Tungabhadra Dam

Tungabhadra Dam

Recently, Lakhs of people in Karnataka and Andhra Pradesh are on high alert for potential flooding after a crest gate of the 71-year-old dam across the Tungabhadra river failed

About Tungabhadra Dam:

  • Location: The Tungabhadra Dam also known as Pampa Sagar is constructed across the Tungabhadra River, a tributary of the Krishna River. 
    • The dam is in Munirabad, Koppal district of Karnataka.
  • Significance: It is a multipurpose dam serving irrigation, electricity generation, flood control, etc
  • Capacity: The Tungabhadra dam, which was inaugurated in 1953, has a maximum storage capacity of 133TMCFT (thousand million cubic feet). 

About Tungabhadra River:

  • It is a significant tributary of the Krishna River.
  • The name comes from the confluence of two rivers, Tunga and Bhadra
  • The Tunga and Bhadra Rivers originated on the eastern slopes of the Western Ghats. 
  • The two rivers merge at Koodli which flows down in Karnataka’s Shimoga district, giving birth to the Tungabhadra River.
  • Major tributaries: Bhadra, the Haridra, the Vedavati, the Tunga, the Varda and the Kumdavathi.
  • Significance: The river basin is home to several crops, including rice, cotton, sugarcane, and oilseeds. 
    • The waters also have several fish species in it benefitting the fishing industry. 
    • In addition to this, the Tungabhadra River basin is rich in mineral resources such as iron ore, manganese, and bauxite.

Lake Turkana

Lake Turkana

Recently, The initial findings from the 10-year research project led by UNESCO and WFP, funded by the Dutch Government, reveal high fish potential in Africa’s Lake Turkana

About Lake Turkana:

  • Location: Lake Turkana, located in northwestern Kenya and south-western Ethiopia
  • It is Africa’s fourth largest lake and the world’s largest permanent desert lake. 
  • It is designated as the UNESCO World Heritage site and is renowned for its unique biodiversity and cultural significance.
  • It is lying in a hot, arid, and remote region, and provides resources for communities on the lakeshore and surrounding areas.
  • Turkana Region: The estimated population of the Turkana region is approximately 1 million people, whose livelihoods are based on pastoralism, fishing, and, to a lesser extent, crop farming.
  • Catchment: The catchment of Lake Turkana covers an arid region and is fed by Turkwel and Kerio Rivers from the South–West, and the Omo River from the North.
    • Omo River: The lake lies in a closed basin and its limnology, ecology, and fisheries are driven by seasonal cycles of flooding from the Omo River, which provides more than 90% of the lake’s inflow
  • Hindrances: Semi-saline waters, driven by high evaporation rates and fluctuating lake levels of up to 8 meters per decade, have historically hindered sustainable development initiatives.

India’s First Round-the-clock Grain ATM 

India’s First Round-the-clock Grain ATM

Recently, WFP and the Government of Odisha launched India’s first round the clock grain dispensing machine, the ‘Grain ATM,’ also known as ‘Annapurti’ , in the state capital Bhubaneswar.

About Grain ATM:

  • AIM: To enhance nutritional security in the state by providing 24×7 access to rice and wheat.
  • The ATM is designed to address issues in the distribution of food grains through the Public Distribution System (PDS).
    • Waiting Time: It can dispense grain up to 50 kilograms in five minutes 24 hours a day, reducing waiting time by 70 percent
    • Less Space: The modular design allows easy assembly based on available space. 
    • Energy Efficient: Annapurti is energy efficient, and can be connected to solar panels for automatic refilling.
  • Odisha has become the first state in India to provide access to the public distribution system beneficiaries 24 hours a day
  • Significance: This collaboration between the Odisha government and the World Food Programme marks a significant step towards achieving nutritional security and improving the efficiency of food grain distribution in the state
  • Process to withdraw grains from the ATM: Beneficiaries need to input their Aadhar or Ration card number and undergo biometric authentication.
    • Once authenticated, the machine dispenses the entitled grain within five minutes.

Pradhan Mantri JI-VAN Yojana

To keep pace with the latest developments in the field of biofuels and to attract more investment, the Union Cabinet approved the modified Pradhan Mantri JI-VAN Yojana.

About Pradhan Mantri JI-VAN (Jaiv Indhan- Vatavaran Anukool fasal awashesh Nivaran) Yojana:

  • It was notified in March 2019. 
  • Aims: To provide financial support to integrated bio-ethanol projects for setting up Second Generation (2G) ethanol projects by using lignocellulosic biomass and other renewable feedstocks.
    • To provide remunerative income to farmers for their agriculture residue, address environmental pollution, create local employment opportunities, and contribute to India’s energy security and self-reliance. 
    • It also helps in achieving India’s ambitious target for net-zero GHG emissions by 2070.
  • Nodal Ministry: Ministry of Petroleum and Natural Gas

Modified scheme: 

  • Timeline: It extends timeline for implementation of scheme by Five year i.e. till 2028-29 
  • Inclusions: It includes advanced biofuels produced from lignocellulosic feedstocks (agricultural and forestry residues, industrial waste, synthesis (syn) gas, algae etc.) in its scope.  
  • “Bolt on” plants & “Brownfield projects” would also now be eligible to leverage their experience and improve their viability.
  • Preferences: To promote multiple technologies and multiple feedstocks, preference would now be given to project proposals with new technologies and innovations in the sector.

Ethanol Blended Petrol (EBP) Programme:

  • Launched in January, 2003. 
  • The programme sought to promote the use of alternative and environment friendly fuels and to reduce import dependency for energy requirements.
  • Public Sector Oil Marketing Companies are on course to achieve the 20% blending target by the end of ESY 2025-26

Index Fund

Retail investors in India prefer index funds over exchange traded funds when it comes to passive investing.

About Index Fund:

  • An index fund is a type of passively-managed mutual fund that tracks and tries to replicate the performance of a market index such as the NIFTY 50, NIFTY Next 50, Sensex, etc. 
  • To replicate the performance of its chosen index, Index Funds hold the shares that comprise the chosen index in the exact same proportion as the index being replicated.
  • Index funds: They are pooled investments that passively aim to replicate the returns of market indexes.
    • Active Investing: One will invest their money in a scheme and then a fund manager will take tactical calls including which stocks to buy or sell and at what price to build a portfolio of securities. This will involve multiple buy and sell transactions, so it is called active investing.
    • Passive Investing: Fund Manager will build a portfolio of stocks and maintain individual stock allocations in the same proportion as the index being replicated. Instead of picking and choosing which stocks to invest in, the fund manager will only replicate the portfolio of the chosen index.
  • Data analysed by Motilal Oswal shows assets under management of Passive Funds has grown 38x over the last eight years, from Rs 20,000 crore in 2015 to Rs 7.6 lakh crore today.

