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Paramparagat Krishi Vikas Yojana – PKVY Scheme

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Paramparagat Krishi Vikas Yojana PKVY
Paramparagat Krishi Vikas Yojana PKVY Scheme

Paramparagat Krishi Vikas Yojana (PKVY) motivates farmers to take up organic farming by providing them with financial assistance. Government of India implemented this PKVY scheme to promote chemical free organic farming in the country in cluster mode. PKVY is an elaborated component of Soil Health Management (SHM) under National Mission of Sustainable Agriculture (NMSA). The main objective of PKVY Yojna is to support and promote organic farming, thereby improving the soil health.                 

Scheme Overview

  • Scheme Name: Paramparagat Krishi Vikas Yojana 
  • Scheme Implemented: 2015 
  • Scheme Fund Allocated: As per central share allocation 
  • Type of Government Scheme: Centrally Sponsored Scheme 
  • Sponsored/Sector Scheme: Ministry of Agriculture and Farmers Welfare  
  • Website to Apply: https://pgsindia-ncof.gov.in 
  • Helpline No: NA
  • Scheme Type: National Scheme
  • Covered States: The Paramparagat Krishi Vikas Yojana covers all states across India, including Andhra Pradesh, Arunachal Pradesh, Assam, Bihar, Chhattisgarh, Goa, Gujarat, Haryana, Himachal Pradesh, Jammu and Kashmir, Jharkhand, Karnataka, Kerala, Madhya Pradesh, Maharashtra, Manipur, Meghalaya, Mizoram, Nagaland, Odisha, Punjab, Rajasthan, Sikkim, Tamil Nadu, Telangana, Tripura, Uttar Pradesh, Uttarakhand, and West Bengal.

Features of Paramparagat Krishi Vikas Yojana

PKVY scheme involves certificate generation for organic farming through Participatory     Guarantee System (PGS) certification methods. PGS gives organic labels to farms which changes the land from conventional farms to organic farms and also helps to market their products domestically. 

CATEGORY   REMARKS 
Purpose  To create organic farmland with legal certification 
Beneficiary  Farmers 
Major Components 

 

 

 

 

Modern Organic Cluster demonstrations – Aim at boosting/ promoting organic farming by creating awareness on the latest technologies of organic farming 
Model Organic Farm – It aims at demonstrating conversion of conventional land into organic farming practices in one-hectare parcels. This component also helps to spread the information on latest technologies of various units of organic inputs production through exposure visits to farmers 
Farmers Cluster  50 or more farmers will form a cluster having 50-acre land to take up organic farming. For 3 years 10,000 clusters will be formed covering 5 lakh acre area under organic farming 
Financial assistance  Rs 50000/ha/3years is provided for cluster formation, capacity building, incentives for inputs, value addition and marketing. Out of which Rs 31000/ha/3years is provided for preparation/procurement of organic inputs such as bio/organic fertilizers, biopesticides, seeds etc. through DBT and Rs 8800/ha/3years is provided for value addition and marketing that includes post-harvest management practices like storage 
Time period for land conversion   Under PKVY scheme, to be legally qualified for PGS Certification, the farmers have to convert the land into organic farmland within a time period of 36 months 

 

Paramparagat Krishi Vikas Yojana Benefits

  • PKVY Yojana is a significant motivating factor for the famers to do organic farming 
  • The scheme stresses end-to-end support to organic farmers i.e from production to certification and marketing. It also helps in promoting domestic markets for agriculture produce including the adoption of organic farm practices  
  • The farmers will get complete financial support under this scheme 
  • This scheme helps the farmers to become more sustainable as there is a mixture of modern methods and traditional systems. 
  • The scheme will provide financial aid to build clusters, get more inputs, build the capacity, marketing and other work which can add to the value 
  • Farmers will get the fund in their bank through Direct Bank Transfer 

Latest News about PKVY

According to the latest data, In PKVY scheme 32384 clusters have been formed and an area of 6.53 lakh hectare has been covered benefitting 16.19 lakh farmers. 

Documents Required for PKVY

  • Aadhar Card 
  • Residence Certificate 
  • Income Certificate 
  • Ration Card
  • Passport size photograph 

How to apply for Paramparagat Krishi Vikas Yojana?

Step 1: Visit the official website of Paramparagat Krishi Vikas Yojana i.e https://pgsindia-ncof.gov.in 

Step 2: On the Homepage, Click on Apply Now option 

Step 3: The application page will be displayed on the screen 

Step 4: Enter all the required information in the PKVY registration form. (Mention all details like name, mobile number, address, email id, bank details etc.) and upload necessary documents 

Step 5: Click on the Submit Button for the Final Submission of the application 

Conclusion

Paramparagat Krishi Vikas Yojana PKVY is promoting commercial organic production through certified organic farming. This scheme will motivate the farmers for natural resource mobilization for input production and encourage them to do organic farming. Financial assistance will be provided to the farmers during the initial phase of transition from chemical farming to organic farming.  

Explore how the Rashtriya Krishi Vikas Yojana (RKVY) supports agricultural growth across India. Click here for more information.

11 Major Problems Faced By Indian Farmers In Agriculture In 2024

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11 Major Problems Faced by Indian Farmers in Agriculture in 2023
11 Major Problems Faced by Indian Farmers in Agriculture in 2023

 

The agriculture sector plays a significant role in the Indian economy. Around 60% of the total Indian population is engaged in agriculture, contributing about 18% of the country’s GDP. Farmers are plagued by several issues. These directly or indirectly affect the farmer’s life. From procurement of inputs to marketing and post-harvest activities, farmers face a lot of challenges. However, the problems faced by farmers go often unnoticed. Here are some major problems faced by farmers in India.

