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GS Paper: GS3

  • Species in news: Dhole or Asiatic Wild Dog

    A recent study has identified some priority talukas/tehsils where habitats can be consolidated to enhance population connectivity for the dhole or Asiatic Wild Dog (Cuon alpinus).

    About Dhole

    Wildlife (Protection) Act, 1972: Schedule II (Absolute protection – offences under these are prescribed the highest penalties.)

    IUCN: Endangered

    • The dhole is a canid native to Central, South, East Asia, and Southeast Asia.
    • India perhaps supports the largest number of dholes, with key populations found in three landscapes — Western Ghats, Central India and Northeast India.
    • It is a highly social animal, living in large clans without rigid dominance hierarchies and containing multiple breeding females.

    Their significance

    • Dholes play an important role as apex predators in forest ecosystems.
    • Factors contributing to this decline include habitat loss, loss of prey, competition with other species, persecution due to livestock predation and disease transfer from domestic dogs.

    Try answering this PYQ:

    Which one of the following groups of animals belongs to the category of endangered species?

    (a) Great Indian Bustard, Musk Deer, Red Panda, Asiatic Wild Ass

    (b) Kashmir Stag, Cheetah, Blue Bull, Great Indian Bustard.

    (c) Snow Leopard, Swamp Deer, Rhesus Monkey, Saras (Crane)

    (d) Lion Tailed Macaque, Blue Bull, Hanuman Langur, Cheetah

     

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  • WTO raises 2021 goods trade outlook

    The World Trade Organization (WTO) has upgraded its world merchandise trade growth outlook to nearly 11 percent for this year, higher than 8% estimated in March.

    About WTO

    • The World Trade Organization (WTO) is an intergovernmental organization that regulates and facilitates international trade between nations.
    • Governments use the organization to establish, revise, and enforce the rules that govern international trade.
    • It officially commenced operations on 1 January 1995, pursuant to the 1994 Marrakesh Agreement, thus replacing the General Agreement on Tariffs and Trade (GATT) that had been established in 1948.
    • The WTO is the world’s largest international economic organization, with 164 member states representing over 96% of global trade and global GDP.
    • The WTO facilitates trade in goods, services and intellectual property among participating countries.
    • It prohibits discrimination between trading partners, but provides exceptions for environmental protection, national security, and other important goals.

    Report on Global trade

    • According to a WTO, global goods trade is expected to grow by 10.8 per cent compared to the forecast of 8 per cent in March, but with varied recovery, depending on the region.
    • The report said export volume growth in 2021 will be 8.7 per cent in North America, 7.2 per cent in South America, 9.7 per cent in Europe, 7 per cent in Africa, 5 per cent in West Asia and the highest for Asia at 14.4 per cent.
    • On the other hand, imports are expected to grow at a faster pace as compared to exports. Inbound shipments into North America are set to grow by 12.6 per cent.
    • It will be 19.9 per cent in South America, 9.1 per cent in Europe, 13.1 per cent in CIS, 11.3 per cent in Africa, 9.3 per cent in West Asia and 10.7 per cent in Asia.

    Key highlights for India

    • Exports from India have been rising consistently over the last few quarters, after plummeting for a few months as the outbreak of Covid-19 disrupted global trade.
    • India’s exports to its top trading partners such as the US, European Union, nations in West Asia, among others, are expected to rise.
    • Exports data during the first six months of the current fiscal year is emblematic of the fact that external demand has been robust.
    • Besides, supply-side disruptions can also be exacerbated by the rapid and unexpectedly strong recovery of demand in advanced and many emerging economies.

    Competing with China

    • Experts said with rising global demand, India should be able to compete in various segments vis-a-vis China.
    • Currently, China is facing supply-side as well as demand-side issues owing to several internal challenges (energy, debt crisis).
    • Therefore, India is in a good position to increase its exports, and can become a substitute for China across various product categories or sectors.
    • India can take advantage of the increasing global demand, which can ultimately translate into demand for Indian exports.

     

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  • Using Paddy Straw as Cattle Feed

    Punjab has now proposed to use the paddy crop residue as fodder for animals, especially cattle.

    Why such a move?

    • In Punjab, the total availability of paddy straw is about 20 million tones per annum.
    • The total value of this straw is Rs 400 crore approx., calculated on an average rate of Rs 200/quintal. Almost all of it is burnt in fields.
    • This accounts for economic loss apart from the loss of 77,000 tonnes of nitrogen and 5.6 million tonnes of Total Digestible Nutrients (TDN) which could be used for ruminant production.
    • Also nearly 30.4 per cent of rice straw is used for animal feed in Southeast Asia, Mongolia and China.

