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GOBARDHAN

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GOBARDHAN
GOBARDHAN

GOBARdhan or Galvanizing Organic Bio-Agro Resources Dhan was launched in 2018 by the Ministry of Drinking Water and Sanitation, which is now known as the Jal Shakti Ministry. GOBARdhan scheme focuses on supporting rural households and farmers to undertake management of cattle waste in a scientific and hygienic manner. The main aim of the scheme is to promote sustainable management of cattle waste and generate biogas and organic fertilizer from it. 

Scheme Overview

  • Scheme Name: GOBARdhan (Galvanizing Organic Bio-Agro Resources Dhan) 
  • Scheme Implemented: 2018 
  • Scheme Fund Allocated: 10,000 crores 
  • Type of Government Scheme: Centrally Sponsored Scheme 
  • Sector / Sponsored Scheme: Department of Drinking Water and Sanitation 
  • Website to apply: https://sbm.gov.in/  
  • Helpline No: 011-24362129 

Features of GOBARdhan Scheme

CATEGORY  REMARKS 
Beneficiaries  Citizen of Rural India 
Implemented as a part of   Swachh Bharat Mission (Gramin) 
Scheme focuses on  Managing and converting cattle dung and solid waste on farms into compost, biogas and bio CNG (Compressed Natural Gas) 
Principles 
  • Aggregate cattle waste and convert it to biogas (for domestic and industrial purposes) 
  • Bio slurry as a byproduct of biogas process, can be used as bio fertilizer 
  • Actively involve the community/SHGs/Milk cooperatives in operation and management 
  • Entrepreneurship for the large-scale production of compressed biogas and bio fertilizers.  

 

Project Models of GOBARdhan Scheme

Gobardhan scheme can be implemented through various project models depending on the local conditions, availability of resources and needs of the community. The following are the 4 major project models of Gobardhan scheme, 

  • Individual Household: Households which have three or more cattles can adopt this model. Swachh Bharat Mission (Gramin) will provide technical and financial assistance to households for constructing biogas plants. Biogas and Slurry generated from the plant can be used for cooking and manure by households and any surplus can be sold in the market. 
  • Community: Under this model, biogas plant can be constructed for a minimum number of households (5 to 10). The biogas produced can be used for cooking and lighting, and organic fertilizers can be used for agriculture. The project can be managed by Gram Panchayat / Self-help groups. 
  • Clusters: This model involves setting up a biogas plant in a cluster of villages, where the organic waste from all the villages is collected and processed in the biogas plant. The biogas and organic fertilizers produced can be shared among the villages and surplus can be sold in the market.  
  • Commercial CBG (Compressed Biogas): In this model, raw biogas produced is compressed and can be used as vehicular fuel or sold to industries. Slurry generated is converted into bio-fertilizer and can be sold to farmers. Compressed biogas plants can be operated by Entrepreneurs / Cooperative Societies / Gaushalas etc. 

Latest News about GOBARdhan Scheme

Recently, Union Finance Minister Nirmala Sitharaman announced the establishment of 500 new ‘Waste to Wealth’ plants under the scheme for promoting circular economy with total investment of 10,000 crore.  

  • Out of these 500 plants, 200 plants for compressed biogas (75 plants in rural plants) 
  • 300 – community or cluster-based plants. 

Benefits of GOBARdhan Scheme

  • The scheme provides a source of income to farmers by helping them to convert cattle waste into organic fertilizers, biogas and other by-products. This can help farmers generate additional income by reducing their input costs. 
  • The use of organic fertilizers helps improve soil health, which in turn leads to better crop yields and reduces the need for chemical fertilizers. This can be beneficial for farmers in the long run as it could reduce their dependence on expensive inputs. 
  • By converting cattle waste into organic fertilizers and bio-gas, the scheme helps to reduce environmental pollution and promote sustainable farming practices.  

Challenges

  • The success of the scheme depends on the active participation of farmers and villagers. Due to lack of awareness and incentives, many people are not interested in participating in the scheme.  
  • The scheme requires setting up of bio-gas plants and storage facilities which is a significant challenge in many rural areas. 

Documents Required

  • Aadhar Card 
  • Residence Certificate 
  • Passport size photograph 

How to apply?

Step 1: Visit the official website at  http://sbm.gov.in/Gobardhan/ 

Step 2: On the Homepage, Click on the ‘Registration’ icon 

Step 3: Application form will be displayed in the screen 

Step 4: Enter all the required details in application form (Mention personal details, address details, registration details like user id, password, mobile number, OTP etc.) 

Step 5: After completing the application form, Submit it online. 

Step 6: After successful registration, applicant farmers can login into their account by using username and password. 

Conclusion

The GOBARdhan scheme is expected to not only benefit the rural population by providing a source of renewable energy and organic fertilizer, but it will also help in reducing pollution caused by open burning of cattle dung and promoting sustainable agricultural practices. 

Silk Samagra 2 – Scheme 

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Silk Samagra 2 - Scheme 
Silk Samagra 2 - Scheme 

Sericulture refers to the cultivation of silk by rearing silkworms, and it is an important agro-based industry that generates income and employment for millions of people. Silk Samagra: Integrated Scheme for Development of Silk Industry – 2 was launched by Ministry of Textiles under Government of India in 2021. The silk samagra 2 scheme provides a comprehensive package of support to sericulture farmers in India. The main aim of the scheme is to enhance the livelihoods of silk farmers and promote the growth and development of the silk industry in the country. 