1. Small and Fragmented land holdings:

Indian Agriculture is mainly dominated by small and fragmented land holdings. This makes the farmers less competent. According to the 10th Agricultural Census in 2015-16, India’s total operational land holding was 146.45 million hectares and the total operated area was 157.82 million hectares. Among them, marginal and small operational holdings together (0 – 2 ha) constituted 86.2% of the total operational holdings. Due to this fragmentation of land, farmers do not generate adequate income. This is because of difficulty in mechanization, practicing usual agricultural practices like monocropping and products which leads to deterioration of land quality. This leads to high production costs and low productivity. The root cause of this problem started due to the inheritance law.

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2. Lack of Marketing and Storage facilities:

Problems faced by farmers in agricultural marketing include transportation costs, inadequate market infrastructure, price fluctuation, lack of proper market information, and the role of exploiting local traders and middlemen. Lack of storage facilities in rural areas has been a limiting factor for post-harvest losses. Nearly 16% of fruits and vegetables, 10% of oilseeds, 9% of pulses, and 6% of cereals produced are being wasted every year due to lack of storage facilities. Since most of the agricultural produce is perishable, farmers are distressed to sell the produce immediately after harvest even at lower prices. This gives them a meager income.  Insufficient storage facilities make it difficult for the farmers to meet people’s demands during the off-season.

3. Poor Adoption of Mechanization:

Regardless of the expansion of mechanization in India, most of the agricultural operation is still done by labourers. The highest level of mechanization in India about 60 – 70% is observed in plowing, harvesting, threshing, and irrigation. Although machinery has been invented in seeding, weeding, and other agricultural operations, only a few farmers use it for crop production. Due to small land holdings, small farmers find it difficult to adopt mechanization. Lack of awareness among rural farmers and capital constraints create this problem.

4. Credit Availability:

In the agriculture sector, availability and access to timely, adequate, and low-cost credit from financial institutional sources is more important, especially to marginal and small farmers.  Along with all other inputs, capital is one of the most crucial inputs for increasing agricultural production. Access to credit is one of the factors influencing farm productivity. Farmers facing capital constraints would use fewer inputs by not investing in better technologies, machinery, and equipment in their production activities compared to others having no such constraints. This affects not only productivity but also the produce quality.

Improved credit access may facilitate optimal use of inputs and have a major impact on crop productivity. Availability of credit may allow farmers to satisfy their cash needs induced by the agricultural production cycle and requirements for consumption. Even though governments are improving agricultural credit policies, regional imbalance in credit distribution is still persistent over the years.

5. Poor irrigation facilities

80% of water consumption in India is for irrigation in agriculture. Depletion of the groundwater table is a major factor affecting agriculture. Good irrigation helps farmers to carry out timely agricultural activities. The steady decline in the groundwater table can be noticed in recent times due to its over-exploitation as 65% of irrigation uses groundwater sources. In India, irrigation facilities are limited, and the majority of farmers are still dependent on rainfall. Rainfed agriculture accounts for about 51% of the net sown area in our country and occupies nearly 40% of total production.

In the areas under irrigation, farmers mainly follow flood irrigation methods. Even though microirrigation systems are gaining importance nowadays most of their adopters are large farmers. Poor farmers are unable to afford it. Out of the total area sown in the year 2021, the net irrigated area occupies around 68.38 million hectares. Out of which the area under micro-irrigation is only 12.90 million hectares which accounts for only 18.8% of the net irrigated area.

6. Soil fertility depletion

After the Green Revolution in the 1960s, the use of chemical fertilizers has been increased. To get quicker results, farmers have started using fertilizers excessively. Excessive usage of chemical fertilizer contributes to reduced organic matter content and humus content, decreased number of beneficial insects, poor growth, increased pest attacks, and altering of soil pH which ultimately leads to low productivity.

Imbalanced use of urea leads to soil fertility depletion over a period of time. In the year 2022-23, urea accounts for more than half of the total fertilizer production (58.4%) total consumption (57.9%), and 35.9% of imports. Other causes of soil depletion include a lack of proper cropping systems and continuous cultivation. In India, the total area under the monocropping system during the year 2015-16 was approximately 52.8 million hectares, which is about 47% of the total cropped area.

7. Inadequate access to crop insurance schemes

The major problems persistent with crop insurance schemes faced by farmers include lack of proper awareness of insurance schemes, evaluation of extend of damages caused due to crop losses, inadequate coverage of insurance schemes and non-payment / delayed settlement of claims.

8. Impact of climate change

Climate change can lead to changes in weather patterns, such as increased frequency and intensity of extreme weather events like droughts, floods, and storms. These changes can affect soil fertility, crop yields and livestock production, leading to reduced productivity and income for farmers. Farmers may need to invest more in pest and disease management practices, which can increase their costs and reduce their profits. Heat waves can cause heat stress in crops, which affects the yield especially when they occur during pollination, pod or fruit set. Climate change can lead to water scarcity in some regions which can affect irrigation and reduce yield. Farmers may be forced to rely on rain-fed agriculture, which can be more unpredictable and vulnerable to the effects of climate change.