    Economics behind paddy straw

    • High silica and lignin content reduces its digestive properties.
    • Higher selenium content in paddy straw also limits its use as fodder in animals as compared to wheat straw.
    • However, if given in moderate quantities (up to 5 kg per animal per day), selenium poses no health hazard to the animal.
    • Paddy straw also contains oxalates (2-2.5%) which leads to calcium deficiency so mineral mixture should always be fed along with the straw.

    Treatments for feeding paddy straw to animals

    • Paddy Straw cannot be directly fed to animals. It has to undergo some treatments.
    • Two of them are: Urea-only treatment and urea plus molasses treatment.

    [A] Urea treatment of paddy straw

    • 14 kg of urea is dissolved in 200 litres water and spray on chopped paddy straw.
    • The fermented straws have soft texture with 6.0-8.0 per cent crude protein, 3.0-4.0 percent DCP and 55-60 per cent TDN.
    • This involves a combination of physical, chemical and biological treatments.
    • The paddy straw is chaffed and moistened (physical) with urea solution (chemical).
    • The breakdown of urea release ammonia gas, a part of which is utilised by microbes (biological) for their proliferation (enriching the straw with microbial protein).
    • This in turn results in breakage of lingo-cellulosic bonds making cellulose and hemi-cellulose assessable for utilization by microbes in the rumen.
    • The digestibility of cellulose increases from 40-45% in untreated paddy straw to 70-75 per cent in fermented wheat straw.

    [B] Urea plus molasses treatment

    • Also called “Urea-Molasses impregnated straw”, this method involves treating paddy straw with urea and molasses.
    • Urea 1 kg and molasses 3 kg was mixed thoroughly and mixed with water 10 kg. This is mixed with chaffed paddy straw and fed to animals on same day.
    • The experts however clarify that for maintenance of body weight in animals, paddy straw alone is not sufficient.
    • Minerals and green fodder supplementation is required.

    How does the nutritional value of paddy straw increase after urea treatment?

    • The TDN values in urea treated paddy straw increased manifold as compared to untreated straw.
    • Crude protein (CP) increased from 4.5% to 8%, digestible crude protein (DCP) from 1.5% to 4% and total digestible nutrients (TDN) from 40% to 55%.
    • The feeding of urea treated straw (6 kg/day) to lactating buffaloes giving about 10 kg milk/day can result in saving about 60 per cent of oilseed cake in the ration.
    • Feeding of paddy straw should be mixed with berseem, cowpea or Lucerne as it forms a maintenance ration.
    • The straw should be fed with concentrate mixture and additional DCP or limestone should be given to the animals to reduce the effect of oxalates.
    • Oxalates also interfere in carbohydrate metabolism perhaps due to non-availability of calcium as cofactor.

    What are the potentially harmful effects?

    • The intake of siliceous forages has been associated with urinary siliceous calculi in drier regions where water may be limited.
    • There have been no definitive studies in India, but urinary calculi are associated with rice straw consumption.
    • It has high selenium (0.5 to 4.5 % ) content which can cause serious health problems in dairy animals.

     

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  • Indian meteorite helps study Earth’s formation

    The researchers from the Geological Survey of India collected about 30 meteorite fragments with the largest weighing around a kilogram near the town of Katol in Nagpur in 2012.

    Significance of meteor study

    • Now, by studying the composition of these meteorite fragments, researchers have unraveled the composition expected to be present in the Earth’s lower mantle which is at about 660 km deep.
    • Studying the meteorite could also tell us more about how our Earth evolved from being a magma ocean to a rocky planet.

    Key component of the Meteor: Olivine

    • Initial studies revealed that the host rock was mainly composed of olivine, an olive-green mineral.
    • Olivine is the most abundant phase in our Earth’s upper mantle.
    • Our Earth is composed of different layers including the outer crust, followed by the mantle and then the inner core.

    How to study a meteorite?

    • The researchers took a small sample of the meteorite and examined it using special microscopy techniques.
    • The mineralogy was determined using a laser micro-Raman spectrometer.
    • These techniques helped the team identify, characterise the crystal structure of the meteorite and determine its chemical composition and texture.

    What does the new study show?

