Upon exposure, white phosphorus can cause severe burns, often down to the bone. The burns are excruciatingly painful, difficult to heal, and susceptible to infections. Particles of white phosphorus that remain lodged the body can reignite if in contact with air. 
  • Inhaling white phosphorus particles or smoke can cause respiratory damage and harm to internal organs. Death may occur from shock, hepatic or renal failure, central nervous system or myocardial damage.
  • Those who survive initial injuries often experience a lifetime of suffering with impaired mobility.
Effects of White Phosphorus on Human Health
Harmful impact of white phosphorus remains in Water & Soil

Hence, the ethical concerns surrounding its use in populated areas are significant due to its potential to cause severe burns and suffering. 

Incendiary weapons:

  • The Convention on Certain Conventional Weapons (CCW) imposes restrictions on the use of incendiary weapons, with the aim of safeguarding civilians. Protocol III under the CCW specifically deals with incendiary weapons.
    • Article 1 of this protocol defines an “incendiary weapon” as a weapon or munition primarily designed to set fire to objects or to cause burn injury to persons through the action of flame, heat, or combination thereof, produced by a chemical reaction of a substance delivered on the target.
    • Article 1(b)(i) includes an exemption in this classification for munitions that may cause unintended incendiary effects, such as illuminants, tracers, smoke, or signalling systems.
  • White phosphorus munitions are primarily intended to produce illuminating and smokescreen effects, with the incendiary aspects being secondary or unintentional. Consequently, incendiary munitions clearly fall within the exceptions outlined in Protocol III’s definition of an “incendiary weapon.” Hence, White phosphorus, although a chemical agent and toxic, is not covered by the CWC. 

Chemical Weapons Convention:

  • The Chemical Weapons Convention (CWC) is an international treaty that establishes a comprehensive ban on the use of chemical weapons.
  • The treaty entered into force in 1997. It is administered by the Organisation for the Prohibition of Chemical Weapons (OPCW), based in The Hague, Netherlands.

Key provisions of the CWC:

  • Prohibition: The CWC categorically prohibits the development, production, acquisition, stockpiling, retention, transfer, and use of chemical weapons and their precursors.
  • Destruction of Existing Stockpiles: States parties that possessed chemical weapons at the time of the treaty's entry into force are obligated to destroy their stockpiles upon strict verification by the OPCW.
  • Monitoring: Monitoring the chemical industry to prevent new weapons from re-emerging. OPCW conducts inspections and verification procedures to ensure compliance with the convention. 
  • Assistance and Protection: The CWC also includes provisions for the protection and assistance of individuals and states affected by the use or threat of chemical weapons.
  • Universality: Fostering international cooperation to strengthen implementation of the Convention and promote the peaceful use of chemistry.

Way Forward

Protocol III does not effectively regulate multi-purpose munitions such as those containing white phosphorus, which can cause harm in the same way as the incendiary weapons it defines. The need of the hour is to strengthen Protocol III to remove its existing ambiguity and loopholes. This will facilitate effective enforcement with clearer rules as violations will become more easily identifiable.

eSIM card and its working

Context: Over the years, the size of the SIM card has shrunk from SIM to mini SIM to micro SIM to nano SIM. The latest is the eSIM with specifications defined by the Global System for Mobile Communications (GSM) Association. 

What is a SIM?

‘SIM’ stands for ‘subscriber identification module’. It is an integrated circuit, or a microchip, that identifies the subscriber on a given network. 

E-Sim vs SIM card

What is an eSIM?

  • An eSIM is an embedded SIM, where the SIM software is loaded on to a Universal Integrated Circuit Card (UICC), that is permanently embedded as part of the motherboard of a smartphone/watch. Being attached to the motherboard, eSIMs allow re-programming, letting users switch operators without having to replace any physical SIM cards. 
  • An eSIM has two immediate advantages.
    • It is environmentally friendlier than a physical SIM, as it is reprogrammable i.e., there is no need for more plastic and metal for a new SIM.
    • If a malicious person gains access to the phone, they will not be able to separately access the SIM application nor be able to duplicate it.
  • The disadvantage is that an eSIM can, in theory, allow network operators to track subscribers’ data, including inside Apps on the device, especially in the absence of data privacy laws. 

Factory fishing in Antarctica for krill targets the cornerstone of a fragile ecosystem

Context: Antarctic krill (Euphausia suberba) fishing is banned in U.S. waters due to concerns that exploitation of Antarctic Krill could impact whales, seals and other animals that feed on the shrimp-like creatures. Krill fishing has been taking place for decades in Antarctica, where krill are most abundant. 