Unpredictable rainfall affects several agricultural operations and unexpected rainfall during harvest will lead to total crop loss. Heavy rains that result in flooding can be detrimental to crops and soil. In India, around 33.9 million hectares of cropped area have been damaged due to hydro-meteorological calamities including heavy rainfall and floods between 2015-16 and 2021-22.

9. Price volatility:

Price volatility can have a significant impact on the livelihoods of farmers, especially small farmers who are more vulnerable to market fluctuations. Price volatility can lead to income instability for farmers as sudden drops in prices can reduce their income and profits. This can make it difficult for farmers to plan and invest in their farms, leading to a vicious cycle of poverty and low productivity. This situation creates uncertainty for farmers as they are not sure of the prices they will receive for their produce in the future. This makes it difficult for farmers to make informed decisions about what crops to grow, how much to produce, and when to sell their produce.

10. Poor training and extension facilities:

Agricultural extension programmes help farmers by means of transfer of technology, assisting farmers in problem-solving and contributing to rural development. But extension system in India is not equally balanced. Without adequate training and access to extension services, farmers may not be aware of the latest farming practices, techniques and technologies that can help them to increase crop yields. This results in reduced yield, which can affect farmer’s income.

Lack of training and extension services can make farmers vulnerable to pests and diseases that can cause reduced yield. Without access to information on how to prevent or mitigate these risks, losses are incurred. Farmers may not have knowledge of recent schemes, financial assistance and how to access the financial resources to invest and increase their yield due to lack of training and extension activities.

11. Limited spending on R&D by Government:

Limited spending on research and development (R&D) by Government have a negative impact on farmers in agriculture including reduced productivity, increased costs, and reduced profitability. If Government spending on R&D is limited, then farmers may not have access to new technologies and practices, improved crop varieties, leading to reduced productivity and competitiveness in the market. Government investing less in R&D may force farmers to invest their own resources in adapting to changing conditions which can be expensive. This may increase the production cost, making it difficult for farmers to compete in the marketplace.

Conclusion:

Indian farmer community is comprised mainly of small and marginal farmers who majorly face all the above challenges in agriculture. Farmers face a lot of problems in agriculture right from nature’s activities to man-made activities including climate change, soil erosion, biodiversity loss, water resource depletion, lack of capital, labour and other inputs etc. Major cause of these problems is mainly due to lack of proper awareness, less adoption of modern technologies, lack of capital or gap between farmers and government institutions. These problems cannot be fully solved but can be mitigated to some extent by following wise agricultural practices, sustainable use of resources and bridging the gap between rural farmers, government and financial institutions.

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Nutrition and Innovation at Pusa Krishi Vigyan Mela 2023: Empowering Farmers and Enhancing Agriculture in India

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Nutrition and Innovation at Pusa Krishi Vigyan Mela 2023
Nutrition and Innovation at Pusa Krishi Vigyan Mela 2023

The Pusa Krishi Vigyan Mela was organized for three days from 02-04 March 2023 at the ICAR-Indian Agricultural Research Institute, New Delhi. The event had a theme of ‘Nutritional, Food and Environmental security through Millets (Shree Anna).’ The Valedictory Ceremony was graced by the Union Minister of State Agriculture and Farmers Welfare Minister, Shri Kailash Choudhary.

Overview :

The event saw the felicitation of six Fellow farmers and 42 Innovative farmers with ‘IARI Innovative Farmer Award,’ including women farmers. The chief guest emphasized the need for the development of varieties of millets for nutritional security and the importance of new and innovative farm technologies in achieving food and environmental security. He also mentioned the government’s efforts towards increasing the use of technology in Agriculture under various schemes.

Each ICAR institute will conduct a training program annually for the benefit of farmers, according to Dr Himanshu Pathak, Secretary, DARE & Director General, ICAR. These training programs can help farmers stay updated on the latest farming techniques and technologies.

The Pusa Krishi Vigyan Mela and the Valedictory Ceremony is benefiting the farmers by providing them with access to the latest farming techniques, technologies and innovative practices, recognizing their efforts and highlighting the government’s commitment to their welfare.

Important key points:

  • The Pusa Krishi Vigyan Mela was held for three days with the theme of ‘Nutritional, Food and Environmental security through Millets (Shree Anna)’
  • The Valedictory Ceremony was attended by the Union Minister of State Agriculture and Farmers Welfare Minister, Shri Kailash Choudhary
  • Several farmers were felicitated with ‘IARI Innovative Farmer Award,’ including women farmers
  • The chief guest emphasized the need for the development of varieties of millets for nutritional security and the importance of new and innovative farm technologies in achieving food and environmental security

Conclusion :

The Pusa Krishi Vigyan Mela held at ICAR-Indian Agricultural Research Institute in New Delhi had a significant impact on promoting agricultural advancements and welfare for farmers. With the theme of ‘Nutritional, Food and Environmental security through Millets’, the event highlighted the need for innovative and climate-resilient farming practices. The participation of various ICAR institutes and the felicitation of innovative farmers further emphasized the importance of incorporating modern technologies and techniques in agriculture to increase productivity and profitability for small and marginal farmers. The government’s emphasis on organic and natural farming and the use of technology in agriculture will pave the way for a sustainable and profitable future for Indian farmers.

Note: The information contained herein is for informational purposes only. Nothing herein shall be construed to be financial or legal advice. Pesticides are a considerable risk of loss in crops and viewers are advised to do their own research before making any decisions.