    • The international team of scientists examined a section of this highly-shocked meteorite. It resembles to the first natural occurrence of a mineral called bridgmanite.
    • The mineral was named in 2014 after Prof. Percy W. Bridgman, recipient of the 1946 Nobel Prize in Physics.
    • Various computational and experimental studies have shown that about 80% of the Earth’s lower mantle is made up of bridgmanite.
    • By studying this meteorite sample, scientists can decode how bridgmanite crystallized during the final stages of our Earth’s formation.

    Bridgmanite: On Earth vs. on Meteorite

    • Katol meteorite is a unique sample and it is a significant discovery.
    • The bridgmanite in the meteorite was found to be formed at pressures of about 23 to 25 gigapascals generated by the shock event.
    • The high temperature and pressure in our Earth’s interior have changed over billions of years causing crystallisation, melting, remelting of the different minerals before they reached their current state.
    • It is important to study these individual minerals to get a thorough idea of how and when the Earth’s layers formed.

    How does it help understand evolution of Earth?

    • The inner planets or terrestrial planets or rocky planets Mercury, Venus, Earth, and Mars are formed by accretion or by rocky pieces coming together.
    • They were formed as a planet by increased pressure and high temperature caused by radioactive elements and gravitational forces.
    • Our Earth was an ocean of magma before the elements crystallised and stabilised and the different layers such as core, mantle were formed.
    • The heavier elements like iron went to the core while the lighter silicates stayed in the mantle.
    • By using the meteorite as an analog for Earth, we can unearth more details about the formation.

    Answer this question from our AWE initiative:

    What are seismic waves? How have they helped in understanding the structure of the earth? (250 W/ 15 M)

     

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  • Who was Hermann Bacher?

    Hermann Bacher, popularly known as the ‘father of community-led watershed development in India’, passed away at the ripe old age of 97 years in Switzerland September 14, 2021.

    Hermann Bacher

    • Born in 1924, Bacher, came to India in 1948 at the young age of 24 years.
    • He was to spend the next 60 years of his life here, most of it in Maharashtra.
    • Struck by the poverty he saw in rural Maharashtra, he dedicated his life to the upliftment of the poor, the landless and rural women.
    • Bacher was given Germany’s highest civilian award, the Federal Cross of the Order of Merit in 1994, in recognition of his outstanding efforts.
    • In 2017, the United Nations Convention to Combat Desertifiucation (UNCCD) awarded WOTR the prestigious ‘Land for Life Award 2017’.
    • He is widely regarded and respected as a true ‘man of God’ for whom selfless service of the poor was worship at its most sublime. He is fondly remembered as ‘Bacher Baba’.

    Notable works

    • The 1972 droughts in Maharashtra led him to re-calibrate his developmental approach.
    • This meant that in rain-dependent rural Maharashtra, a shift had to be made from ‘resource exploitation’ to sustainable resource use, or ‘resource mobilisation’, as he described it.
    • He helped thousands of landless labourers’ secure title to land under the Land Reforms Act, 1957, beginning in 1965.
    • He also organised lakhs of farmers to develop their farms and increase their agricultural productivity by helping them access irrigation, improved and hybrid seeds etc.

    Pioneering water harvest

    • Since rain fell in the watersheds and landscapes villagers lived in, the only way to harvest and conserve rainwater wherever it fell was to undertake watershed development measures.
    • The idea was that “running water must be made to walk; walking water made to stop and sink underground”.
    • This meant, planting trees and grasses, conserving forests, undertaking soil and water conservation works such as digging contour trenches, raising farm bunds, etc.
    • It also meant building water harvesting structures on the streams (check dams, earthen bunds, etc) in a systematic manner across the entire landscape of the village, beginning from the top.

    Establishing the IGWDP

    • Through his work, was born the idea which later became the large-scale Indo-German Watershed Development Program (IGWDP) that he conceived and launched in Maharashtra in 1989.
    • This was in collaboration with and the support of the Governments of India, Maharashtra and Germany, NABARD and the non-profit sector.
    • Its unique and ground-breaking feature was that it put the villagers in the driver’s seat — the community would plan the programme, implement it and maintain the watershed assets.
    • Funds, substantial amounts, would be given directly to them and they would have to manage and account

     

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  • Linear No-Threshold (LNT) Model for Radiation Safety

    The U.S. Nuclear Regulatory Commission (NRC) decisively upheld the Linear No-Threshold (LNT) model to prescribe radiation safety standards, ending the protracted controversy on the topic.

    What is the LNT Model?