Scheme Overview

  • Scheme Name: Silk Samagra: Integrated Scheme for Development of Silk Industry – 2 
  • Scheme Implemented: 2021 
  • Scheme Fund Allocated: Rs. 4679.86 crore 
  • Type of Government Scheme: Central Sector Scheme 
  • Sponsored / Sector Scheme: Ministry of Textiles 
  • Website to apply: NA 
  • Helpline No: 080-26282612 

Features of Silk Samagra – 2

CATEGORY  REMARKS 
Total Tenure period of the scheme  2021-22 to 2025-26 
Implemented by  Ministry of Textiles through Central Silk Board 
Duration of Silk Samagra 1   3 years from 2017-18 to 2019-20 
Aim  To empower underprivileged, impoverished and backward families in India through various sericulture activities. 
Components 
  • Research & Development (R&D), Training, Transfer of Technology (TOT) and Information Technology (I.T) Initiatives 
  • Seed Organizations 
  • Coordination and Market Development 
  • Export Brand Promotion and Technology Upgradation  
Collaboration 
  • Executed by Central Silk Board in collaboration with State Department of Sericulture in the entire country  
  • Reputed Organizations like Council of Scientific & Industrial Research (CSIR), Indian Institute of Science (IISc), Indian Institute of Technology (IITs) and International Research Institutes on Sericulture will also collaborate in R&D and technological advancements. 
Promotion of Indian Silk Brands  Through quality certification by Silk Mark in the domestic and Export market 
Supports  Mulberry, Vanya and Post Cocoon Sectors 
Implementation with other schemes  Based on the convergence with Pradhan Mantri Krishi Sinchayee Yojana, Rashtriya Krishi Vikas Yojana, Mahatma Gandhi National Rural Employment Guarantee Scheme 
Others  For seed quality monitoring and to benefit stakeholders’ silk samagra 2 scheme comprises the following two systems, 

  • Mobile Applications 
  • Sericulture Information Linkages and Knowledge System portal 

 

Latest News about Silk Samagra-2 Scheme

  • Recently, Silk Samagra-2 Scheme has achieved its success for increasing the export of raw silk from India to other countries. 

Benefits of Silk Samagra-2 Scheme

  • The scheme provides financial assistance to farmers and silk producers to set up sericulture units, purchase equipment and other expenses related to sericulture. 
  • Silk Samagra-2 scheme provides training to farmers and silk producers on modern techniques of sericulture, which can help them to increase their productivity and improve the quality of silk. 
  • The scheme facilitates market linkages for farmers, which can help them to get better prices for their silk. The scheme also provides certification for silk products which helps to promote the export of silk and increase its value in the global market. 

Challenges of Silk Samagra-2 Scheme

  • Many farmers and silk producers are not aware of the benefits of the scheme. 
  • Climate change and natural disasters such as floods and droughts can have a significant impact on sericulture, affecting the production and quality of silk and causing losses for farmers. 

Documents Required

  • Aadhar Card 
  • PAN Card 
  • Bank Account Details 
  • Electricity bill  
  • Other relevant business documents 

How to apply?

  • To apply for this scheme, Visit the Department of Sericulture in your District 
  • While visiting the office, take all the required documents with you  
  • Get the application form for Silk Samagra-2 scheme from the respective authority  
  • Fill in all the asked information carefully in the application form and attach the necessary documents mentioned in the form 
  • After filling all the required information, Submit your application form 

Conclusion

Overall, Silk Samagra-2 schemes promotes the production and development of silk industry in India, with a focus on improving the livelihood of silk farmers and weavers. 

Dairy Processing And Infrastructure Development Fund (DIDF)

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Dairy Processing And Infrastructure Development Fund (DIDF)
Dairy Processing And Infrastructure Development Fund (DIDF)

Dairy farming is a major source of livelihood for many people in rural areas. India is the largest milk producer which contributes 24 percent of global milk production in the year 2021-22 and ranks 1st position in the world. Dairy Processing and Infrastructure Development Fund (DIDF) is a government initiative aimed at supporting the dairy sector in India. The primary objective of this scheme is to increase the value of milk produced by farmers by promoting the establishment of more efficient and modern processing units that can produce high-quality dairy products. 

Scheme Overview

  • Scheme Name: Dairy Processing and Infrastructure Development Fund (DIDF) 
  • Scheme Implemented: 2017-18 
  • Scheme Fund Allocated: 11,184 Crores 
  • Type of Government Scheme: Central Sector Scheme 
  • Sector / Sponsored Scheme: Ministry of Fisheries, Animal Husbandry and Dairying 
  • Website to apply: NA 
  • Helpline No: NA 

Key Features of Dairy Processing and Infrastructure Development Fund

Dairy Processing and Infrastructure Development Fund (DIDF) scheme is managed by National Dairy Development Board (NDDB), a statutory body established by the Government of India to promote, finance and support dairy development across the country 

CATEGORY  REMARKS 
Aim  To boost dairy sector 
Implementing Agency 
  • National Dairy Development Board (NDDB) 
  • National Cooperative Development Corporation (NCDC) 
End borrowers  Milk Unions, State Dairy Federations, Multi State Milk Cooperatives, Milk Producer Companies, National Dairy Development Board Subsidiaries 
Financial Outlay 
  • Interest subvention – Rs 1167 crore 
  • NABARD – Rs. 8004 crores 
  • Eligible End Borrowers – Rs. 2001 crore 
  • National Dairy Development Board & National Cooperative Development Corporation – Rs. 12 crores 
Funding pattern 
  • Loan Component – 80% 
  • End Borrower’s Contribution – 20% 
Repayment Period  10 years (Moratorium Period – 2 years) 
Interest rate  Fixed 6.5% per annum 
Components 

 

  • Creation and Modernization of new milk processing facilities 
  • Manufacturing facilities for Value added products 
  • Setting up electronic milk testing equipment 
  • Project Management and Learning 
  • Other components which contribute to the objectives of DIDF 

 

Objectives of Dairy Processing and Infrastructure Development Fund

  • Modernization of milk processing plants and machinery 
  • Creation of additional infrastructure for processing more milk 
  • Bringing more efficiency in dairy processing plants and controlled dairy institutions 

Benefits of DIDF

  • Dairy Processing and Infrastructure Development Fund provides financial assistance to dairy cooperatives and private dairy processors to upgrade their processing facilities. This can help modernize the dairy industry in India, leading to improved productivity and quality of dairy products 
  • DIDF scheme increases the milk processing capacity of the country that leads to higher milk production. Therefore, the scheme can provide additional income to the farmers and boost the rural economy 
  • This scheme also helps to create employment opportunities in the dairy sector by supporting the development of new processing facilities 

Challenges of Dairy Processing and Infrastructure Development Fund

  • Developing infrastructure for dairy processing in rural areas can be challenging due to lack of access to electricity and other basic infrastructure. This can make it difficult to set up and run modern processing facilities in these areas. 

Documents Required

Documents required for applying for the Dairy Processing and Infrastructure Development Fund (DIDF) may vary depending on the type of applicant (dairy cooperative or private dairy processor). Some of the common documents required for DIDF, 

  • Project proposal 
  • Business Plan 
  • Project cost estimate 
  • Proof of ownership  
  • Other relevant business documents 

How to apply? 