PM-KISAN scheme: Prime Minister Modi announces record-breaking transfer of funds to farmers

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PM-KISAN scheme
PM-KISAN scheme

Pradhan Mantri Kisan Samman Nidhi (PM-KISAN) is a scheme launched by the Indian government in February 2019 to provide financial assistance to small and marginal farmers across the country. Under the scheme, farmers who meet the eligibility criteria receive a total of Rs. 6,000 annually, which is disbursed in three equal installments of Rs. 2,000 each, directly credited to their bank accounts. The scheme aims to support farmers’ income and help them meet their agricultural expenses.

Overview :

On February 27, 2023, Prime Minister Narendra Modi transferred the 13th installment of about Rs 16,800 crore under the Pradhan Mantri Kisan Samman Nidhi (PM-KISAN) scheme through Direct Benefit Transfer (DBT) to the bank accounts of over 80 million eligible farmers across India. This occasion marked the deposit of more than Rs. 2.5 lakh crores to small farmers, of which over Rs. 50,000 crores were deposited in the accounts of sisters and mothers. The budget for Agriculture increased from Rs. 25,000 crores in 2014 to over Rs. 1.25 lakh crore this year. The government has also launched the PM Pranam Yojana to provide additional help from the center to states that reduce the use of chemical fertilizers.

Union Agriculture Minister Shri Narendra Singh Tomar also spoke on the occasion and lauded the efforts of the Prime Minister in improving the lives of farmers, saying that no other country in the world has such a large programme to benefit farmers. He mentioned that the PM-KISAN scheme has helped in reducing the financial burden on farmers and has contributed to their overall welfare. He also stated that the government is committed to the development of the agriculture sector and will continue to take steps to support farmers in the future.

The prime minister and Union Agriculture Minister Narendra Singh Tomar highlighted the following key points:

  • The PM Kisan Samman Nidhi scheme is innovative in the world, with a large number of direct deposits in the bank accounts of farmers.
  • Adequate investment has been made to fill gaps and make agriculture remunerative, with the Agri Infrastructure Fund worth Rs 1 lakh crore and a sum of Rs. 50,000 crores has been launched for the Agriculture and Allied sectors.
  • Investment has been made in promoting natural farming, millets, horticultural crops and developing technology in the agriculture sector.
  • The PM Pranam Yojana has been launched to support states that reduce the use of chemical fertilizers.
  • The budget for Agriculture has increased significantly, which is benefiting farmers across the country.

Conclusion :

The Prime Minister and the Union Agriculture Minister thanked the farmers for taking full advantage of the policies and noted that the income of farmers is increasing day by day. India’s agricultural sector has shown significant growth in recent years, with the country’s agricultural exports reaching a record high of Rs 4 lakh crore. The country is witnessing the results of the government’s efforts, with India becoming self-sufficient in food grains and ranking first or second in global agricultural production. Overall, the government is working towards making small farmers a priority and transforming agriculture in the country.

 

Note: The information contained herein is for informational purposes only. Nothing herein shall be construed to be financial or legal advice. Pesticides are a considerable risk of loss in crops and viewers are advised to do their own research before making any decisions.

Animal Husbandry Infrastructure Development Fund (AHIDF)

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Animal Husbandry Infrastructure Development Fund (AHIDF)
Animal Husbandry Infrastructure Development Fund (AHIDF)

Dairy and meat processing is a vital sector which contributes to India’s economy. To support this sector, the Central Government, in cooperation with Prime Minister’s Atma Nirbhar Bharat Abhiyan has launched the Animal Husbandry Infrastructure Development Fund scheme. AHIDF scheme aims to improve the scope of investments in infrastructure and animal feed plants in private sector.  

Scheme Overview

  • Scheme Name: Animal Husbandry Infrastructure Development Fund 
  • Scheme Implemented: 2020 
  • Scheme Fund Allocated: Rs. 15,000 Crore 
  • Type of Government Scheme: Central Sector Scheme 
  • Sponsored or Sector Scheme: Ministry of Fisheries, Animal Husbandry and Dairying 
  • Website to Apply: https://ahidf.udyamimitra.in/ 
  • Helpline No: NA 

Key Features of AHIDF

CATEGORY   REMARKS 
Implementing Agencies   Department of Animal Husbandry and Dairying 
Eligible Beneficiaries  Farmer Producer Organizations (FPOs), Micro Small Medium Enterprises (MSMEs), Section 8 Companies, Private Companies, Individual Entrepreneurs 
Incentivizing investments by eligible beneficiaries to establish 
  • Dairy Processing and value addition infrastructure 
  • Meat Processing and value addition infrastructure 
  • Animal Feed Plant 
Credit Facilities  Beneficiaries can avail Credit facilities upto 90% loan 
Interest Subvention  3% for all eligible entities 
Beneficiary Contribution as per MSME defined ceiling 

 

  • Micro & Small units: 10% 
  • Medium Enterprises: 15% 
  • Other Categories: 25% 
Repayment Period  2 years of moratorium period for principal amount and 6 years repayment period thereafter 
Credit Guarantee   Credit Guarantee Fund of Rs. 750 crores set up by government and managed by NABARD. 25% of the credit facility available to the burrower will be provided only for the projects which are viable and covered under MSME defined ceilings 

 

Latest News about the scheme

Recently, a conclave is organized by Department of Animal Husbandry & Dairying in collaboration with Small Industries Development Bank of India (SIDBI) and Industry Associations etc. This conclave aimed at ensuring the participants with best possible knowledge inputs related to the AHIDF Scheme and facilitation of various stakeholders. During the conclave, the launch of Credit Guarantee Online Portal, inauguration of five major plants set up with the support of AHIDF scheme, felicitation of Entrepreneurs/lenders & Networking between all stakeholders and upcoming entrepreneurs was done. A Revamped Online Portal for AHIDF was also launched in the conclave. 