    • The LNT is a dose-response model used in radiation protection to estimate stochastic health effects such as radiation-induced cancer, genetic mutations etc. on the human body due to exposure to ionizing radiation.
    • The LNT model states that biological effects such as cancer and hereditary effects due to exposure to ionising radiation increase as a linear function of dose, without threshold.
    • It provides a sound regulatory basis for minimizing the risk of unnecessary radiation exposure to both members of the public and radiation workers.

    Why in news?

    • LNT model continues to provide a sound basis for a conservative radiation protection regulatory framework that protects both the public and occupational workers.
    • The model helps the agencies to regulate radiation exposures to diverse categories of licensees, from commercial nuclear power plants to individual industrial radiographers and nuclear medical practices.
    • There are also studies and findings that support the continued use of the LNT model, including those by national and international authoritative scientific advisory bodies.

     

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  • India needs a carbon policy for agriculture

    Context

    The UK is set to host the 26th UN Climate Change Conference of the Parties (CoP26) in Glasgow from October 31 to November 12 with a view to accelerate action towards the Paris Agreement’s goals. The focus should be on climate finance and transfer of green technologies at low cost.

    Cause of concern for India

    • According to the Global Carbon Atlas, India ranks third in total greenhouse gas emissions by emitting annually around 2.6 billion tonnes (Bt) CO2eq, preceded by China (10 Bt CO2eq) and the United States (5.4 Bt CO2eq), and followed by Russia (1.7Bt) and Japan (1.2 Bt).
    • India ranked seventh on the list of countries most affected due to extreme weather events, incurring losses of $69 billion (in PPP) in 2019 (Germanwatch, 2021).
    • The fact that 22 of the 30 most polluted cities in the world are in India is a major cause of concern.
    • Delhi is the world’s most polluted capital as per the World Air Quality Report, 2020.

    Issues raised in global negotiation on climate change

    • Nations are still quibbling about historical global emitters and who should take the blame and fix it.
    • Global negotiations on climate change often talk about emissions on a per capita basis and the emission intensity of GDP.
    • Per capita emission: Of the top five absolute emitters, the US has the highest per capita emissions (15.24 tonnes), followed by Russia (11.12 tonnes).
    • India’s per capita emissions is just 1.8 tonnes, significantly lower than the world average of 4.4 tonnes per capita.
    • If one takes emissions per unit of GDP, of the top five absolute emitters, China ranks first with 0.486 kg per 2017 PPP $ of GDP, which is very close to Russia at 0.411 kg per 2017 PPP $ of GDP.
    • India is slightly above the world average of 0.26 (kg per 2017 PPP $ of GDP) at 0.27 kg, while the USA is at 0.25, and Japan at 0.21.
    • In our Nationally Determined Contributions (NDCs) submitted in 2016, India committed to “reduce emission intensity of its GDP by 33 to 35 per cent by 2030 from 2005 level.”

    Sector-wise emission and share of agriculture in it

    • Global emissions show that electricity and heat production and agriculture, forestry and other land use make up 50 per cent of the emissions.
    • But the emissions pie in India owes its largest chunk (44 per cent) to the energy sector, followed by the manufacturing and construction sector (18 per cent), and agriculture, forestry and land use sectors (14 per cent), with the remaining being shared by the transport, industrial processes and waste sectors.
    • The share of agriculture in total emissions has gradually declined from 28 per cent in 1994 to 14 per cent in 2016.
    • However, in absolute terms, emissions from agriculture have increased to about 650 Mt CO2 in 2018, which is similar to China’s emissions from agriculture.
    • Agricultural emissions in India are primarily from the livestock sector (54.6 per cent) in the form of methane emissions due to enteric fermentation and the use of nitrogenous fertilisers in agricultural soils (19 per cent) which emit nitrous oxides; rice cultivation (17.5 per cent) in anaerobic conditions accounts for a major portion of agricultural emissions followed by livestock management (6.9 per cent) and burning of crop residues (2.1 per cent).

    Way forward: Carbon policy for agriculture

    • Reward farmers through carbon credit: A carbon policy for agriculture must aim not only to reduce its emissions but also reward farmers through carbon credits which should be globally tradable.
    • Focus on livestock: With the world’s largest livestock population (537 million), India needs better feeding practices with smaller numbers of cattle by raising their productivity.
    • Switch areas from rice to maize: While direct-seeded rice and alternative wet and dry practices can reduce the carbon footprint in rice fields, the real solution lies in switching areas from rice to maize or other less water-guzzling crops.
    • Efficient fertiliser use: Agricultural soils are the largest single source of nitrous oxide (N2O) emissions in the national inventory.
    • Nitrous oxide emissions from use of nitrogen-fertiliser increased by approximately 358 per cent during 1980-81 to 2014-15.
    • An alternative for better and efficient fertiliser use would be to promote fertigation and subsidise soluble fertilisers.
    • Incentives and subsidies: The government should incentivise and give subsidies on drips for fertigation, switching away from rice to corn or less water-intensive crops, and promoting soluble fertilisers at the same rate of subsidy as granular urea.