About Exchange traded funds (ETFs):

  • ETFs combine features of mutual funds and stocks, allowing investors to gain exposure to a basket of assets while providing the flexibility to be traded on stock exchanges like individual stocks.
  • Traded Like Stocks: ETFs are bought and sold on stock exchanges throughout the trading day at market prices that fluctuate based on supply and demand.
  • Real-Time Pricing: The price of an ETF changes throughout the day as the underlying assets’ values fluctuate.

Digital Watermarking of AI

Digital Watermarking of AI

OpenAI has a method up its sleeves that can identify any kind of AI-generated content. Be it image, text or even AI-edited original content.

About Decoding AI watermarking

  • OpenAI’s new tool will be able to detect AI-generated content using  ‘anti-cheating’ technology. 
  • Significance: This could help to avoid the misuse of AI for various purposes. 
  • About: AI watermarking can be defined as the process of embedding a ‘recognisable, unique signal into the output of an artificial intelligence model.
    • This could include text or an image, or any form of AI generated content. 
    • This signal which is known as a watermark, can then be detected by algorithms designed to scan it.

Perseid Meteor Shower 

Perseid Meteor Shower

The sky is expected to brighten up this week due to the annual Perseid meteor shower approaching its peak.

About the Perseid Meteor Shower: 

  • Comet of Origin: 109P/Swift-Tuttle
  • Radiant: Constellation Perseus
  • Active: July 14 to Sept. 1, 2023 (Peak Aug. 13)
  • Peak Activity Meteor Count: Up to 100 meteors per hour
  • Meteor Velocity: 37 miles (59 km) per second
  • About: The Perseid meteor shower, which peaks in mid-August, is considered the best meteor shower of the year
  • With swift and bright meteors, Perseids frequently leave long “wakes” of light and colour behind them as they streak through Earth’s atmosphere
  • They occur with warm summer night time weather allowing sky watchers to comfortably view them.
  • Perseids are also known for their fireballs
    • Fireballs: They are larger explosions of light and color that can persist longer than an average meteor streak
    • This is due to the fact that fireballs originate from larger particles of cometary material. 

World Elephant Day 2024

Every Year, World Elephant Day is observed on August 12 to raise awareness about the challenges in elephant conservation and their protection worldwide. 

World Elephant Day 2024

  • Theme: The official theme for the World Elephant Day 2024 Day is “Personifying prehistoric beauty, theological relevance, and environmental importance.” 
    • It highlights the urgent need to conserve natural habitats to secure the future of the elephants. 
  • History: Patricia Sims of Canada and the Elephant Reintroduction Foundation of Thailand – a project of HM Queen Sirikit of Thailand – joined forces to establish World Elephant Day on August 12, 2012. Since then, Patricia has been in charge of World Elephant Day.
  • Significance of Elephants
    • Elephants consume huge amounts of grass daily dispersing seeds wherever they go as they are significant grazers and browsers. 
    • Indian elephants may spend up to 19 hours a day feeding and they can produce about 220 pounds of dung per day while wandering over an area that can cover up to 125 square miles. This helps to disperse germinating seeds.
    • Elephants cut trees and leave openings in them so that sunlight may reach newly planted seedlings. It promotes the growth and the natural regeneration of forests.
    • IUCN Status: The IUCN recognize two species
      • Loxodonta africana (African savanna elephant) listed as Endangered 
      • Loxodonta cyclotis (African forest elephant) listed as Critically Endangered 
  • Facts about Elephant
    • Led by a matriarch, elephants are organised into complex social structures of females and calves, while male elephants tend to live in isolation or in small bachelor groups. 
    • Gestation period: A single calf is born to a female once every four to five years and after a gestation period of 22 months—the longest of any mammal. 

Parvat Prahaar

Parvat Prahaar

Recently, the Indian Army has conducted a strategic military exercise, ‘Parvat Prahaar’, in Ladakh, focusing on high-altitude warfare and operations.

About ‘Parvat Prahaar’:

  • Location: The ‘Parvat Prahaar’ military exercise is a significant strategic initiative conducted by the Indian Army in the high-altitude regions of Ladakh. 
  • Objective: This exercise is focused on enhancing the Army’s preparedness and operational capabilities in mountainous terrains near the India-China border.
    • Mountain Strike Corps of the Northern Command, which is responsible for operations in this sensitive region along the Line of Actual Control (LAC), is involved in the exercise
  • Background of ‘Parvat Prahaar’ Military Exercise: Since the Galwan clash in 2020, India and China have been engaged in a prolonged military standoff
    • Despite numerous rounds of talks, significant progress has been limited. 
    • In response to these tensions, India has enhanced its military presence in the region
  • WMCC Meeting: India and China have recently concluded a Working Mechanism for Consultation and Coordination on India-China Border Affairs (WMCC) meeting and soon expect the next round of corps commander-level talks to resolve the standoff along the LAC.
  • Key Objectives of the ‘Parvat Prahaar’ Military Exercise”
    • High-Altitude Warfare: Training troops to effectively operate in high-altitude conditions.
    • Operational Readiness: Evaluating and enhancing the effectiveness of various military units and equipment in challenging terrains.
    • Simulating Combat Scenarios: Creating real-world combat situations to test and improve the capabilities of soldiers.

 

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A recent study published in the journal Science investigated the remains of nuclear bomb tests conducted by the U.S. and the Soviet Union in the 1960s for use in climate models.

  • The researchers used climate models (Coupled Model Intercomparison Project CMIP) to estimate the amount of carbon stored in vegetation around the planet in a year. 
    • The CMIP models used in the study included some of the latest versions (5 and 6).

Key Highlights of the Study

  • The Study: The Researchers used climate models to track the change in the level of Carbon 14 between 1963 and 1967 and thereby estimate the amount of carbon stored in vegetation around the planet in a year. 
    • The Nuclear explosions during the Cold War period sprayed radioactive material around the planet’s atmosphere. 
      • Carbon-14: It is an isotope of carbon also called Radiocarbon. Its atom’s nucleus has two neutrons more than the most common Carbon-12. The nuclear bomb tests steadily deposited  more than usual quantity in the atmosphere.
      • Radiocarbon bonds with oxygen to form CO2
    • Limited Test Ban Treaty (LTBT): With the signing of the LTBT treaty in 1963 prohibiting nuclear testing over land, air, and under water the atmospheric radiocarbon concentration stopped increasing beyond this year.
  • Findings: 
    • The models suggested that the radiocarbon was moving into vegetation from the atmosphere as the vegetation absorbed this Radiocarbon converted CO2 during photosynthesis to produce food and energy. 
    • Carbon Hosted in Vegetation: Scientists have used satellite data to estimate how much carbon vegetation around the world hosts by using climate models to estimate the amount of carbon stored in vegetation around the planet in a year. 
      • The study estimates 80 billion tonnes of carbon being stored per year, most of them being stored in leaves and finer roots, i.e. the non-woody parts of the plant as opposed to the previous estimates of  43-76 billion tonnes per year
    • Fast Carbon Recycling: The Carbon Cycling is moving at a speed greater than previously thought as the plants are absorbing more CO2 from the atmosphere and storing  it for a shorter duration than expected, before releasing it into their surroundings.
      • Carbon Cycle: Plants absorb CO2 from the atmosphere during photosynthesis and use it to make glucose. A plant consumes some of the glucose and some it stores as starch in its leaves. In this process, some carbon is also lost when the plant exhales CO2 as it respirates.