Objectives of Animal Husbandry Infrastructure Development Fund

  • To aid in increasing of milk, meat processing capacity and product diversification thereby giving access for unorganized rural milk and meat producers to organized milk and meat market. 
  • To produce quality milk and meat products for the domestic consumer. 
  • To boost exports and increase the export contribution in the milk and meat sector. 
  • Develop entrepreneurship and generate employment. 
  • The schemes desire to supply quality concentrated animals feed to the cattle, buffalo, sheep, goat, pig and poultry to provide balanced ration at affordable prices. 

Documents Required

  • PAN Card / Aadhar Card 
  • Address Proof 
  • Income Proof  
  • Educational Certificates 
  • Landholding Proof 
  • Site plan of the project  
  • Bank Statements for last 6 months 
  • List of Machinery & Equipment 
  • Roadmap to ensure the Quality management of the product, product promotion and market development 
  • Layout plan of processing facility certified by a registered architect 

How to apply?

Step 1: Visit the official website of Animal Husbandry Infrastructure Development Fund i.e. https://ahidf.udyamimitra.in/ 

Step 2: On the Homepage, Click on ‘Apply for loan’ option 

Step 3: Login to the applicant’s portal by entering the mobile number and OTP will be sent to the respective number 

Step 4: Enter the OTP received and Click on Go option 

Step 5: Fill in the application with required details such as Name, Constitution, Proposed Infrastructure, Eligibility, Applicants details, Project details, etc. Click on ‘Submit’ to proceed. 

Step 6: Upload the mentioned documents and Click on Submit Application option to complete the steps. 

Ideally, the ministry will conduct an initial screening of the application based on AHIDF scheme guidelines. A lender will pick the loan application form from the portal and approve it after examining the submitted documents. Based on lenders’ sanction letters, the ministry will approve interest subvention and mark the same on the official portal. The loan is dispersed when the applicant meets all the requirements stipulated by the lender. Apart from this AHIDF eligibility criteria, potential applicants have to submit certain documents to validate their identity. 

Conclusion

Thus, investment incentivization in AHIDF would not only leverage 7 times private investment but also motivates farmers to invest more on inputs thereby driving higher productivity leading to increase in farmers income.

Note: The information contained herein is for informational purposes only. Nothing herein shall be construed to be financial or legal advice. Pesticides are a considerable risk of loss in crops and viewers are advised to do their own research before making any decisions.

Healthy Flowers, Healthy Profits: Managing Pests And Diseases In Mango Flowers

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Healthy Flowers, Healthy Profits,
Healthy Flowers, Healthy Profits

Mango is one of the most important commercial fruit crops of India and is widely known as the ‘King of Fruits. Mangoes are mainly grown in tropical and subtropical areas in India. It grows best at a temperature of about 27°C. Uttar Pradesh is the leading producer of Mango with a 23.58 % share in total production and high productivity. India is a leading exporter of fresh mangoes to the world. Around 27,872.78 MT of fresh mangoes are exported to the world for the worth of Rs. 327.45 crores or 44.05 USD Millions in the year 2021-22. Major Exporting Countries are the United Arab Emirates, the UK, Qatar, Kuwait, and Oman.  

Botanical Name of Mango: Mangifera indica  

Mango Flowers:

Mango flowers are hermaphrodite, monoecious, and are borne from inflorescence. Among all the flowers, only a few develop into fruits. Although mango flowers are hermaphrodites, cross-pollination contributes to the maximum fruit set. They are mostly pollinated by birds and insects such as bees, beetles, ants, wasps, and flies. Mango flowers bloom from December and can extend up to March. However, fruit development starts from January to May depending upon the time of flower initiation.  

Flower Initiavtion:

  • Favorable conditionsFlowering is mainly influenced by climatic conditions, especially temperature, rainfall, and high humidity. Rainfall during the pre-flowering and flowering stages can lead to delayed flowering and cloudy weather during the flowering stage leads to heavy flower drop. 
  • Pruning – Pruning affects flowering and yield. Pruning during the middle of December (Pre-flowering stage) will result in floral flush.  
  • Plant Growth regulators – Ethephon, Paclobutrazol, Alpha Naphthyl acetic acid are used to either induce flowering or enhance fruit set.  

Major Pests affecting Mango Flowers:

  1. Mango Hopper:

Scientific name: Idioscopus niveoparsus, I.nitidulus, Amritodus atkinsoni 

Damage causing insect stage: Nymphs and Adults 

Mango Hopper Symptoms:  

  • Withering and shedding of florets  
  • Affected flower stalks become sticky due to honeydew secretion which causes sooty mould development  

Favorable conditions for Mango hopper infestation in Mango flowers:   

Shade and high humidity due to close planting favor its multiplication.  