If you are really interested in applying for funding from the DIDF, follow the below mentioned steps, 

  1. Understand the eligibility criteria before applying 
  2. End borrower meeting the eligibility criteria must prepare a Detailed Project Report (DPR) 
  3. Submit the DPR to Regional office of National Dairy Development Board 
  4. Once you submit your application, it will be reviewed by the DIDF board. 
  5. If your application is approved, you will receive the funding as per the terms and conditions of the DIDF scheme 

Conclusion

Therefore, the Dairy Processing and Infrastructure Development Fund is an important initiative for promoting the growth and development of the dairy sector in India, which is a significant contributor to the country’s agricultural economy. 

Growing Watermelons: Best Agricultural Practices For A Successful Harvest

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Growing Watermelons: Best Agricultural Practices for a Successful Harvest
Growing Watermelons: Best Agricultural Practices for a Successful Harvest

Watermelon (Citrullus lanatus), is an important cucurbitaceous crop, grown in warm, tropical or subtropical climates. It is a popular fruit, especially during summer, known for its sweet and refreshing taste. The fruit is highly nutritious, rich in 92% water, 7% carbohydrates, 0.2% protein and 0.3% minerals. Uttar Pradesh, Andhra Pradesh, Tamil Nadu, Karnataka and Orissa are the major watermelon producing states in India. As per the Second Advance Estimate for 2021 – 2022, the total area under watermelon cultivation is estimated to around 1.23 lakh ha while total production is estimated to be about 3.46 million tonnes in India. Following improved agricultural practices can ensure successful watermelon harvest with increased quality and yield of fruits.  

Watermelon Crop at a Glance

Botanical Name: Citrullus lanatus

Common Name: Tarbooz (Hindi), Tarbuza (Punjabi), Kalangadi (Kannada), Tarabuja (Odia), Pucchakaya (Telugu).

Crop type: Fruit crop

Soil and Climate 

A well-drained sandy loam soil with a pH of 6.0 – 7.0 is highly preferred for watermelon cultivation. Soil should be fertile and rich in organic matter. Lighter soils which warm up quickly are usually preferred for early yield while heavier soils have high vine growth but delays fruit maturity. The soil should neither crack during summer season nor waterlog during rainy season.  

Watermelon is a warm season crop and is highly susceptible to frost. It requires a longer period of warmth, preferably dry weather with abundant sunshine. 18 – 25°C of sowing temperature with optimum moisture is required for germination. An average temperature of 30 – 35°C is required for growth while temperature range of about 35 – 40°C during fruit development is ideal for good quality and sweet fruit. Cool nights and warm days can increase sugar accumulation in fruits.  

Varieties/Hybrids 

Hybrid  Features 
NS 295 watermelon 
  • Type: Oval to oblong 
  • Days to maturity: 80 – 85 days 
  • Jubilee-light green with light green stripes is the rind pattern 
  • Oblong shaped fruit, deep crimson flesh colour 
  • Sweetness TSS: 11-12% 
  • Fruit size: 9-12 kg 
AFA 306 watermelon 
  • It is a vigorous and strong vine hybrid 
  • Fruits: oval round dark green with dark stripe 
  • Fruit weight: 10 –12 kgs 
  • Deep red flesh, very sweet & crispy 
  • Fruit maturity: 85 -90 days after sowing 
  • Excellent shipping quality and long shelf life 
  • Tolerant to anthracnose, downy mildew diseases 
Anmol yellow watermelon 
  • The fruit is tall globe-shaped with dark skin and vague stripes, crisp and fine quality flesh 
  • Fruit weight: 3-5 kg 
  • Strong tolerance against diseases. 
  • Harvesting: 75-80 days after sowing 
Apoorva watermelon 
  • Plant is strong with good vigour 
  • Outer rind colour is light green with dark green stripe 
  • Flesh colour is dark red with granular texture 
  • Fruit weight: 8 -10 kg 
  • Fruit is oblong in shape 
  • Has good sweetness 
  • Maturity: 90 to 100 days 
URJA US-888 watermelon F1 Hybrid seeds 
  • Early medium maturity fruit 
  • Round sugar baby type hybrid 
  • Fruit flesh is red with soft texture 
  • Resistant to fusarium disease 
  • Average fruit weight: 8 – 10kg 
IRIS hybrid fruit seeds watermelon 
  • Oblong fruit shape 
  • Fruit has glossy black skin 
  • Fruit weight: 10 – 12 kg 
  • Fruit maturity: 70 – 75 days after transplanting 
  • Sugar content: 11 to 12 brix 
  • It is suitable for long transportation 
Arun 0035 watermelon 
  • Maturity: 38-40 days of flowering 
  • Fruit shape is oblong 
  • Fruit has black exterior colour 
  • Fruit weight: 3-4 kg 
  • They are high yielding, extremely good for transportation 
Pakeeza watermelon 
  • Fruit shape: Jubilee elongated oval 
  • Maturity: 70-75 days 
  • Deep red, granular flesh texture 
  • Fruit weight: 8-10 kg 
  • 12% TSS sweetness 
  • High yield variety of fruit 
PAN 2053 Spl hybrid watermelon seeds 
  • Maturity: 55-60 days after sowing 
  • Fruit weight: 2.0-2.5 kg 
  • Fruit shape is oblong 
  • Fruit colour is blackish green 
  • Excellent sweetness, crispy & suitable for distant transportation. 

 

Season 

Watermelon seeds are mainly sown during mid-December to January. 

Seed rate 

  • Varieties:  1 – 1.5 kg/acre for small-seeded types; 2 kg/acre for large seeded types 
  • Hybrid: 300 – 400 gm/acre 

Seed treatment 

It is preferred to use pre-sprouted seeds to improve crop stand in the field. The seeds should be soaked in water overnight and should then be kept in gunny bag near a warm place. The seeds will start to germinate in about 3 to 4 days.  Treat the seeds with Trichoderma viride  at 20 gm/kg seeds or mix 5-10 ml of Pseudomonas fluorescens in 50 ml water and apply it for 1 kg seeds. It can also be treated with Metalaxyl 4% + Mancozeb 64% WP at 1 – 1.5 gm/lit water/kg seeds. 

For seedling treatment, dip the roots of seedlings in Humetsu humic acid at 4 – 5 ml/lit water or Pseudomonas fluorescens at 5 ml/lit of water.  

Land Preparation 

Prepare the land to a fine tilth by ploughing.  