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Climate Models

  • Climate models also known as general circulation models or GCMs are based on well-documented physical processes to simulate the transfer of energy and materials through the climate system.
    • They can be used to recreate the past climate or predict the future climate.
  • They use mathematical equations to characterise how energy and matter interact in different parts of the ocean, atmosphere, land and Ice. 
  • Process: It is a complex process of,
    • Identifying and quantifying Earth system processes; Representing them with mathematical equations; Setting variables to represent initial conditions and subsequent changes in climate forcing; Repeatedly solving the equations using powerful supercomputers.
  • Composition: 
    • 3D Grid based Model: Climate models separate Earth’s surface into a three-dimensional grid of cells. The smaller the size of the grid cells, the higher the level of detail in the model.
    • Time Step: It also includes the element of time, called a Time Step which can be in minutes, hours, days, or years.  Like grid cell size, the smaller the time step, the more detailed the results will be
  • Testing: The model is initialised to known conditions at a time in the past and once a climate model is set up, it can be tested via a process known as “hind-casting.”  
  • Example: 
    • Coupled Model Intercomparison Project (CMIP): It was set up by the World Climate Research Program in 1995 preparing  climate projections that inform the U.N.’s climate reports.
      • Scientific institutions in several countries pool their individual climate models together to produce better projections. 
    • Community Earth System Model 2: It was developed by the U.S. University Corporation for Atmospheric Research, and is the only model which has accounted for radiocarbon in its simulations 

 

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Indian Biotechnologists have discovered a wide variation among popular varieties of rice in India in their ability to use nitrogen. 

Background Context

  • Historical Focus on Yield: Indian agriculture has historically prioritised yield over NUE, leading to increased synthetic fertiliser use and associated pollution.
  • Lack of Variety Ranking: India lacks a ranking system for crop varieties based on NUE, hindering crop improvement through selection or breeding.
  • Urea Consumption in India: Two-thirds of all urea in India is consumed by cereals, with rice being the primary contributor.
  • Economic Impact: Poor nitrogen-use efficiency (NUE) in rice leads to wastage of urea worth ₹1 trillion annually in India and over $170 billion globally.
  • Environmental Concerns: Nitrogen fertilisers are major sources of nitrous oxide (N2O) and ammonia pollution, impacting health, biodiversity, and climate change.
  • Greenhouse Gas Emissions: India is the world’s second-largest emitter of nitrous oxide (N2O), largely due to fertiliser use, contributing significantly to global greenhouse gas emissions.
  • Global Commitments: India is a signatory to the Kunming-Montreal Global Biodiversity Framework (2022), which mandates countries to halve their nutrient waste from all sources by 2030. 

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Key Findings

  • Study Findings: The study screened over a thousand rice varieties and identified significant NUE variation. Twenty parameters were found to strongly associate with NUE, including eight new parameters.
  • Variation in NUE: The study found a five-fold variation in NUE among rice varieties. High NUE does not always correlate with the highest yields.
  • Potential for Improvement: There is potential to improve NUE by exploring a wider range of rice varieties, including farmers’ landraces.
  • Significance of this Discovery: This discovery can be used to develop newer varieties that use less nitrogen and are high-yielding, thus slashing expenditure on imported fertilisers and reducing nitrogen-linked pollution.

Nitrogen Use Efficiency (NUE)

  • Nitrogen use efficiency refers to the yield of a crop relative to the nitrogen (natural and artificial) available to it.
    • It is defined as the ratio of the amount of nitrogen effectively utilised by crops to the amount of nitrogen applied. It measures how well a plant uses nitrogen for growth and productivity.

Significance of NUE in Agriculture

  • Optimising Crop Yields: Efficient nitrogen use is vital for maximising crop yields. 
  • Economic Impact of Poor NUE: Poor NUE leads to significant nitrogen fertiliser wastage, with costs estimated at Rs 1 lakh crore annually in India and over $170 billion globally.
  • Environmental Consequences: Inefficient nitrogen management contributes to greenhouse gas emissions (e.g., nitrous oxide) and water body eutrophication, which harms aquatic ecosystems. 
  • Benefits of Enhanced NUE: Increasing NUE can enhance productivity and profitability for farmers by reducing fertiliser costs and minimising environmental impacts. 

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Factors Affecting Nitrogen Use Efficiency (NUE)

  • Genetics: Plant variety impacts NUE, influencing overall nitrogen utilisation efficiency.
  • Soil Conditions: Soil type and health affect nitrogen uptake, impacting crop yields and fertiliser needs.
  • Fertiliser Application: Type, timing, and method of application influence efficiency, affecting input costs and environmental impact.
  • Crop Management: Practices like rotation and cover cropping improve NUE, enhancing productivity and reducing waste.
  • Environmental Conditions: Weather and climate affect nitrogen utilisation, influencing plant growth and nutrient availability.
  • Soil Microbes: Microbial activity affects nitrogen availability, influencing overall nutrient uptake and plant health.

Conclusion

Efforts should focus on leveraging biotechnology to enhance crop NUE. Additionally, large-scale screening of rice varieties is essential to identify cultivars with high NUE suitable for diverse agro climatic conditions.

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Nitrogen (N)

  • About: Nitrogen, the predominant gas in Earth’s atmosphere, is crucial for life as it is found in soil, food, and our DNA.
    • Nitrogen (N) is considered as an essential Macronutrient
    • A macronutrient is one of the essential nutrients required by plants in relatively large quantities for their growth and development.
  • Significance of Nitrogen:  It is essential for proteins, enzymes, chlorophyll, and DNA in plants, supports photosynthesis, amino acid production, and vital plant structures. 
    • Insufficient nitrogen leads to stunted growth, yellowing leaves, and reduced yields.
  • Nitrogen fixation: Despite constituting 78% of the atmosphere, most organisms cannot directly utilise atmospheric nitrogen, necessitating conversion processes like nitrogen fixation.
    • Nitrogen fixation is the process by which nitrogen is taken from its molecular form (N2) in the atmosphere and converted into nitrogen compounds useful for other biochemical processes. 
    • Fixation can occur through atmospheric (lightning), industrial, or biological processes.
  • Nitrogen Pollution: It refers to the excessive presence of nitrogen compounds in the environment, often resulting from human activities such as agriculture, industrial processes, and transportation. 
    • This surplus of nitrogen can lead to various environmental problems, including water contamination, air pollution, and disruption of ecosystems.
  • Sources of Nitrogen Pollution
    • Agricultural Fertilisers: Overuse leads to nitrous oxide emissions, a potent greenhouse gas.
    • Sewage: Contributes to nitrogen pollution when not properly treated.
    • Food Waste: High in nitrogen, originating from both human and animal sources.
    • Wastewater Treatment: Facilities without nitrogen removal processes can elevate nitrogen levels in water.
    • Stormwater Runoff: Urban runoff carries nitrogen and phosphorus from roads and rooftops to water bodies.
    • Fossil Fuel Usage: Diesel vehicles, despite cleaner technologies, still contribute to nitrogen pollution.