Mango Hopper Management:  

Application – First spray during panicle emergence stage, second spray after 15 days of first spray, and later depending on pest intensity 

 

Product name  Technical content   Dosage (per acre or per lit water) 
Biological Management 
Eco neem plus    Azadiractin 10000 PPM  325-450 ml 
Anand Dr. Bacto’s Meta (Bio insecticide)  Metarhizium anisopliae    Foliar spray: 2 ml/lit  

Soil application: 2 lit 

 

Chemical Management 
Actara Insecticide  Thiamethoxam 25 % WG  0.5 gm/lit  
Alika Insecticide  Thiamethoxam 12.6% + Lambda-cyhalothrin 9.5% ZC  0.3 ml/lit  
Keefun insecticide  Tolfenpyrad 15% EC  2 ml/lit    
Tatamida SL Insecticide  Imidacloprid 17.8% SL  1-2 ml/lit 
Plant growth boosters  
Vanproz Immune Mango Special  Micronutrients with amino acid, growth-supporting co-factors, and biostimulant  Foliar – 2-3 ml/lit 

Soil Drenching- 5 ml/lit 

 

Multiplex Chamak Micronutrient  Micronutrients (Calcium & Boron) 

 

Foliar – 3.0 gm/lit  
  1. Flower gall midge / Inflorescence midge

Scientific name: Procystiphora mangiferae, Erosomyia indica, Dasineura amaramanjarae 

Damage causing insect stage: Maggots 

Flower gall midge / Inflorescence midge Symptoms: 

  • Maggots penetrate into the flower bud by making holes and feeding on the inner content 
  • The affected inflorescence is stunted and malformed  
  • Affected flower buds fail to open and fall down 

Favorable conditions for Inflorescence midge infestation in Mango flower: 

Strong winds, infected plant materials, early blooming, and maggots hibernating in the soil favor pest multiplication. 

Management of Inflorescence midge / Flower gall midge: 

Application – Three to five sprays at 15-30 days intervals depending on pest intensity 

 

Product name  Technical content   Dosage (per acre or per lit water) 
Biological Management 
Neem 1500 PPM Biopesticide  Azadiractin 1500 PPM (0.15%) EC  2-2.5 ml/liter 
T.Stanes Nimbecidine    Azardiractin 300 PPM (EC formulation)  10 ml/liter 
Chemical Management 
Anant Insecticide  Thiamethoxam 25 % WG  0.3 – 0.5 gm/lit 
Tafgor Insecticide  Dimethoate 30% EC   1.5 – 2.5 ml/lit 
Reeva 5 Insecticide  Lambda Cyhalothrin 5 % EC  2 ml/liter 
Police insecticide  Fipronil 40% + Imidacloprid 40% WG  0.2 -0.6gm/lit 
Plant growth boosters  
Ethrel    Ethephon 39 SL (39% w/w)  1- 2.5 ml/lit or 200-500 ml/acre   
Allbor-Boron 20%  20% Boron in water-soluble form.  Drip: 500 gm 

Foliar: 1 gm/lit 

  1. Mango Mealy Bug

Scientific name: Drosicha mangiferae 

Damage causing insect stage: Nymph and Adult 

Mango Mealy Bug Symptoms: 

  • Pinkish nymph and adult mealy bug present on mango inflorescence 
  • Nymphs suck the juice from flower pedicels and cause drying of inflorescence 

Favorable conditions for Mealy bug infestation in Mango flower: 

Alternate weed host like Clerodendrum inflortunatum, warm humid climate, and rainfall favors pest attack.  

Mango Mealy Bug Management: 

Application – Spray during pre-bloom stage at15-30 days interval depending on pest intensity 

Product name  Technical content   Dosage (per acre or per liter water) 
Biological Management 
Greenpeace Neemol (10000PPM) Bio neem oil   Neem Oil extracts (Azardiractin) 

 

Foliar Spray: 1 – 2 ml/lit 
Sun Bio Vetri  Verticilium lecanii  5 ml/lit 
Anand Dr Bacto’s Brave (Bio Insecticide)  Beauveria bassiana  Foliar spray – 2.5 ml/lit 
Chemical Management 
Alika Insecticide  Thiamethoxam 12.6% + Lambda-cyhalothrin 9.5% ZC  0.5 ml/lit 
Predator Insecticide  Chlorpyriphos 50 % EC  2 ml/lit 
Tafgor insecticide  Dimethoate 30% EC  1.5 – 2.5 ml/l 
Sivanto Bayer Insecticide  Flupyradifurone  2 ml/lit 
Plant growth boosters  
Multiplex Chamak Micronutrient  Calcium and Boron  0.3 gm/lit 
Ecohume – Bioactive humic substances 6%  Humic acid 6% and Fulvic acid  Foliar spray: 405 – 485 ml 

 

 

    1. Mango Flower Webber

Scientific name: Eublemma versicolor 

Damage causing insect stage: Larva 

Mango Flower Webber Symptoms: 

  • Affected flowers are webbed together by the larva  
  • Larva penetrates into the inflorescence stalk by making holes 

Favourable conditions for Flower webber infestation in Mango flower:  

Shade due to close planting, high temperature and humidity favours flower webber infestation. 