Sowing Depth 

Sow seeds at 2 – 3 cm depth. 

Sowing methods 

Watermelon can be direct-seeded or transplanted from nursery. 

1. Direct-seeded method: 

Methods of sowing 
Furrow method  Pit method  Hill method 
Furrows are to be made 2 – 3 m apart. Sow the seeds on either side of the furrows. Dibble 2-3 seeds at each place and remove the weak seedlings after germination and keep plant to plant distance as 0.75 – 1 m along the furrows. The furrow size should be of 60 cm.   Construct pits of 60 cm diameter and 60 cm depth. Maintain pit to pit distance of about 2 – 3 m.  Then fill the pits with well decomposed FYM and soil. Sow 4 seeds per pit. Later, remove unhealthy plants and retain only 2 or 3 plants pet pit.   It is usually adopted in riverbed cultivation. Construct a pit of 30 x 30 x 30 cm at a distance of 1 – 1.5 m. Fill the pits with equal proportion of soil and FYM. Pile the soil in the form of a hill and then sow 2 seeds per hill.  
Furrow method
Furrow method
Pit method
Pit method
Hill method
Hill method

Gap filling and Thinning 

The seeds will germinate after 8 – 10 days of sowing. At that time, thinning is done by retaining 2 or 3 healthy seedings while removing the rest. Removed seedlings may be used for gap filling. 

2. Transplanting method: 

Nursery establishment 
Polybag nursery  Portrays nursery 
Use polybags of 200-gauge, 0.1 m of diameter and 15 cm height. Fill the bags with 1:1:1 ratio of red soil, sand and FYM mixture.  Portrays having 98 cells can be used. Sow 1 – 2 seeds per cell.  

 

  1. Field preparation for transplanting seedlings: Prepare raised beds of 1.2 m width and 30 cm height for sowing. In the case of drip system, place the lateral tubes in the center of each bed. Irrigate the beds through drip system for 8-12 hrs.  
  2. Transplanting: Transplant 12 days old seedlings in the main field. Then, plant the seedlings in the holes made on the beds at a distance of 60 cm distance.  

Fertilizer Requirement 

The general dose of fertilizer recommendation for watermelon is 40:20:30 kg/acre. 

Nutrient  Fertilizer  Dosage  Stage of application 
Organic  FYM  8 tons/acre  Mixed with soil during ploughing 
Neem cake  40 kg  Mixed with soil during ploughing 
Humetsu Humic acid  Drenching: 4 – 5 ml/lit water or 

Foliar: 2 – 2.5 ml/lit water 

Soil drenching: Can be done after irrigation  

(or) 

Foliar spray: Can be done 2-3 times at critical growth stages like root formation, branching stage & flower initiation to early fruit setting stage. 

N  Urea  Basal – 43 kg 

Top dressing – 43 kg 

Basal application: Given before or at the time of planting. 

Top dressing: Applied 30 – 35 days after sowing. 

P  Single Super Phosphate (SSP)  125 kg  Basal 
K  Muriate of Potash (MOP)  50 kg  Basal 
Ca & B  Multiplex Chamak Micronutrient  Foliar: 3 gm/lit water 

 

Start spraying with flower initiation with 2 or 3 sprays at spray interval of 20-25 days 
Mg  Multiplex Moti Mg  Foliar: 0.5 gm/lit water  1st spray: 1 month after sowing or transplanting 

2nd spray: 15 days after first spray 

Micronutrients + Seaweed extract  Tapas Pushti All Plant Nutrient Mix  Foliar: 0.25 gm/lit water  1st spray: After 2 leaf stage 

2nd spray: 15 – 20 days after first spray 

(NOTE: The fertilizer should be applied in the form of a ring at 6 – 7 cm at the base of the stem) 

Fertigation of nutrients can also be provided through drip system to supplement the required nutrients.  

Fertigation Schedule 

Crop Stage  DAT  Water soluble fertilizers per acre  
Crop establishment stage  5 – 10 days  12:61:00 at 5 gm/lit water + V-Hume 5 ml/lit water 
Vegetative stage 

 

12 – 17 days  12:61:00 at 5 gm/lit water + Nutribuild  at 2.5 – 7.5 gm/lit water 
19 – 24 days  00:52:34 at 5 gm/lit water + Allbor Boron at 1 gm/lit water 
Flowering stage  26 – 32 days  13 :00 :45 at 5 gm/lit water + Gibrax Phytozyme at 1 – 1.5 ml/lit water 
33 – 39 days  00:52:34 at 5 gm/lit water +  Magnesium Sulphate at 3 – 4 gm/lit  
Fruiting stage  40 – 46 days  13 :00 :45 at 5 gm/lit water  
47 – 53 days  Calcium Nitrate at 5 gm/lit water 
54 – 60 days  Sulphur Liquid 2.5 ml/lit water 
Harvesting  61 – 67 days  00:52:34 at 5 gm/lit water + Allbor Boron at 1 gm/lit 
68 – 74 days  Calcium Nitrate at 5 gm/lit water + Multimax nutrient at 10 – 15 gm/lit water 
75 – 80 days  13 :00 :45 at 5 gm/lit water + Gibrax Phytozyme at 1 – 1.5 ml/lit water 
82 – 87 days  00 : 00: 50 at 5 gm/lit water + Ammonium Sulphate 3 kg 

 

Irrigation 

Watermelon crops have a deep tap root system, and it requires less frequent irrigation. 1st irrigation to direct sown watermelon crop can be delayed if the field has sufficient moisture. However, inadequate irrigation can result in poor germination and uneven growth. 1st irrigation for transplanted seedling is to be given immediately after transplanting and subsequent irrigation can be given at 10 – 14 days intervals.  In stage of crop growth, irrigate the crop at weekly intervals. Avoid over flooding the field. Avoid water stress especially during pre-flowering, flowering and fruiting stages. Restrict the irrigation only to the root zone areas and avoid wetting veins or vegetative parts, flowers and fruits. Stop irrigation at fruit maturity or 3 – 6 days before harvesting to maintain better sweetness and flavour of fruits. A total of 7 – 9 irrigations can be given in the entire crop duration. ‘Drip irrigation’ is highly recommended for better quality of fruit, minimizing disease and weed infestation and for water conservation.  

Pollination 

Pollination is a very important step in cultivation, contributing to fruit development. Both male and flowers grow on the same plant but separately in watermelon plant.  