Impact of Nitrogen Pollution

  • Disruption of Ecosystems: Aquatic Ecosystems suffer from toxic algal blooms and coastal dead zones, which threaten global biodiversity.
    • Nitrogen pollution can cause Eutrophication
    • Eutrophication is a process in which a water body becomes overly enriched with nutrients, leading to plentiful growth of algae, plankton etc.
  • Groundwater Pollution: Elevated nitrate levels contaminate drinking water sources.
  • Soil Health Deterioration: Nitrogen pollution negatively affects soil quality and fertility.
  • Contribution to Climate Change: Fertilisers and agricultural emissions release nitrous oxide and ammonia, contributing to greenhouse gas emissions and fine particulate matter pollution.
  • Health Risks: High nitrate levels in water increase risks of methemoglobinemia in infants and cancer in adults
    • Methemoglobin is a form of haemoglobin that cannot carry oxygen. In methemoglobinemia, tissues cannot get enough oxygen.
    • Ammonia emissions worsen air pollution, adversely affecting human health.

Steps Taken at the International level to Control Nitrogen Pollution:

  • International Nitrogen Initiative: Platform for sustainable nitrogen management, founded in 2003. 
    • It was set up in 2003 under sponsorship of the Scientific Committee on Problems of the Environment (SCOPE) and from the International Geosphere-Biosphere Program (IGBP).
  • Gothenburg Protocol (1999): Agreement to reduce emissions of key pollutants, including nitrogen oxides.
  • South Asia Nitrogen Hub (SANH): Connects 32+ research organisations from across South Asia and the UK to tackle nitrogen issues.
  • Colombo Declaration: Aims to halve nitrogen waste by 2030.

India’s Initiative:

  • Neem-Coated Urea: Neem-Coated Urea is a fertiliser and an agriculture scheme supported by the Government of India to boost the growth of wheat and paddy, and curb the black market and hoarding of urea
    • Its use is made mandatory to improve nitrogen use efficiency by slowing nitrogen release for better plant absorption.
  • Soil Health Card: A soil health card provides information on the nutrient status of soil, along with recommendations on the dosage of nutrients to be utilised for improving its fertility and health.
    • This card provides soil nutritional insights and nutrient application recommendations, reducing nitrogen consumption in agriculture.
  • Bharat Stage Norms: The Bharat Stage (BS) are emission standards instituted by the Government of India to regulate the output of air pollutants from motor vehicles.
    • These norms regulate vehicular emissions of harmful gases, including sulphur dioxide (SO₂) and nitrogen dioxide (NO₂).

 

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Recently, the Prime Minister introduced 109 new seed varieties that are high-yielding, climate-resilient, and biofortified.

These seeds were developed by the Indian Council of Agricultural Research (ICAR) and aim to improve farm productivity and increase farmers’ income.

Diverse Crop Coverage

The 109 seed varieties span across 61 crops. 

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New Seed Varieties
Category Crops
Field Crops Barley, Maize, Sorghum, Pearl Millet, Finger Millet
Pulses Chickpea, Pigeon pea, Lentils, Mungbean
Oilseeds Safflower, Soybean, Groundnut, Sesame
Forage Crops Forage Pearl Millet, Berseem, Oats, Forage Maize, Forage Sorghum
Specialized Crops Sugarcane, Cotton, Jute, Buckwheat, Amaranth, Winged Bean, Adzuki Bean, Pillipesara, Kalingda, Perilla
Horticultural Crops Fruits, Vegetables, Spices, Tuber Crops, Plantation Crops, Flowers, Medicinal Plants
  • Promotion of Biofortified Crops:
    • Government has consistently promoted biofortified crop varieties, linking them to government initiatives like the Mid-Day Meal scheme and Anganwadi services.
      • These initiatives aim to combat malnutrition in India by providing more nutritious food options through agriculture.

About Biofortified crops

  • These are modified crops. 
  • It has specific traits that are not possible in conventional breeding.

Biofortification

What is Biofortification?

  • Biofortification is the process of improving the nutritional content of food crops. 
    • This is done to increase the levels of essential vitamins and minerals in the crops.
  • Biofortification primarily targets staple crops like rice to provide essential micronutrients, especially to populations with limited access to diverse diets.
  • Methods of Biofortification:
    • Agronomic Practices: Using specific farming techniques to enhance nutrient content in crops.
    • Conventional Breeding: Selecting and crossbreeding plants with high nutrient levels to produce more nutritious crop varieties.
    • Biotechnology Approaches: Advanced methods like genetic engineering and genome editing are used to directly modify the genetic makeup of crops for better nutrition.

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Disadvantages of Biofortification

  • High cost: Developing biofortified crops requires high research and investment in biotechnology. 
  • Limited availability: Biofortified crops are not widely available in all regions which limits its benefits. 
  • Reduction in Genetic diversity: Biofortified varieties are often chosen  for specific traits such as improved nutrition which can lead to widespread use of this variety. 
    • This practice can reduce genetic diversity within crop populations.
  • Ecosystem disruption: Biofortified crops when crossbreed with non biofortified crops can create hybrid plants that may have unpredictable ecological impacts. 

Benefits for Farmers from High-Yielding Seed Varieties

  • Increased Crop Productivity: High-yielding seed varieties lead to greater crop production per hectare, enabling farmers to harvest more from the same land area.
  • Enhanced Income: Higher productivity translates to increased marketable surplus, allowing farmers to sell more produce and generate higher income.
  • Cost Efficiency: Improved seed varieties often require fewer inputs such as water, fertilizers, and pesticides, reducing overall cultivation costs.
  • Market Competitiveness: Farmers with access to superior seed varieties can produce better quality crops, giving them a competitive edge in the market and potentially fetching better prices.
  • Resilience to Climate Change: Climate-resilient seed varieties reduce the risk of crop failure due to adverse weather conditions, ensuring more stable and predictable income for farmers.
  • Long-term Sustainability: The use of biofortified and climate-resilient seeds contributes to sustainable farming practices, securing the economic future of farmers through consistent yields and reduced dependency on external inputs.