Mango Flower Webber Management: 

Application – Three to five sprays at 15-30 days interval depending on pest intensity 

Product name  Technical content   Dosage (per acre or per lit water) 
Biological Management 
Anshul Bio Finish (Bio Pesticide)  Plant Extracts  Foliar Spray: 3 – 5 ml/lit 
Chemical Management 
Katyayani Chakrawarti  Thiamethoxam 12.6% + Lambda cyhalothrin 9.5 % ZC  0.4 ml/litre 
Ekalux Insecticide  Quinalphos 25 % EC  2 ml/litre 
Police insecticide  Fipronil 40% + Imidacloprid 40% WG  0.2 -0.6 gm/lit 
Karate insecticide  Lambdacyhalothrin 5% EC  1.5 – 1.65 ml/lit 
Plant growth boosters  
Cultar  Paclobutrazol 

 

For trees < 10 years age: 8 ml/tree dissolved in water  

For trees > 10 years age: 16 ml/tree dissolved in water  

(In both cases, apply to the root zone) 

 

 

Major Diseases affecting Mango Flowers:

  1. Mango Powdery mildew

Causal organism: Oidium mangiferae

Symptoms:  

  • White superficial powdery fungal growth is seen on flowers 
  • Leads to pre-mature dropping of affected flowers 

Favourable conditions for Powdery mildew incidence in Mango: 

Rainfall or mist along with cooler nights during flowering stage are favourable for disease spread. 

Management of Powdery mildew in Mango flower:  

Application – Spray fungicides at 14 – 20 days interval during flowering stage and later depending upon disease infection 

Product name  Technical content   Dosage (per acre or per lit water) 
Biological management 
Anand Dr. Bacto’s Fluro  Pseudomonas fluorescence  Foliar: 2.5 ml/lit 
Geolife Recover Nutri   Natural extracts & antioxidants  Foliar: 0.5 – 1 gm/lit 

 

Chemical Management 
Karathane Gold  Meptyldinocap 35.7% EC  0.7 ml/lit 
Contaf Plus  Hexaconazole 5 % SC  2 ml/ lit 
Saaf fungicide  Mancozeb 63% + Carbendazim 12% WP  1.5 g/ lit 
Merivon fungicide  Fluxapyroxad 250 G/L + Pyraclostrobin 250 G/L SC  0.4 ml/lit 
Plant growth boosters 
Multiplex Sulphur Liquid fertilizer  Sulphur 20%   2.5 ml/l 
Amibion Flower Booster  Amino Acids & Peptides Mixture  1 – 2 ml/lit 

(Note:Multiplex Sulphur Liquid fertilizer are not compatible with all pesticides and fungicides) 

  1. Mango malformation

Causal organism: Fusarium moliliforme var. subglutinans 

Symptoms:  

  • Affected floral buds are transformed into vegetative buds with large number of small leaves 
  • It gives an appearance of ‘witches broom’ 
  • Affected flower buds do not open and remain dull green 

Favourable conditions for mango malformation incidence in Mango flower: 

Presence of infected plant material, mango bud mite infestation, moist weather conditions favours development of this disease.  

Management of mango malformation in mango flower: 

Application – Depending upon disease seriousness and mite infestation, spray with 15 – 18 days interval from pre-blossom stage 

Product name  Technical content   Dosage (per acre) 
Biological management 
Sun Bio Bacil Fungicide    Bacillus subtilis  Foliar: 5 ml/lit 
Multiplex Nisarga  Trichoderma viride  Foliar: 1ml/lit or 3 g/lit 
Chemical Management 
Avtar Fungicide  Zineb 68% + Hexaconazole 4%  2-2.5 gm/liter 
Indofil M-45 fungicide  Mancozeb 75% WP  600-800gm/acre 
Benmain Fungicide  Carbendazim 50% DF  2 gm/lit 
Oberon Insecticide (To control mites)  Spiromesifen 240 SC (22.9 % w/w)  0.3 ml/liter 
Plant growth boosters 
Katyayani Alpha Naphthyl Acetic Acid  Katyayani NAA – Alpha Naphthyl Acetic Acid 4.5% SL  0.3 ml/lit 
Greenpeace Gulf Micronutrient  Sulfur 80% 

 

1 – 1.5 ml/lit 
Planofix Plant Growth regulator  Alpha Naphthyl Acetic Acid 4.5 SL (4.5% w/w) 
  • 0.4ml/liter water (10 ppm) 
  • 0.8ml/liter water (100 ppm) 

 

 

  1. Anthracnose

Causal organism: Collectotrichum gloeosporioides  

Symptoms: 

  • Causes ‘blossom blight’ in mango 
  • Black minute spots appear on the floral parts 
  • Infected floral parts shed off leading to partial or complete de-blossoming 

Favourable conditions for Anthracnose incidence in mango flower: 

High humidity (95-97%), temperature of 25°C and frequent rainfall favours development of anthracnose disease.  

Management of Anthracnose in mango flower: 

Application – Spray at 15 days interval during flowering to control blossom infection. 

Product name  Technical content   Dosage (per acre or per lit water) 
Biological management 
Amruth Almonas Liquid (Bio fungicide)  Pseudomonas fluorescence  2 – 5 ml/lit 

 

Sun Bio Monus    Pseudomonas fluorescence  Foliar: 5 ml/lit 
Chemical management 
Cuprina Fungicide  Copper Oxychloride 50% WG  1 gm/lit water 
Turf fungicide  Carbendazim 12 % + Mancozeb 63 % WP  1.5-2.5 gm/lit water 
Companion fungicide  Mancozeb 63% + Carbendazim 12% WP 

 

1.5 gm/lit 
Sixer fungicide  Mancozeb 63% WP  2 gm/lit 
Plant growth boosters 
Anshul Phalmax  Bio-organics and traces of micronutrients  2ml/lit 
Multiplex Kranti Micronutrient fertilizer  Major, Secondary and Micronutrients  2 to 2.5 ml/lit  
Wetting agent 
Anshul Stickmax  

(Used along with Multiplex Kranti micronutrient fertilizer) 

Contains Spreading, wetting and sticking agent  1 ml/lit 

(NOTE: Though Plant growth enhancers are compatible with most pesticides and fungicides, it is suggested for individual application to have good result) 

Important: 

  • Pest and disease should be controlled in Mango during Flower Emergence to Full Bloom stage by using pesticides and fungicides 
  • If not controlled at this stage, it will wipe off all the flowers and fruits in the tree 
  • Foliar fertilizer and growth enhancer/growth boosters can also be used in every 7 – 10 days  
  • Pesticides and fungicides should not be sprayed during Full Bloom stage since pollination by insects will get affected at this time. 