    Consider the question “Agriculture sector is one of the significant contributors to the greenhouse gas emissions. This underscores the importance of carbon policy for agriculture in India. In this context, suggest the steps needed to be taken under the policy.” 

    Conclusion

    Carbon policy for agriculture in India would help it meet its goals in reducing emissions while making agriculture climate-resilient.

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    Back2Basics: Anaerobic conditions

    • An anaerobic process in which organic food is converted into simpler compounds, and chemical energy (ATP) is produced. Certain types use the electron transport chain system to pass the electrons to the final electron acceptor, which may be an inorganic or an organic compound, but not oxygen.

  • Air India Disinvestment Deal

    After 68 years, Air India is all set to return to the Tata fold.

    What is the deal?

    • The Tatas will own 100% stake in Air India, as also 100% in its international low-cost arm Air India Express and 50% in the ground handling joint venture, Air India SATS.
    • Apart from 141 planes and access to a network of 173 destinations including 55 international ones, Tatas will also have the ownership of iconic brands like Air India, Indian Airlines and the Maharajah.

    History of Air India

    • Prominent industrialist JRD Tata founded the airline in 1932 and named it Tata Airlines.
    • As India gained Independence, the government bought 49% stake in AI.
    • In 1946, the aviation division of Tata Sons was listed as Air India, and in 1948, the Air India International was launched with flights to Europe.
    • In 1953, Air India was nationalised and for the next over four decades it remained the prized possession for India controlling the majority of the domestic airspace.

    Why was Air India sold?

    • End of Monopoly: With economic liberalisation and the growing presence of private players, this dominance came under serious threat.
    • Govt running an airline: Ideologically too, the government running an airline did not quite gel with the mantra of liberalisation.
    • Continuous losses: By 2007, AI (which flew international flights) was merged with the domestic carrier, Indian Airlines, to reduce losses.
    • Wastage of taxpayers money: But it is the mark of how poorly the airline was run that it has never made a profit since 2007.

    Why wasn’t it sold earlier?

    Ans. Fear over Operational Freedom

    • The first attempt to reduce the government’s stake — disinvestment — was made in 2001 under the then NDA government.
    • But that attempt — to sell 40% stake — failed.
    • In 2018, the government made another attempt to sell the government stake — this time, 76%. But it did not elicit even a single response.
    • In the latest attempt started in January 2020, the government has been able to finally conclude the sale.

    So how was it managed this time?

    • Govt gives up stakes: The mere fact that the government retained a partial stake. In other words, as long as the government kept a certain shareholding of AI, private players did not seem interested.
    • Operational freedom: That’s because the mere idea of government ownership, even if it was as little as 24%, made private firms wonder if they would have the operational freedom needed.
    • Debt sharing: In the past, the government expected the bidders to pick up a certain amount of the debt. This time, the government let the bidders decide the amount of debt they wanted to pick up.

    Significance of the deal

    [A] From the government’s perspective: A success

    • Disinvestment: It underscores govt commitment to reducing the its role in the economy.
    • Easing burden on taxpayers: This claims to have saved taxpayers from paying for daily losses of AI.
    • Economic reforms: Given the historical difficulties in AI’s disinvestment, or any disinvestment at all this is a significant achievement.

    [B] Business perspective: Still a failure

    • Missing the target: Purely in terms of money, the deal does not result in as big a step towards achieving the government’s disinvestment target of the current year.
    • Unresolved bankruptcy: The assets left with the government, such as buildings, etc., will likely generate Rs 14,718 crore. But that will still leave the government with a debt of Rs 28,844 crore to pay back.

    [C] Value perspective: Success for Tatas

    • Business success: From the Tatas’ perspective, apart from the emotional aspect of regaining control of an airline that they started, AI’s acquisition is a long-term bet.
    • Investment boost: The Tatas are expected to invest far more than what they have paid the government if this bet is to work for them.

    Conclusion

    • Complete liberalization: The privatisation of Air India is a message from the Government to the markets and global investors that it has the political will to bite the reform bullet.
    • Roadmap for economic reforms: The govt had to shed the “over-conservatism” that is typical of bureaucracy.
    • Future disinvestments: A transaction as “tough and complex” as Air India’s in an open, transparent and competitive bidding process, will boost future privatisation.