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Names proposed by India were selected to name three underwater geographical structures in the Indian Ocean by The International Hydrographic Organization (IHO) and UNESCO’s Intergovernmental Oceanographic Commission (IOC).

Underwater Geographical Structures

  • The worldwide ocean data is maintained and provided by the General Bathymetric Chart of Oceans operating under the IOC and IHO.

About The Underwater Structures

  • Two structures were named after the Mauryan dynasty Rulers ie. The Ashoka seamount and the Chandragupt ridge and the 3rd structure is named as Kalpataru ridge.
  • Discovery: All the three recently named structures were discovered by oceanographers from the National Centre for Polar and Ocean Research (NCPOR), Goa during the Indian Southern Ocean Research Programme
    • Indian Southern Ocean Research Programme: It is an international survey exploration programme with NCPOR being the nodal agency in operation since 2004
      • These sea explorations aim at studying the bio-geochemistry, biodiversity, lower atmospheric processes, paleoclimate, hydrodynamics, air-sea interactions among a host of other research areas.
  • Location: The Structures are located along the Southwest Indian Ridge area of the Indian Ocean
  • Other India Proposed Structures: The Indian Ocean has seven structures at present which has been named as proposed by India.

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Structure 

Discovered  

Ashok Seamount: The Indian research team with the help of the Russian Sea vessel Akademik Nikolay Strakhov discovered the seamount in 2012.

  • The oval shaped structure spans over an area of 180 sqkm. 
Kalpataru Ridge: The Indian research team with the help of the Russian Sea vessel Akademik Nikolay Strakhov discovered the Ridge  in 2012.

  • It is an elongated area of 430 sq km. which may have supported marine life, habitat shelter and food for various species.
Chandragupt Ridge Discovered in 2020 by the Indian ocean research vessel MGS Sagar

  • It is an elongated and oval shaped body covering a total area of 675 sq km.
Raman Ridge: It was discovered in 1951 by a US oil vessel.

  • It was named after Physicist and Nobel Laureate Sir CV Raman in 1992.
Panikkar Seamount: It was discovered in 1992 by India research vessel  Sagar Kanya, the Seamount is named after NK Panikkar, a renowned oceanographer.
Sagar Kanya Seamount:  The structure is named after the research vessel Sagar Kanya in 1991, for completing its successful 22nd cruise in 1986 leading to its discovery.
DN Wadia Guyot: The Guyot (underwater volcanic mountain)  was named after geologist DN Wadia in 1993 when it was discovered in 1992 by Sagar Kanya.

 

International Hydrographic Organization (IHO)

  • It is an intergovernmental organization established in 1921 that works to ensure all the world’s seas, oceans and navigable waters are surveyed and charted
  • Function: It coordinates the activities of national hydrographic offices and promotes uniformity in nautical charts and documents. 
    • It issues survey best practices, provides guidelines to maximize the use of hydrographic survey data and develops hydrographic capabilities in Member States.
  • Representation: States are represented within the IHO by the national authority responsible for the provision of hydrographic and nautical charting services in each Member State.

UNESCO’s Intergovernmental Oceanographic Commission (IOC)

  • The body promotes international cooperation in marine sciences to improve management of the ocean, coasts and marine resources. 
  • Member States: The IOC is a 150 Member States body.
  • The IOC Secretariat: It  is located in Paris, France
  • Focus Areas: The IOC work together by coordinating programmes in capacity development, ocean observations and services, ocean science, tsunami warning and ocean literacy. 
  • Objectives: Healthy ocean and sustained ocean ecosystem services; Effective warning systems and preparedness for tsunamis and other ocean-related hazards; Resilience to climate change and contribution to its mitigation; Scientifically-founded services for the sustainable ocean economy; Foresight on emerging ocean science issues.
  • The IOC is in charge of coordinating the United Nations Decade of Ocean Science for Sustainable Development 2021-2030, the “Ocean Decade”.

 

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Recently the Union Cabinet approved the Clean Plant Programme (CPP) proposed by the Ministry of Agriculture and Farmers Welfare. 

  • Rs 1,765 crore has been allocated for the programme. One half of this will be sourced from the budget of the Mission for Integrated Development of Horticulture (MIDH), while the other half will be in the form of a loan from the Asian Development Bank (ADB).

About Clean Plant Programme (CPP)

  • Objective: To revolutionise the horticulture sector in India and expected to set new standards for excellence and sustainability.  
  • Initiative by: Ministry of Agriculture and Farmers Welfare
  • Implemented By: The programme will be implemented by the National Horticulture Board in collaboration with the Indian Council of Agricultural Research (ICAR).
  • Significance: Clean Plant Programme (CPP) is set to significantly boost India’s horticultural sector while aligning with Mission LiFE and the One Health initiatives. 
    • It will promote sustainable and eco-friendly agricultural practices and reduce dependence on imported planting materials. 
    • Global exporter: This programme will be a crucial step toward establishing India as a leading global exporter of fruits and driving transformative change across the sector.

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Core Components of the Clean Plant Programme

  • Clean Plant Centers (CPCs): Nine world class state-of-the-art CPCs, equipped with advanced diagnostic therapeutics and tissue culture labs, will be established across India. 
    • These centers will play a crucial role in producing and maintaining virus-free planting material meant for larger propagation.

Clean Plant Programme

  • Certification and Legal Framework: A robust certification system will be implemented, supported by a regulatory framework under the Seeds Act 1966, to ensure thorough accountability and traceability in planting material production and sale.
  • Enhanced Infrastructure: Support will be provided to large-scale nurseries for the development of infrastructure, facilitating the efficient multiplication of clean planting material.

What is the need for the Clean Plant Programme?

  • Production: India is the second largest producer of fruits and vegetables in the world after China
    • From 2013-14 to 2023-24: Area under horticulture crops has risen from 24 million hectares to 28.63 million hectares, and production has increased from 277.4 million metric tonnes (mt) to 352 million mt.
  • Import & Export: India is also a major importer and exporter of fresh fruits. 
    • In the financial year 2023-24: India exported fresh fruits worth $1.15 billion, while it imported fruits worth $2.73 billion
    • With the rising consumption of fruits in the country, demand has specifically increased for planting materials of foreign apples, and “exotics” such as avocado and blueberry.
  • Current Import Process:  Process of importing plants is very cumbersome, with imported plants having to be kept in quarantine for two years. 
    • The CPCs will cut this period down to six months, and thus make it easier for farmers to access disease free and genuine planting material for horticultural crops in India.