  • Honeybees: They are the primary pollinators. Insufficient pollination results in misshapen fruits. To encourage bee activity, 1 or 2 beehives can be placed per acre. Spraying chemicals in morning hours during flowering stage should be avoided.  
  • Manual pollination: Hand pollination can also be done in the early morning. The stamen from the male flower should be brushed against the stigma of the female flower. 

Mulching 

Mulching can be done underneath fruit using straw or dry leaves. Now-a-days farmers are also using plastic sheets for mulching. It helps in moisture conservation, weed suppression and prevents fruits from being in contact with soil so as to reduce pest and disease attacks. As the crop is mainly cultivated during the period of high temperature and hot winds, mulching is necessary for watermelon cultivation.   

Pinching/Training 

Pruning improves yield and quality of fruits. When vines are about 1 m, apical shoots can be removed/pinched to promote growth of side shoots. During the initial stages of fruit setting, remove the malformed, damaged or diseased fruits. Only a maximum of 4 – 5 fruits can be retained per vine which can improve fruit size and yield.  

Earthing up and Weed Management 

Earthing up can be done after top dressing with nitrogen fertilizer. Keep the field free from weeds during the early stages of crop growth. Follow hand weeding at an interval of 15, 30 and 45 days after sowing.  

Use of Growth Regulators 

PGR  Technical content  Dosage  Benefits  Stage of Application 
Ethrel Growth Promoter  Ethephon 39% SL   1–2.5 ml/lit water  Improve coloration and accelerates uniform ripening of fruits  2 – 3 weeks after full bloom stage 
Katyayani Alpha Naphthyl Acetic Acid  Alpha Naphthyl Acetic Acid 4.5% SL     0.2 ml/lit water  Induces flowering, prevents shedding of flower buds, helps in  

enlarging fruit size, increasing and improving the quality and yield of fruits 

1st spray: During flowering 

2nd spray: 20 – 30 days after first spray 

Hoshi Sumitomo  Gibberellic Acid 0.001% L   1.25 ml/lit water  Increases plant size, stimulates flowers, enlarges fruit, and boosts crop yields  1st spray: 15 DAT 

2nd spray: 15 – 30 days after 1st spray (30 DAT)  

3rd spray: 45 DAT 

 

Crop Protection Practices 

Pests 

Major pests of watermelon crops include red pumpkin beetle, fruit fly, thrips, aphids, whitefly, leaf eating caterpillar, serpentine leaf miner, red spider mite, cutworms and cucumber beetle. 

To get a complete guide on pests viz., stage of occurrence, identification symptoms and its management turn to this insightful article – 10 Common pests of watermelon you need to know about and how to control them 

Diseases 

Major Diseases that affect watermelon crops includes; 

Disease type  Diseases  Stage of occurrence 
Fungal Diseases  Downy mildew  Vegetative stage 
Powdery mildew  Vegetative, fruiting stage 
Anthracnose  Vegetative, fruiting stage 
Alternaria leaf spot  Vegetative stage 
Fusarium wilt  Vegetative, fruiting stage 
Gummy stem blight  Vegetative, fruiting stage 
Bacterial Diseases  Bacterial wilt  Vegetative stage 
Bacterial Fruit Blotch  Vegetative, fruiting stage 
Viral Diseases  Bud necrosis disease  Vegetative stage 
Cucumber mosaic virus  Vegetative, fruiting stage 

 

To know about the disease causes, symptoms and management strategies look into this article – An Ultimate Guide to Watermelon Diseases: Causes, Symptoms, and Control Measures 

Harvesting Indices 

  • Generally, watermelon will be ready for harvest 30 – 40 days after flowering.  
  • When the tendril near the stem gets dried, it indicates fruit maturity 
  • On thumping/tapping, if the fruit produces dull hollow sound, then the fruits are ready for harvest 
  • Fruit maturity is indicated when the fruit surface touching the ground shows a light yellow colour. 
  • The rind of the fruit becomes hard and cannot be punctured with thumbnails on maturity. 

Grading 

Watermelons are graded depending upon their size, appearance, symmetry and uniformity in appearance. The fruit’s surface should be bright and waxy in appearance, devoid of scars, sunburn and abrasions.  

Criteria for Range in Watermelon:  

Tradable Parameters  Range I  Range II  Range III 
Quality  Superior  Very good   Good 
Colour, shape and size (With respect to characteristic true to variety)  Uniform  Semi-uniform  Reasonably uniform 
Defects allowed (Paler part of any fruit region including bruises)  Nil  A slight defect in coloring for the paler part of the fruit which is in contact with the ground during growth period  Any defect in coloring in rind, slight abrasions/bruising, presence of cracks 
Weight (kgs)  Above 5 – 10  2 to 5  Below 2 
Range tolerance  5% of fruits falling in range II category  10% of fruits falling in range III category  15% of fruits with minimum standards 
TSS (Optional)  Not less than 10°brix 

 

Storage of Watermelon 

Watermelon can be stored for about 15 days at 15°C. Lower temperature may cause chilling injury. It does not stand long transportation. During transportation in trucks, stack the fruits on dried grass to avoid damage and bruising.  It is important to not store or transport watermelons with apples, tomato, muskmelon and bananas because the ethylene produced from these fruits hastens softening and development of off-flavours to watermelon fruits. There is a high chance of losing crispiness and colour due to long period of storage.  

Production Linked Incentive (PLI) Scheme For Food Processing Sector 

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Production Linked Incentive (PLI) Scheme For Food Processing Sector
Production Linked Incentive (PLI) Scheme For Food Processing Sector

Production-based sectors plays a major role in India’s economy. The Production Linked Incentive (PLI) Scheme for the Food Processing Sector is a government initiative launched in March 2021, which aims to boost the growth of the food processing industry in India. The main objective of the scheme is to attract investment in the food processing sector, create employment opportunities for off-farm jobs, ensure remunerative prices of farm produce, increase farmers income and promote the export of processed food products.  