    Way forward

    • Other loss-making PSUs continue to drain taxpayers’ hard-earned money and get abused and fleeced in the name of social welfare.
    • The govt should imbibe this experience gained in future disinvestment biddings.

     

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  • RBI suspends G-Sec Acquisition Programme (GSAP)

    The Reserve Bank of India (RBI) has decided to halt its bond-buying under the G-Sec Acquisition Programme (GSAP).

    Why such move?

    • The GSAP had succeeded in ensuring adequate liquidity and stabilising financial markets.
    • Coupled with other liquidity measures, it facilitated congenial and orderly financing conditions and a conducive environment for the recovery.

    What is GSAP?

    • The G-Sec Acquisition Programme (G-SAP) is basically an unconditional and a structured Open Market Operation (OMO), of a much larger scale and size.
    • G-SAP is an OMO with a ‘distinct character’.
    • The word ‘unconditional’ here connotes that RBI has committed upfront that it will buy G-Secs irrespective of the market sentiment.

    What are Government Securities?

    • These are debt instruments issued by the government to borrow money.
    • The two key categories are:
    1. Treasury bills (T-Bills) – short-term instruments which mature in 91 days, 182 days, or 364 days, and
    2. Dated securities – long-term instruments, which mature anywhere between 5 years and 40 years

    Note: T-Bills are issued only by the central government, and the interest on them is determined by market forces.

    Why G-Secs?

    • Like bank fixed deposits, g-secs are not tax-free.
    • They are generally considered the safest form of investment because they are backed by the government. So, the risk of default is almost nil.
    • However, they are not completely risk-free, since they are subject to fluctuations in interest rates.
    • Bank fixed deposits, on the other hand, are guaranteed only to the extent of Rs 5 lakh by the Deposit Insurance and Credit Guarantee Corporation (DICGC).

    Other decisions

    • The RBI, however, remained ready to undertake G-SAP as and when warranted by liquidity conditions.
    • It would also continue to flexibly conduct other liquidity management operations including Operation Twist (OT) and regular open market operations (OMOs).

    Answer this PYQ in the comment box:

    Q.Consider the following statements:

    1. The Reserve Bank of India manages and services the Government of India Securities but not any State Government Securities.
    2. Treasury bills are issued by the Government of India and there are no treasury bills issued by the State Governments.
    3. Treasury bills offer are issued at a discount from the par value.

    Which of the statements given above is/are correct?

    (a) 1 and 2 only

    (b) 3 Only

    (c) 2 and 3 only

    (d) 1, 2 and 3

     

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    Back2Basics: Open Market Operations (OMO)

    • OMOs is one of the quantitative monetary policy tools which is employed by the central bank of a country to control the money supply in the economy.
    • It is a part of the Market Stabilization Scheme (MSS) by the RBI.
    • OMOs are conducted by the RBI by way of sale or purchase of government securities (g-secs) to adjust money supply conditions.
    • The central bank sells g-secs to remove liquidity from the system and buys back g-secs to infuse liquidity into the system.

  • What is Palk Bay Scheme?

    The Union Government is considering increasing the unit cost of deep-sea fishing vessels under the Palk Bay scheme to make it more attractive to fisherfolk.

    Palk Bay Scheme

    • The Palk Bay Scheme is the official scheme for diversification of trawl fishing boats from Palk Strait into deep sea fishing boats.
    • It is aimed at encouraging fishermen to take up deep-sea fishing and put an end to disputes arising between the India and Sri Lanka.
    • The project helps fishermen in the Palk Straits, who are not exposed to deep-sea fishing, to venture deep into the Indian Ocean, Arabian sea and other deep-sea areas to look for fish like tuna that are in high demand.

    Why need such a scheme?

    • Bottom trawling, an ecologically destructive practice, involves trawlers dragging weighted nets along the sea-floor, causing great depletion of aquatic resources.

    Key components of the scheme

    • The project aims to replace all trawler boats and introduce over 2,000 deep sea fishing boats in a course of five years.
    • The scheme, under the aegis of Blue Revolution scheme – is funded by the Centre – 50 per cent and state government – 20 per cent for a boat costing Rs 80 lakh.
    • Of the balance 30 per cent, 10 per cent is contributed by the beneficiary (fisherman), and the remaining 20 per cent is funded by banks.

    Must read:

    [Burning Issue] India- Sri Lanka Fishermen Issues

     

     

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