Key Benefits of the Clean Plant Programme (CPP)

  • Farmers: The CPP will provide access to virus-free, high-quality planting material, leading to increased crop yields and improved income opportunities.
  • Nurseries: Streamlined certification processes and infrastructure support will enable nurseries to efficiently propagate clean planting material, fostering growth and sustainability.
  • Consumers: The initiative will ensure that consumers benefit from superior produce that is free from viruses, enhancing the taste, appearance, and nutritional value of fruits.
  • Exports: By producing higher-quality, disease-free fruits, India will strengthen its position as a leading global exporter, expanding market opportunities and increasing its share in the international fruit trade.
  • Affordability: The Programme will prioritize affordable access to clean plant material for all farmers, regardless of their landholding size or socioeconomic status.
  • Inclusivity: The Programme will actively engage women farmers in its planning and implementation, ensuring their access to resources, training and decision-making opportunities.
  • Diversification: The Programme will address the diverse agro-climatic conditions across India by developing region-specific clean plant varieties and technologies.

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Government Interventions in Indian Horticulture Sector

  • Mission for Integrated Development of Horticulture (MIDH): 
    • It is a centrally sponsored scheme for the holistic growth of the horticulture sector covering fruits, vegetables, root & tuber crops, mushrooms, spices, flowers, aromatic plants, coconut, cashew, cocoa and bamboo.
    • Subschemes
      1. National Horticulture Mission (NHM) 
      2. Horticulture Mission for North East and Himalayan States (HMNEH) 
      3. National Horticulture Board (NHB) 
      4. Coconut Development Board (CDB) 
      5. Central Institute of Horticulture (CIH), Nagaland.
  • CHAMAN (Coordinated Horticulture Assessment and Management using geo-informatics): 
    • Under this project, sound methodology for estimation of Horticulture crops is being developed and implemented on pilot basis using Sample Survey methodology and Remote Sensing technology.
  • Horticulture Area Production Information System (HAPIS):  This is a web portal for online submission of district level data pertaining to area and production of horticulture crop.
  • National Horticulture Board (NHB): It was set up by the Government of India in 1984 as an Autonomous organization under the administrative control of the Ministry of Agriculture and Farmers Welfare.
    • Objectives: To improve integrated development of the Horticulture industry and to help in coordinating, sustaining the production and processing of fruits and vegetables.
  • Cluster Development Programme: It aims to promote the integrated and market-led development of pre-production, production, post-harvest, logistics, branding, and marketing activities by leveraging the geographical specialisation of horticulture clusters.
  • Pradhan Mantri Krishi Sinchayee Yojana (PMKSY): It is addressing the irrigation problem which aims to promote the development of irrigation infrastructure, expand the cultivable areas, and enhance on-farm water efficiency.
  • Agricultural Marketing and Farmer Friendly Reforms Index: It ranks states and union territories based on implementing provisions proposed under the model APMC Act, joining the e-NAM initiative, providing special treatment to fruits and vegetables for marketing, and tax levies in mandis.
  • Pradhan Mantri Fasal Bima Yojana (PMFBY):  It aims to reduce crop losses which provides comprehensive crop insurance coverage from pre-sowing to post-harvest losses against non-preventable natural risks. 

 

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Finishing with six medals, India slipped from 48th to 71st place in Paris Olympic 2024 medal tally

  • Neeraj Chopra, Manu Bhaker, Sarabjot Singh, Swapnil Kusale, Aman Sehrawat and the Indian hockey team contributed in the six medals, including a silver and five bronze.

India at Paris Olympics 2024

India's Sports Performance

India matched its second-best finish of six medals, achieved in London 2012, and the performance, for which the central government spent hundreds of crores through the Target Olympic Podium Scheme (TOPS) and Mission Olympic Cell (MOC) to provide all sorts of support to the athletes, may make the decision makers brainstorm.

  • Indian athletes who performed well at the Paris Olympics 2024 hold great promise for the future. 
  • Their dedication and talent indicate that they will be strong contenders in upcoming international events. 
  • These top Indian players in Paris Olympics 2024 have set a high bar for future athletes.
Winner Medal Game
Manu Bhaker Bronze 10m Air Pistol Women
Manu Bhaker and Sarabjot Singh Bronze Bronze 10m Air Pistol Mixed Team
Swapnil Kusale Bronze Men’s 50m Rifle Three Positions
Hockey Team Bronze Hockey
Neeraj Chopra Silver Javelin Throw
Aman Sehrawat Bronze Wrestling

Sports in India

Sport covers a range of activities performed within a set of rules and undertaken as part of leisure or competition. Sporting activities involve physical activity carried out by teams or individuals and may be supported by an institutional framework, such as a sporting agency.

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  • History of Indian Sports: The sports history of India dates back to the 4th Century BCE when traditional sports such as Kho-Kho and Kabaddi originated. 
    • Harappan civilization shows weapons which resemble the modern day javelin, round balls which resembles the shot put ball and a disc shaped instrument resembling the modern day discus. 
      • Literature review reveals that the javelin was called’ toran’ and the discus as ‘chakra’. All these relics throw light upon the pastimes of the people, and also that games like javelin and discus throw could have originated from this period.
    • Ancient texts like the Mahabharata, written around the 3rd century BCE, mention martial arts and archery as activities that were carried out during that era. 
      • Even indoor games like Chess and Snakes and Ladders have origins in ancient India, in the form of games of Chaturanga and Gyan Chauper, respectively.
  • Colonial Influence: The British, with their love for organised sporting events, established the first cricket club in India in 1792 and greatly propagated the sport in the country.
    • Other sports like football, tennis, and golf began to find their footing. The establishment of the Calcutta Football Club in 1872 marked the beginning of organised football in India. 
    • The British also took many indigenous games and made adaptations of their own to form brand-new sports, with badminton being a prime example.
  • Emergence of Indigenous Sports: As Indians adopted British sports, they also preserved their own rich sporting heritage. Kushti, or traditional Indian wrestling, continued to thrive and found its place in the Olympics. Kabaddi, a contact sport that requires agility and strength, became popular in villages across the country. 
    • These indigenous sports, with deep-rooted traditions, represented the true spirit of India’s sporting identity.

Importance of Sports

Apart from wins, losses, and other physical or mental benefits, sports can mold individuals into resilient, disciplined, and collaborative beings. There are many invaluable lessons to learn even by watching them, but playing a sport helps in practising them. 