About Antarctic Krill

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  • Antarctic Krill are shrimp like crustaceans living the Southern Ocean.
  • It’s estimated that there are over 700 trillion adult individuals of Antarctic Krill.
  • Adult krill can live anywhere in the Southern Ocean – from the very surface layer to the seafloor, and from inshore areas to the deep open ocean.
  • Antarctic krill grow up to 6cm in length and can weigh 1 gram.
  • Antarctic krill (and other krill species) are bioluminescent, meaning they produce light. They are frequently found in such abundance that they colour the sea a reddish-brown. They may be small individually, but there is an estimated 400 million tonnes of Antarctic krill in the Southern Ocean.
  • Antarctic krill aggregate in schools or swarms, where the density of the animal can be as high as 30,000 individuals per cubic metre.
  • Antarctic krill are a key species, supporting populations of penguins, seals, whales and other marine life.
  • Antarctic krill feed on phytoplankton (single celled marine plants), which absorb carbon dioxide. Krill then egests this carbon through their faecal pellets and by shedding their exoskeletons, which then both sink to the sea floor where some of the carbon gets stored away.
  • It is one of the most common species in its range and it is not at risk of endangerment or extinction.
  • IUCN Status: Least Concern

Bat genomes can provide insights into immunity and cancer

Context: Bats can host a wide variety of pathogens, including ones deadly to other mammals, but they themselves do not get infected. Scientists have been curious about the source of this protection.

Facts about Bats

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  • Bats are the only mammals on the earth that can maintain sustained flight. 
  • They have relatively long life spans and are relatively more protected from a variety of diseases, including cancer. 
  • They have a unique ability in echolocation, whereby they use sound to navigate and locate objects. This frees them from being constrained by the availability of light, unlike humans.
  • By population, bats make up 20% of all mammals. There are more than 1400 species of bats around the world.
    • The bumblebee bat weighs only 2 grams.
    • Flying foxes (bats) have a wingspan of 1.5 metres and weigh up to 1.6 kg.
  • Bats play crucial roles in maintaining the ecological balance and are essential for pollination, insect control, etc.

Bats as reservoirs of pathogens

  • Bats can act as a reservoir/host for many viruses including coronaviruses, Nipah, Ebola, Marburg virus, and Hendra virus etc.
  • Despite hosting a wide variety of pathogens, even multiple viruses at the same time, which are deadly to other mammals, bats do not get infected. 

Bat genomes

  • Genome sequencing has become the mainstay of investigations of the viruses that bats carry, also known as the bat virome.
    • Bat1K global genome consortium which aims to sequence all the 1400 or so bat species’ genomes is currently underway.
  • Over the years, researchers have unearthed significant insights by sequencing the genomes of many bat species. (Bats have a relatively small genome with around 2 billion bases).
    • On comparing the genomes of a fruit-eating and an insect-eating species, scientists found that genes involved in metabolism and immune response have been positively selected. This means that these bats have evolved by improving these two biological domains.
    • Natural selection of a protein called prestin is involved in echolocation (dolphins have the same protein).
    • The subsets of genes involved in mounting an immune response – which encode proteins called interferons (IFN) – had contracted significantly in bats. This allowed bats to diminish the pro-inflammatory response against a number of viruses, thus protecting themselves from clinical disease.
    • A number of genes involved in suppressing tumours and in repairing DNA contained signs of positive selection. This could contribute to the bats’ longer life span and a significantly lower risk of developing cancer.

Natural Selection

  • Natural selection is defined as a process in nature through which living organisms adapt and change in response to an environmental condition (climate, temperature, availability of resources, etc.)
  • There are two types of natural selection in biological evolution: Positive (Darwinian) selection promotes the spread of beneficial alleles, and negative (or purifying) selection hinders the spread of harmful alleles. 
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Significance

With rapid deforestation, ecological degradation, and increased human-animal interactions, the risk of outbreaks of zoonotic diseases has heightened. (E.g., Nipah outbreaks in Kerala, Marburg disease and Ebola virus in some African countries). Hence, genome sequencing can help humans in understanding the nature of the outbreaks, and deal with them effectively. 

Firecracker industry in Sivakasi, Tamil Nadu

Context: The firecracker industry, which was concentrated in Sivakasi, is much more dispersed in Tamil Nadu now with small units, both legal and illegal, coming up across districts. Many of these units’ function with little supervision, monitoring, or official inspections, which has led to a spate of tragedies in recent months.