Scheme Overview

  • Scheme Name: Production Linked Incentive (PLI) Scheme for Food Processing Sector 
  • Scheme Implemented: 2021 
  • Scheme Fund Allocated: Rs. 10,900 crores 
  • Type of Government Scheme: Central Sector Scheme 
  • Sector / Sponsored Scheme: Ministry of Food Processing Industries 
  • Website to Apply: https://www.mofpi.gov.in/ 
  • Helpline No: NA 

Features of Production Linked Incentive (PLI) Scheme for Food Processing Sector

CATEGORY  REMARKS 
Total Tenure period of the Scheme  6 year period from 2021-22 to 2026-27 
Beneficiaries   Farmers, Food Processing Industries 
Part of the Scheme  Atmanirbhar Bharat Abhiyan (Self – reliant India campaign) 
Categories of Applicant 
Category I  Entities who get financial assistance based on Sales and Investment criteria belong to this category. They could also undertake Branding & Marketing activities abroad and apply for incentives.  
Category II  Small and Medium-sized Enterprises (SME) who manufactures organic and innovative products 
Category III  Applicants exclusively apply for incentives to undertake Branding and Marketing activities abroad. 
Incentive Sales 
For sales of eligible food products  Products manufactured by the applicants as well its subsidiaries and contract manufactures 
Grants  Applicants will have an extended grant @ 50% of expenditure on branding & marketing;  

Financial assistance up to 3% for Sales of food products or Rs 50 crore per year, whichever is less. 

Minimum expenditure for branding abroad  Rs 5 crore for a period of five years 
Incentives would be paid for 6 years  Incremental sales over the base year from the year 2021-22 to 2026-27  

 

Components of Production Linked Incentive (PLI) Scheme for Food Processing Sector

First component: This component encourages the manufacturing of following four major food product segments 

  1. Ready to Cook / Ready to Eat (RTC/RTE) which includes millet-based products 
  2. Processed vegetables and fruits
  3. Mozzarella cheese 
  4. Marine Product 

This component also covers organic products including free range eggs, meat, poultry and egg Products. 

Second Component: This component mainly focuses on Branding and Marketing abroad. 

Benefits of Product Linked Incentive Scheme for Food Processing sector

  • The scheme is expected to increase the demand for agricultural produce, as food processing companies will require raw materials for their products. This increased demand can lead to better prices for farmers and higher income. 
  • The PLI scheme encourages companies to invest in research and development and product innovation, which could lead to the development of new value-added products from agricultural produce. This could create new markets for farmers and provide them with opportunities to diversify their crops. 
  • PLI scheme also aims to enhance the competitiveness of the food processing industry in India, which could lead to better market access for Indian food products in domestic and international markets. This could create more opportunities for farmers to sell their produce and increase their income. 

Challenges

  • The government’s allocation for the PLI scheme may not be sufficient to meet the demands of the food processing sector. This could lead to a situation where only a few companies receive benefits from the scheme, leaving smaller players out of the loop. 

Documents Required

  • Company Registration Certificate 
  • Applicants CIN number 
  • Company’s Profile 
  • Annual Reports 
  • GSTN Certificate etc. 

How to apply?

Step 1: Go to the official website of Ministry of Food Processing Industry (MOFPI) at https://www.mofpi.gov.in/ 

Step 2: On the Homepage, click on the schemes tab and select Production Linked Incentive Scheme for Food Processing Sector option 

Step 3: Now visit the PLISFPI portal and click on ‘Register’ 

Step 4: Registration form will be displayed in the screen 

Step 5: Enter all the mandatory details and click on register option 

Step 6: On Successful registration, username and password will be sent to the official mail ID. 

Step 7: Choose login option from the homepage and log on to the portal 

Step 8: Fill the application form carefully and upload all the required documents  

Step 9: Submit the application form 

Conclusion

The PLI scheme for the food processing sector is a positive step towards achieving the government’s goal of doubling farmers income and making India self-reliant in the food processing sector. 

Harvesting A Win-Win Deal: FCI’s E-Auction Brings Relief To Indian Farmers And Common Man As Well

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Harvesting A Win-Win Deal: FCI's E-Auction Brings Relief To Indian Farmers And Common Man As Well
Harvesting A Win-Win Deal: FCI's E-Auction Brings Relief To Indian Farmers And Common Man As Well

The Food Corporation of India (FCI) sold 3.85 LMT wheat through its second e-auction, generating Rs. 901 crore. The sale of wheat through e-auction will continue every Wednesday till the second week of March 2023 to address the rising prices of wheat and atta. Additionally, the government allocated 3 LMT wheat to various PSUs/cooperatives/federations for sale without e-auction and the concessional rates for wheat and atta under this scheme have been revised.

Overview

The highest demand during the e-auction was for quantities ranging from 100 to 499 MT, indicating that small and medium flour millers and traders actively participated. The allocation of wheat to government PSUs/cooperatives/federations at concessional rates is aimed at benefiting the general public by bringing down the prices of wheat and atta. This may also indirectly benefit farmers by creating demand for their wheat crop and ensuring a stable market price for their produce. This can provide a stable source of income for farmers and promote agricultural growth in the country.

Important points

  • The Food Corporation of India (FCI) conducted its second e-auction of wheat stock on 15th February 2023, offering 15.25 LMT.
  • More than 1060 bidders participated, and 3.85 LMT wheat was sold, generating Rs. 901 crore for FCI.
  • The auction resulted in the realization of a weighted average rate of Rs. 2338.01 per quintal by FCI.
  • Until the second week of March 2023, every Wednesday, the sale of wheat through e-auction will persist across the country.
  • The National Cooperative Consumers’ Federation of India Limited (NCCF) has been allowed to lift 68,000 MT of wheat stock under this scheme across 08 states.
  • Selling over 25 LMT of wheat stock, out of the total 30 LMT earmarked for sale under Open Market Sale Scheme (Domestic) OMSSD (D) through OMSS (D) scheme, within two months is expected to have a positive impact on controlling the rising prices of wheat and Atta, thereby providing relief to the general public.

Conclusion 

In general, the initiatives taken by the FCI and the government to enhance the availability and affordability of wheat and flour appear to have the potential to benefit India’s food economy. These actions could mitigate the financial strain on the public, particularly with the surge in food prices, by regulating prices and increasing accessibility to a broader segment of consumers.

National Bamboo Mission

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National Bamboo Mission
National Bamboo Mission

The restructured National Bamboo Mission (NBM) was launched as a Centrally Sponsored Scheme (CSS) in 2018-19 with the core objective of developing the complete value chain of the bamboo sector to linking growers with consumers, starting from plantation to marketing, micro, small and medium enterprises, skilled manpower and brand building initiative in a cluster approach mode. The mission aims to increase the total area under bamboo plantations in non-forest government and private lands to increase farm income and contribute towards resilience to climate change. 