  • Physical Health: An enjoyable way of engaging physical abilities in application is through sports. Regular participation helps maintain a healthy weight, build muscle, and enhance cardiovascular fitness. 
    • Healthy Lifestyle: Athletes often develop a heightened awareness of nutrition, as they should follow a strict diet to keep their fitness and balance at an optimum level at any point in time. 
  • Mental Well-being: Along with physical fitness, sports support mental health and enhance it. Many studies and research have proven that stress reduction improves mental health. 
    • Physical activity triggers the release of endorphins and mood enhancers. These help in reducing stress, and anxiety, and promoting a positive attitude. 
    • As sports involve cognitive practices like strategic planning, decision-making, and quick reflexes, they help in developing an attitude of mental acuity and concentration. 
  • Social Skills: Many sports are inherently team-oriented. The team needs efficient communication and interpersonal skills to achieve success in a game. 
    • Learning to work efficiently teaches valuable lessons in cooperation, communication, and shared responsibility. Sports offer opportunities for individuals to take on leadership roles
  • Goal Setting and Achievement: Each sport has its destination in terms of time or a number where a team emerges victorious or reaches later to the point. Such reach needs a great deal of preparation, planning, and strategies. The goal-setting process helps in focusing efforts, staying motivated, and tracking progress. 
    • Setting a goal is a type of strategy to set for each chore or project in life and keep the progress. 
  • Character Development: Facing challenges, setbacks, and defeats in sports teaches us to fight back with a new strategy and be diligent. These lessons instil resilience in the face of life’s adversity. 
    • These inculcate a sportsmanship spirit in the minds of the players or a team to respect the adversaries in both sports or life, accepting defeat and working on them later. These tend to sharpen the character of an individual. 
  • Cultural and Global Understanding: Sports has the greatest quality to serve as a universal language that transcends cultural and linguistic barriers. 
    • Events like ‘CommonWealth’ or ‘Olympics’ bring people from diverse places or backgrounds together into one platform. Sports events like these promote global unity and understanding. 
    • Engaging in sports helps in accepting diverse cultures and imbibes a sense of brotherhood. 
  • Academic and Professional Success: We have many scenarios where athletes progress and win even with the academics as they do on the field. 
    • There are career choices like coaching, sports management, acting as a team Manager, sports commentator, sports representative, sports journalism, and other sports-related aspects. 
    • Leadership or mentorship can be made useful to impart knowledge and wisdom within the sport to the world through better platforms. 
  • A Platform for Equality and Inclusion: Sports can bring together people from diverse classes, caste, race, gender, and abilities. 
    • From acting as an agent of women empowerment to a platform for promoting equality among different races and castes, participation in sports opens the door for people who are deprived of opportunities in other areas.
  • Revenue Generation: Developing robust sports infrastructure will allow India to host a greater number of international events and such hosting boosts tourism in the country and results in enhancing the revenue and employment.
    • The global sports tourism market size, valued at $323 million (₹2,697 crores) in 2020, is projected to reach $1.8 billion (₹15,046 crores) by 2030.

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Challenges with Sports in India

Various challenges have been faced by sportspersons in India such as traditionally, sports are viewed more as leisure activities than as promising careers. 

  • Attitudinal Barriers: Sports are typically considered as secondary interests, with career goals naturally leaning towards fields such as engineering, medicine, commerce, or civil services. 
    • Social norms, lack of facilities, scarcity of financial incentives and predominance of some sports—like cricket—over others were some of the causes of this way of thinking. 
    • The growth and development of athletes in India across disciplines have been hampered by the belief that sports do not represent a long-term viable profession. This has resulted in talent being underutilised, economic growth prospects being lost and limited international recognition in sports other than cricket. 
    • However, in recent years, due to the support by the government and personal choices, the younger generation’s perception is shifting towards choosing a career in sports. 
  • Absence of Sports Culture: Indian sports is marred by fundamental issues such as lack of mass participation, insufficient public infrastructure for sports and a lack of sporting culture at the grassroots. 
    • This is not to say that there is a lack of talent, rather the country lacks a structured sports policy framework.
  • Less Funding: India spends way less than China, the US, and other better-performing countries in international sporting events. Hence, athletes do private spending for arranging good quality equipment, training and travelling, thereby creating a very big hurdle for poor people.
    • India shells out just about 1.13% on sports when compared to what the Chinese spend every year.
  • Resource Deficit: India is lacking in providing adequate and good-quality sporting infrastructure available across the country. The government has developed some good stadiums in urban regions, but the situation is very poor in rural regions.
  • Performance Pressure: A high degree of pressure is inflicted upon a sportsperson to perform best and this sometimes creates excessive mental stress in them or induces them to resort to unethical means like doping. 
  • Governance Issues: The expenditure on sports is highly skewed in favour of male athletes and urban regions, in comparison to females and rural areas.
    • There have been allegations of bias and nepotism in the selection process, especially against the lower castes.
    • There is more focus on post-success incentivisation rather than pre-success support such as the State Governments announcing rewards after victory in International events.
  • Religious Barriers: Some sports like swimming and athletics require attire that does not fully cover a woman’s body and are against the laws of some religions.
  • Others: 
    • Poverty: The participation and the ability to perform gets further reduced due to financial constraints and also close to 2 in every 5 children are suffering from some form of malnutrition. 
    • Lack of Awareness: For a large section of the population in India, sports end at cricket and hockey. There is limited awareness about the other sports, their events and the opportunities that exist therein.
    • Mismanagement of issues affecting athletics like Vinesh Phogat and Antim Panghal. 
      • Despite Antim’s strong qualifications and high expectations, the bout ended 10-0, possibly influenced by the unsettling events involving Vinesh Phogat earlier.

Initiatives to Promote Sports in India

Operation Division of Sports Authority of India (SAI) deals with implementation of different sports promotional schemes. The Ministry of Youth Affairs and Sports (MYAS) provides funds to SAI for implementation of schemes for promotion of sports through training centres established by SAI. 