Fireworks industry in Sivakasi

  • Sivakasi located in the Virudhnagar district of Tamil Nadu is known as the fireworks capital of India.
  • The foundation of the fireworks industry in Tamil Nadu was laid down by two Nadar brothers, who were trained in match stick making. Over time, the fireworks industry grew and came to account for 90% of fireworks production in India.
  • According to the industry association, there are around over one thousand units engaged in firework production in and around Sivakasi providing employment to 8 lakh people. 
  • However, in recent years the fireworks industry in Sivakasi has become dispersed with smaller units (both legal and illegal) coming up all over Tamil Nadu. 
  • Reasons for this trend: High profit margins in the fireworks industry is inducing smaller players and workers engaged in Sivakasi firework plants starting their own plants across Tamil Nadu. 
  • The trend towards smaller firms has resulted in lots of accidents in fireworks industry because of:
    • These smaller units operate under the radar with little supervision, monitoring, or official inspections.
    • Smaller units have less focus on safety resulting in many accidents due to overstocking of explosive chemicals above the permissible limits, employment of workers without training and sub-leasing of larger firework firms to smaller firework firms which have little or no focus on safety.
    • Safety processes such as automation of the dangerous mixing process of chemicals costs about Rs 20-25 lakhs which smaller factories find difficult to invest.
    • Petroleum & Explosive Safety Organisation (PESO) which is the licensing and regulating authority for large firework units is short-staffed. 
    • PESO licenses are only issued to firms which handle between 15 to 2000 kg of fireworks. 

About Petroleum and Explosive Safety Organization (PESO)

  • The Petroleum and Explosives Safety Organization (PESO), formerly known as Department of Explosives, since its inception on 05/09/1898, has been serving the nation as a nodal agency for regulating safety of hazardous substances such as explosives, compressed gases, and petroleum. 
  • PESO has its Headquarters at Nagpur in Maharashtra and serves through nine Circle Offices viz Agra, Bhopal, Chennai, Faridabad, Guwahati, Hyderabad, Kolkata, Mumbai, Vadodara, and their subordinate Sub-Circle offices across the country.
  • It works under the Department for Promotion of Industry and Internal Trade under the Ministry of Commerce and Industry.
  • Functions of PESO
  • PESO’s major work is to administer the responsibilities delegated under the Explosives Act 1884 and Petroleum Act 1934 and the Rules made there under the motto "Safety First."
  • Administration of following rules under Explosives Act, 1884: Explosives Rules, 2008; Gas Cylinders Rules, 2004; Static & Mobile Pressure Vessels (unfired) rules, 1981; Ammonium nitrate rules, 2012; Acetylene notification of 1983.
  • Administration of following rules under Petroleum Act, 1934: Petroleum Rules, 2002; Calcium carbide rules, 1987; Cinematographic Film rules, 1948; Inflammable Substance Act, 1952.
  • Ensure public safety in areas of manufacture, transport, storage, handling etc. of Explosives, Petroleum, Carbide of Calcium, Inflammable substances and Compressed Gases.
  • Framing National Standards concerning public safety and harmonizing Indian standards with international standards.
  • Evaluation of new technologies finding applications in hazardous areas for adoption in indigenous conditions within the purview of Explosives Act 1884 and Petroleum Act 1934.
  • It is licensing and regulating authority for large fireworks units.
  • Providing operational and technical advice and assistance to Central and State governments, Local bodies, Law Enforcement Agencies, Industry, Trade and end users of these products.
  • Develop alert, innovative and well-trained workforce.
  • Scrutiny and approval of site, layout and construction plans for explosive manufacturing & storage, fireworks manufacturing & storage, manufacture of explosives in Bulk mixing and delivery vehicles; Petroleum, Gas cylinder, LPG and CNG storage & filling stations; Petroleum refineries; Petroleum tank lorries; Petroleum & Gas pipelines; Flame proof equipment and calcium carbide storage premises.

Dhordo is recognised as a Best Tourism Village

Context: Recently, United Nations World Tourism Organisation has included Dhordo village in the list of ‘Best Tourism Village’. 

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About Dhordo

  • Dhordo, located in the Banni region within the Rann of Kutch, stands as a symbol of Gujarat's progress and increasing pride. 
  • The village's distinctive round houses, known as bhungas, have gained immense popularity among tourists. 
  • Dhordo is renowned for hosting the three-month-long Rann Utsav, a cultural celebration that highlights the traditional art, music, and crafts of the region.
  • The Best Tourism Village is awarded to villages that are at the forefront of both nurturing rural areas and preserving the region's landscapes, cultural diversity, and culinary traditions.
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About Best Tourism Villages initiative

  • Introduced in 2021, the UNWTO's Best Tourism Villages initiative is an integral component of the UNWTO Tourism for Rural Development Programme.
  • This program is dedicated to fostering development and inclusivity in rural regions, countering depopulation, promoting innovation, enhancing value chain integration through tourism, and advocating sustainable practices.