Scheme Overview:

Scheme Name: National Bamboo Mission

Scheme Modified: Restructured in 2018-19

Scheme Fund Allocated: The scheme has a budget allocation of Rs. 1290 crore for the period from 2020-21 to 2022-23

Type of Government Scheme: Central government

Sponsored / Sector Scheme: Centrally Sponsored Scheme

Website to apply: http://nbm.nic.in/

Helpline No.: 011-23382384

Features of National Bamboo Mission:

Features Description
Objective To increase the total area under bamboo cultivation and improve post-harvest management through the establishment of new nurseries, capacity building and provision of necessary infrastructure and facilities.
Implementation The mission is implemented through State Bamboo Development Agencies (SBDA) and Regional Bamboo Training Centers (RBTC).
Coverage The mission covers 28 states and 2 Union Territories of India.
Funding The Government of India provides financial assistance up to 100% for various activities under the mission, including the establishment of nurseries, promotion of bamboo-based industries, and research and development activities.
Activities Focuses on activities such as the distribution of planting material, bamboo-based handicrafts and furniture, the establishment of common facility centers, skill development and marketing support.
Sustainability The mission emphasizes promoting sustainable bamboo cultivation practices and developing bamboo-based value chains to create a source of livelihood for the rural population.
Collaboration The mission involves collaboration with various stakeholders such as farmers, self-help groups, industry associations and research institutions to develop the bamboo sector in the country.

 

Latest News about the scheme:

The Union Agriculture Minister has approved the formation of an Advisory Group to streamline the development of the Bamboo sector, which includes representation from various stakeholders. The group will contribute to the sector’s development by including synergy between all sectors of the bamboo value chain. The redesigned National Bamboo Mission is primarily concerned with developing the entire value chain of the bamboo business. It connects producers and consumers from planting material to the plantation, as well as the development of infrastructure for collecting, aggregation, processing, marketing, skilled labor, micro, small, and medium enterprises, and brand building activities. The adaptability of bamboo as an architectural and structural element has been established and the destiny of this green resource is described as the ‘green steel’. The National Bamboo Mission is working to provide the benefits of this burgeoning sector to the nation’s farmers and human resources. The Advisory Group, comprised of subject experts and other stakeholders, will advise the Ministry of Agriculture and Farmers Welfare on propagation, bamboo plantation and intercropping, primary processing, product development, value addition, market infrastructure and linkages, processing machineries, skill development and other issues and technologies. 

Benefits of National Bamboo Mission:

  • Increase in the area under bamboo plantation in non-forest government and private lands
  • Supplement income for farmers
  • Contribute towards resilience to climate change by promoting a sustainable and eco-friendly resource
  • Connect farmers to markets, providing them with a ready market for the bamboo grown
  • Upgrade the skills of traditional bamboo craftsmen, enabling them to improve their livelihoods
  • Increase the supply of appropriate raw materials to the domestic industry, contributing to the growth of the sector
  • Provide ecological, economic and livelihood security to the people, especially those in rural areas who depend on bamboo as a primary resource.

Drawback of the Scheme:

The National Bamboo Mission does not have any significant drawbacks. However, certain farmers who do not have access to non-forest government or private lands may not be able to benefit from the scheme.

How to Apply?

The National Bamboo Mission is implemented through the State Nodal Agencies (SNAs). Interested individuals can contact the respective SNA in their state to apply for the scheme.

Conclusion:

The National Bamboo Mission is a comprehensive scheme that aims to promote the growth and development of the bamboo industry in India. It seeks to increase bamboo production, improve the quality of bamboo products and provide employment opportunities to rural communities. Through its various initiatives, the mission aims to enhance the livelihoods of bamboo growers and artisans, promote sustainable forest management and contribute to the overall economic growth of the country.

Seeding A Better Future For Farmers: India’s Innovative Traceability System For High-Quality Farming

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Seeding A Better Future For Farmers: India's Innovative Traceability System For High-Quality Farming
Seeding A Better Future For Farmers: India's Innovative Traceability System For High-Quality Farming

The Seed Traceability System is a new initiative to be launched by the Government of India under the leadership of Prime Minister Shri Narendra Modi to make sure that good quality seeds are available to farmers and curb pilferage in the seed trade sector. This system is expected to benefit farmers and stakeholders in the seed sector.

Overview

The Union Agriculture and Farmers Welfare Minister of India, Shri Narendra Singh Tomar, has announced that the government will soon launch the Seed Traceability System to ensure the availability of good quality seeds to farmers. This system will help to curb pilferage in the seed trade sector and will benefit farmers and the people working in the seeds sector. Shri Tomar also highlighted the importance of the seed industry in making India self-sufficient in areas like oilseeds and cotton. He appreciated the contribution of scientists and unveiled the “Seeds for Global Unity” wall during the Indian Seed Congress organized by the National Seed Association of India in New Delhi. The government’s vision of creating an environment of mutual trust will help to strengthen the trade and industry sector of the country.

Benefit for farmers

The Seed Traceability System will ensure that farmers have access to good quality seeds, which will improve crop yield and quality. It will also help to reduce the risk of crop failure due to poor quality seeds. The system will enable farmers to track the source of their seeds, which will increase transparency in the seed trade sector and reduce the risk of fraud.

Important key points

  • The Seed Traceability System is a new initiative launched by the Government of India to ensure the availability of good quality seeds to farmers and curb pilferage in the seed trade sector.
  • The system will enable farmers to track the source of their seeds, which will increase transparency in the seed trade sector and reduce the risk of fraud.
  • The Seed Traceability System will benefit farmers by improving crop yield and quality and reducing the risk of crop failure due to poor quality seeds.
  • The present government has shown its commitment to legal and policy reforms in the interest of all sections of the country, including the trade and industry sector.

 Conclusion

The Seed Traceability System is a significant initiative by the Government of India that will benefit farmers and stakeholders in the seed sector. It will improve crop yield and quality, reduce the risk of crop failure, increase transparency in the seed trade sector, and protect people doing good work in the seeds sector. This system is an example of the government’s commitment to the agricultural sector and its efforts to ensure the prosperity of farmers in the country.