  • Budgetary Support: The recent budget for SAI, which apart from maintaining its stadia across the country also manages the Target Olympic Podium Scheme (TOPS) to prepare athletes for the global sporting extravaganzas, has also been enhanced from ₹795.77 crore to ₹822.60 crore.
    • Khelo India Scheme: It is the government’s flagship project to promote sports at the grassroots level, was once again the biggest beneficiary in the union budget for the sports ministry as it was assigned ₹900 crore.
      • Khelo India scheme, launched in 2018 aims to create a sports ecosystem in the country and provide a platform for young athletes to showcase their skills.
      • Target Olympic Podium Scheme (TOPS): To achieve India’s Olympics Medal dream, the Ministry of Youth Affairs and Sports established a flagship program to assist India’s top athletes. 
        • Its primary goal is to identify premier athletes who are potential medal winners in the Olympic Games. Once the premier athletes are identified, they fund them and also nurture them.
  • National Sports Policy: It was first established in India in 1984 by the Ministry of Youth Affairs and Sports. It aimed at improving the overall sports performance of the country at national and international levels. The policy was updated in 2001 and more recently in 2011 to expand the overall objectives.
  • National Sports Talent Contest Scheme (NSTC): The NSTC is implemented to target Sub-Junior level trainees. Its primary function is to identify talented players in the 8 – 16 years age group and offer them grants and experienced coaches to nurture their talent. 
    • The NSTC scheme also aims to uplift traditional indigenous sports in the country. 
      • Example: NSTC Akharas is a prime example of the scheme. 
  • Fit India Movement: It was launched on the 29th of August 2019 on the 7th National Sports Day by the Prime Minister to make fitness an integral part of day-to-day lives. Its Subsidiary programs such as ‘Fitness ki dose aadha ghanta roz’ has been one of the most popular schemes for sports in India. 
    • Moreover, it revived indigenous sports like Akhada Kushti, Thang-Ta, Kalaripayattu, Kho Kho, Mallakhamb, Kabaddi and Gatka.
  • Special Area Game Scheme (SAG): It is a scheme for sports training in India that aims to identify mainstream sports from tribal, rural, hilly, and coastal areas of the country. 
    • The sports scheme targets junior-level trainees, allowing the sports authorities to mould and nurture them to achieve excellence in sports. 
    • The unique scheme also identifies future talent from indigenous games and martial arts from various regions and communities. 
      • Example: Kalaripayattu from Kerala, the SAG Scheme, confirms that the natives of Kerala are in an advantageous position to perform better due to their genetic diversity and discipline. 
  • National Centre of Sports Sciences and Research (NCSSR): It aims to support high-level research, education, and innovation with respect to the high performance of elite athletes. 
    • It has two components- one is the setting up of NCSSR and the other is focused on funding the creation of Sports Sciences Departments in Six Universities and Sports Medicine Departments in Six Medical Colleges.
  • National Sports Development Fund (NSDF): It was established in November 1998 under the Charitable Endowments Act, 1890 with the aim of promoting sports in India.

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Way Forward

Adequate infrastructure is the need of the hour, better stadiums and excellent facilities should be constructed across the country and awareness needs to be spread towards sports to encourage positive attitude and boost the mental and physical health of the children. 

  • Increase Fund Allocation: The Government should increase fund allocation to other sports and also ensure equitable allocation of funds across gender and regions. 
    • The Government must offer deserving players more jobs and remuneration in order to encourage them to take sports as a career.
    • MGNREGS funds could be utilised to build sports infrastructure in rural areas. 
    • An increased budgetary allocation with a ‘sports manifesto’ would cater to the increasing demand for sports infrastructure. Overall, there is a need to leverage the diversity of sports in the country beyond the traditional domains. Hence, India could benefit from the demographic dividend, ensure mass participation, explore tourism potential, and promote health.
  • Reform Sporting Bodies: There is the pressing need to change sporting federations function. As the Wrestling Federation of India controversy highlighted, politicians, their kin, or their aides continue to rule the roost at many of these bodies, often at the cost of athletes.
    • The National Sports Development Code of India, meant to reform their functioning, is yet to be followed by many federations.
  • Focus on Mentors: Coaches can be called as the backbone of sports, thus there should be proper training sessions for them, with the need to hire them in more numbers and even paid well.
    • Apart from sportspeople, the focus should be placed on creating more coaches and physiotherapists that help in increasing the trained manpower experts in Sports Sciences and Sports Medicine that will reduce the dependency of the foreign experts.
  • Support of Media: Media needs to highlight all sports, and make people aware about all sports and not only cricket. Encouragement of each and every sport is needed to improve the sports standards.
  • Accord Fundamental Right: At the policy level, sports scholars in India have repeatedly called for the inclusion of sports in the Concurrent List (common interest to both Centre and State). 
    • Such intervention would ensure that sports policy can intersect with health, education, and gender issues. At the same time, a ‘Right to Sports’ should be covered in Article 21 of the Indian Constitution for better implementation of macro-policies around sports.
  • A Collaborative Approach: Government along with society and private institutions should lend a helping hand to work for the welfare of the sports committee.
    • Sports is a state subject and therefore uniformity in sports-specific activities of various states in India is extremely important for providing equal sporting opportunities to all the citizens of the country.
      • Example: The country offers stellar examples such as the ‘Haryana model’ that caters to athletics, and that of Pullela Gopichand’s efforts to make Hyderabad the ‘badminton capital’. 
    • India can adopt meso-level approaches with region-specific circumstances to integrate players, playgrounds and policies.
    • The ‘one panchayat, one playground’ initiative by the Kerala Government is a parameter that can be advocated across States to promote sporting culture at the grassroots. 
    • Moreover, the scope of public-private-partnerships (PPPs) for sporting infrastructure should be extended to Tier-2 cities of India to create purposeful urban topographies that cater to sports.
  • Learn from Others: India needs to take learning from other countries who are performing better in international events such as China. China first participated in the Summer Olympics in 1984. Since then, China has been among the top-performing countries at the Games. 
    • Example: In China, at an early age, children were encouraged to enroll in sports like gymnastics and table tennis at specialised training institutions. For parents from poorer and rural backgrounds, provision of food and other necessities is available.
    • African athletes shine and break major world records at high-profile global sporting events. Several countries in Africa are known for their sterling athletic performance to include Kenya, Ethiopia, South Africa, and Algeria.
  • Others: 
    • Standardisation of Playgrounds: There is a need to standardise playgrounds within schools to optimise resource utilisation and facilitate athletic upbringing. 
    • Build up Transparency: Transparency must be brought in the selection procedure in order to reduce nepotism in the selection of candidates.
    • Time for Encouragement: Parents and educational institutions must also encourage the students to excel in sports, not just in academics. This requires an increase in the Sports quota
      • Parents can be sensitised with the support of NGOs and civil society groups to put their children in sports such as Bridges of Sports is sensitising the Siddi Community of coastal Karnataka to send their children in sports.
    • Advanced Equipment: It needs to be provided to the sportspersons of the country, so that they can be trained at a good level to compete with others.
    • Regular Monitoring: The athletes who are undergoing training, need to be continuously monitored in order to improve sports standard and fix the lacuna where they find any sort of drawbacks.
    • Focus on Healthy India: Health is the major factor that affects performance in any sports, if they are not fit they won’t be able to perform well. Proper health chart and diet plan should be provided to the players.
    • Region-specific Traditional Sports: It needs to be promoted to ensure mass participation and cultivate an interest among people. 
      • Localised sports mega events such as ‘Rural Olympics’, on the lines of what the Rajasthan government has done, should be promoted countrywide to make traditional as well as modern sports accessible.

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Conclusion

For India to become a sporting nation, India needs to know sports better. Sports needs to be celebrated for the inherent value it possesses in expanding human ability. It needs to be appreciated for the human skills it enhances and be considered a way of life.

  • To put the heart-breaking moments into perspective, it is required to continue with the all-round support so that the near-misses can be transformed into medals as the country aspires to bid for the 2036 Olympics.
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