Villages are assessed across nine essential areas

  • Cultural and Natural Resources
  • Promotion and Preservation of Cultural Resources
  • Economic Viability
  • Social Viability
  • Environmental Sustainability
  • Tourism Advancement and Integration of Value Chains
  • Governance and Prioritization of Tourism
  • Infrastructure and Connectivity
  • Health, Safety, and Security

Initiative encompasses three key pillars

  • Best Tourism Villages by UNWTO: Acknowledges exceptional rural tourism destinations featuring accredited cultural and natural assets, a dedication to preserving community-based values, and a clear commitment to innovation and sustainability across economic, social, and environmental aspects.
  • Best Tourism Villages by UNWTO Upgrade Programme: Provides support to villages in their journey towards meeting recognition criteria, offering assistance in areas identified as gaps during evaluation.
  • Best Tourism Villages Network: Serves as a platform for sharing experiences and best practices, learning opportunities, and engagement with members, welcoming contributions from experts and public and private sector partners involved in the promotion of tourism as a catalyst for rural development.

About UNWTO

  • The United Nations World Tourism Organization (UNWTO) is a specialized agency of the United Nations dedicated to promoting responsible, sustainable, and universally accessible tourism.
  • Headquarters: Madrid, Spain.
  • It takes the lead in shaping tourism policies and offers support while serving as a global platform for tourism policy discussions and a valuable source of tourism research and knowledge.
  • UNWTO encourages the adoption of various initiatives, including the Global Code of Ethics for Tourism Development, Competitiveness, Innovation & Digital Transformation, Ethics, Culture & Social Responsibility. 
  • Official languages: Arabic, Chinese, English, French, Russian, and Spanish.

Structure

  • General Assembly: It serves as the primary meeting of the World Tourism Organization, convening every two years to endorse the budget and work plan and to deliberate on significant issues pertaining to the tourism sector. It also elects a Secretary-General every four years. The World Committee on Tourism Ethics operates as a subsidiary body of the General Assembly.
  • Executive Council: UNWTO's governing board is the Executive Council, responsible for ensuring the Organization fulfills its mission and adheres to its financial plan. It convenes at least twice a year and consists of members chosen by the General Assembly
  • Committees: Specialized committees comprised of UNWTO members provide guidance on management and program content. These include the Committee on Budget and Finance, the Sustainable Development of Tourism Committee, and others.
  • Secretariat: The Secretariat is responsible for executing UNWTO's work program and meeting the requirements of members and affiliate members. The Secretary-General leads this group.

In Kannauj, hope in a bottle (ATTAR)

Context: India is the world’s largest exporter of attar (perfume or fragrance), but the olfactory art and science inspired by Nur Jahan’s love for the damask rose has changed in its profile from a high-end personal indulgence to an industry additive.

About Attar and fragrance and flavor industry

  • It is distilled extract of flowers and herbs in a base of sandalwood oil.
  • Perfume produced in Kannauj received GI Tag.
  • Kannauj attar is of two types: (1) Pink damask rose -native to the region (2) Earthy petrichor -made for the occasion and presented in embellished glass bottles.
  • About 2000 varieties of rose grown in India out of which only two Rosa Damascena and centifolia are used in attar.
  • Zighrana: First perfumery and the only one so far from Kannauj to position the traditional product as a brand in the global market.
  • The Ministry of Micro, small and Medium Enterprises (MSME) pegs the worth of India’s fragrance and flavor industry at 10,000 crores annually.
  • India holds 10 % of global market in flavor and fragrance Industry, remains largest exporter of attar, sending it to 71 countries.

Historical background of Kannauj and fragrance industry.

  • Local lore’s talks about 7th century Kannauj as Kusumpura, the city of flowers.
  • Gangetic rivers aided the trade the trade since Harshavardhana’s empire.
  • During Mughal period, Jahangir patronized the art of perfume making (Attar). It is believed that Nur Jahan had fired the imagination of perfumers to create rose attar.
  • The Britishers were fascinated with it, hence it flourished during colonial era.

Challenges to Attar industry

  • Central government restricted the availability of sandalwood in the 1990’s which formed the base of perfume (about 95.98% of the product), causing shutting down of distilleries.
  • Attar faces competition from various rival perfume products like liquid paraffin, jojoba oil, low quality sandalwood grown in Australia and Egypt.