Wheat For All: Indian Farmers And Consumers Benefit From Reduced Reserve Prices And Open Market Sales

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Wheat For All: Indian Farmers And Consumers Benefit From Reduced Reserve Prices And Open Market Sales
Wheat For All: Indian Farmers And Consumers Benefit From Reduced Reserve Prices And Open Market Sales

The Department of Food and Public Distribution (DFPD) has announced a reduction in the reserve price for wheat under the Open Market Sale Scheme (Domestic) to combat inflation in the food economy. The new reserve price is set at Rs 2150/Qtl for wheat (FAQ) and Rs. 2125 Qtl for wheat (URS), and states may purchase wheat from FCI for their own schemes at the proposed reserve prices without participating in e-auctions. The FCI will conduct a third e-auction for the sale of wheat at these revised reserve prices on 17.02.2023.

Overview

The Department of Food and Public Distribution (DFPD) has taken measures to combat the rising inflation in the food economy by reducing the reserve price for wheat under the Open Market Sale Scheme (Domestic) until March 31, 2023. Wheat has been sold at a reduced rate of Rs. 21.50/Kg to various organizations, including NCCF/NAFED/ Kendriya Bhandar/State Govt. Cooperatives/ Federations, community kitchens, charities, and NGOs, provided they convert the wheat to atta and sell it to consumers at MRP Rs. 27.50/Kg.

The reduction in the reserve price of wheat is likely to reduce the market price of wheat and wheat products for consumers, which could increase the demand for wheat and thereby, increase the price of wheat in the market. This could lead to better prices for the wheat sold by farmers. The allocation of wheat to State Governments and Government PSUs/cooperatives/Federations without e-auction is expected to provide more opportunities for farmers to sell their produce directly to these entities. Finally, the reduction in the rate of wheat for sale to NCCF/NAFED/Kendriya Bhandar/State Govt. Cooperatives/Federations and community kitchen/charitable/NGO could help in increasing the demand for wheat, which could lead to better prices for farmers.

Important points

  • The Department of Food and Public Distribution has reduced the reserve price for wheat under the Open Market Sale Scheme (Domestic) to Rs. 2150/Qtl for wheat (FAQ) and Rs. 2125/Qtl for wheat (URS) until 31st March, 2023.
  • Without participating in e-auctions, states can purchase wheat from FCI at the proposed reserve prices.
  • FCI will hold its 3rd e-auction on 22nd February, 2023 for the sale of wheat at the revised reserve prices.
  • 30 LMT of wheat from FCI’s stock will be released through the Open Market Sale Scheme (OMSS).
  • 25 LMT will be offered through the e-auction route, 2 LMT to state governments, and 3 LMT to Govt PSUs/cooperatives/Federations without e-auction.
  • On February 10, 2023, the price of wheat was lowered to Rs. 21.50/kg for sale to various organizations and groups, subject to the condition that they will sell it to consumers at MRP Rs. 27.50/kg after converting it to atta.

Conclusion

The Indian government’s decision to reduce the reserve price of wheat and release 30 LMT wheat from FCI stock through Open Market Sale Scheme (OMSS) will benefit farmers by providing them with better market access and higher prices for their crops. The reduction in the reserve price of wheat will also help in reducing the market price of wheat and wheat products for consumers, which is a win-win situation for both farmers and consumers. Furthermore, the allocation of wheat to various government and non-government entities for conversion to atta and sale at MRP will not only help in reducing food inflation but also ensure that farmers receive fair prices for their produce.

Sagar Parikrama Phase III Highlights Government’s Efforts To Boost Fisheries Sector, Uplift Coastal Communities

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Sagar Parikrama is a program launched by the Department of Fisheries, Ministry of Fisheries, Animal Husbandry and Dairying, Government of India, on the occasion of Azadi Ka Amrit Mahotsav, marking 75 years of independence. The program aims to listen to coastal communities and learn about India’s coastal wealth. The third phase of Sagar Parikrama was held from 19th to 21st February 2023 in the states of Gujarat and Maharashtra, concluding at Sasson Dock, Mumbai.

Overview on Sagar Parikrama

During the program, Union Minister for Fisheries, Animal Husbandry & Dairying, Parshottam Rupala, interacted with coastal communities and addressed the media. Various provisions made by the government for the welfare of the fisheries sector were discussed, including the launch of the Pradhan Mantri Matsya Sampada Yojana with a vision to invest twenty thousand crores in the sector. The fisheries infrastructure has been strengthened through this scheme and the Cooperatives sector has also been given the status of an independent Ministry to strengthen the fisheries sector through cooperatives. Fishermen can now take advantage of the Kisan Credit Card in a manner similar to farmers, which provides economic upliftment to coastal communities.

Certificates/sanctions related to the Pradhan Mantri Matsya SampadaYojana, Kisan Credit Card, and State Scheme were awarded to progressive fishermen, especially coastal fishermen, fishers, and fish farmers, young fishery entrepreneurs, etc. Literature on Pradhan Mantri Matsya Sampada Yojana scheme, Kisan Credit Card, Fisheries Infrastructure Development Fund, State schemes, e-shram, etc. was popularized. During Sagar Parikrama Phase III, fishermen and fish farmers were provided with a platform to express their grievances and apprehensions. Coastal communities at each of the visited locations greeted the Parikrama with customary folk performances. About 12,500 fishermen and fish farmers took part in different events.

Important Information

  • The Indian government launched the ‘Sagar Parikrama’ program to mark 75 years of independence.
  • The program aims to focus on sustainable balance between marine fisheries resources and protection of marine ecosystems.
  • The Fisheries sector has been given the status of a separate Ministry, and the Pradhan Mantri Matsya Sampada Yojana has been launched with an investment of 20,000 crore rupees in the sector.
  • Fishermen can now benefit from the Kisan Credit Card scheme similar to farmers.

Conclusion

The Sagar Parikrama program launched by the Department of Fisheries, Ministry of Fisheries, Animal Husbandry and Dairying, Government of India, is an important initiative that aims to promote the responsible exploitation of marine fisheries resources for the purpose of ensuring food security for the country and sustaining the livelihoods of fishing communities residing along the coast. The Phase III of Sagar Parikrama, which concluded recently, saw the participation of thousands of fishermen, fish farmers, entrepreneurs, stakeholders, professionals, officials and scientists from across the nation, who interacted with government officials and dignitaries to discuss their issues and concerns. The success of the Sagar Parikrama program highlights the importance of community participation in the sustainable management of marine resources and the need for continued efforts towards their conservation.