Enhance your mango farming success with our strategies. Read more in [Blooming Success: Strategies for Managing Mango Flowers to Boost Yields]

Note: The information contained herein is for informational purposes only. Nothing herein shall be construed to be financial or legal advice. Pesticides are a considerable risk of loss in crops and viewers are advised to do their own research before making any decisions.

6 Paddy Pests You Need To Know About And How To Get Rid Of Them

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6 Paddy Pests You Need to Know About and How to Get Rid of Them
6 Paddy Pests You Need to Know About and How to Get Rid of Them

Rice serves as a staple food for more than half of the world’s population. Paddy pests infestation results in yield loss, and reduced quality and quantity of the produce. An estimated average of about 22% of yield loss in paddy is due to insect pest infestation. The insect pests feed on paddy crops in different stages of growth and complete their lifecycle. Pests of major economic significance include Brown Plant Hopper, Leaf folder, Leaf hopper, Stem borer, Thrips and Gundi bug which causes a severe threat to rice production.  

Scientific name of rice: Oryza sativa

1.Rice Stem Borer:

Rice stem borer is one of the most important pests of paddy as it can cause about 20% yield loss in early-planted rice and 80% in late-planted rice.  It causes more destruction to rainfed wetland rice. Among the 6 species of stem borer affecting paddy, yellow stem borer causes more damage to the rice crop.  

Scientific Name: Scirpophaga incertulas 

Pest Attacking stages: Nursery, Vegetative & Reproductive stage 

Damage causing insect stage: Larva 

Symptoms:  

  • Feed on paddy tillers and causes ‘Dead heart’ or ‘Drying up’ symptom 
  • Development of whitehead or dead panicle during the reproductive stage 

Favourable conditions for Stem borer infestation in paddy: 

High nitrogen fertilization, late-planted crop and stubbles of the previous season favours the buildup of stem borer population.  

Economic Threshold Level (ETL): 10% dead heart (vegetative stage); 2% white ear (flowering stage) 

Solutions for Rice Stem Borer: 

Product Name  Technical content 
Virtako Insecticide  Chlorantraniliprole 0.5% + Thiomethoxam 1% GR 
Caldan Insecticide   Cartap Hydrochloride 50% SP 
Koranda Insecticide  Chlorpyrifos 50% and Cypermethrin 5% EC 
Alanto Insecticide  Thiacloprid 21.7% SC  

To know more about the stem borer management – Management of Stem Borer in rice

2. Brown Plant Hopper (BPH):

Scientific Name: Nilaparvata lugens 

Pest Attacking stages: Reproductive stage 

Damage causing insect stage: Nymph and Adult 

Vector for: Grassy stunt, ragged stunt, wilted stunt disease 

Symptoms:  

  • Affected rice plant dries up and shows scorched appearance called ‘hopper burn’ 
  • Sooty mould development at the base due to honeydew secretion 

Favourable conditions for BPH infestation in paddy: 

Areas having continuous submerged conditions, high shade, high humidity, high nitrogen fertilization, densely seeded crops favours BPH population.   

Economic Threshold Level (ETL): 1 hopper/tiller – In absence of predatory spider; 2 hoppers/tiller – In presence of spider at 1/hill 

Solutions for Brown Plant Hopper: 

Product Name  Technical content 
Token Insecticide  Dinotefuran 20% SG 
Pexalon Insecticide  Triflumezopyrim 10% SC 
Katyayani BPH Super  Pymetrozine 50% WG 
Ulala Insecticide  Flonicamid 50 WG 

To know more about BPH management – Management of Brown Plant Hopper

3. Green Leaf Hopper (GLH):

Scientific Name: Nephotettix virescens 

Pest Attacking stages: Nursery, Vegetative & Reproductive stage 

Damage causing insect stage: Nymph and Adult 

Vector for: Rice tungro virus (RTV), rice yellow and transitory yellowing 

Symptoms:  

  • Affected plants’ leaves start yellowing from the tip downwards 
  • Causes ‘hopper burn’ symptom 

Favourable conditions for Green leaf Hopper infestation in paddy:  

They are prevalent in rainfed and irrigated wetlands. Volunteer plants, stubbles, and early growth stages of plants are favourable for green leaf hopper infestation. 

Economic Threshold level (ETL): 60 No/ 25 sweeping (nursery); 5 No/hill (vegetative); 10 No/hill (flowering); 2 No/hill  

Solutions for Green Leaf Hopper: 

Product Name  Technical content 
Chess Insecticide  Pymetrozine 50 % WDG 
Lara 909 Insecticide  Chloropyriphos50% + Cypermethrin 5% EC 
Anshul Laksh Insecticide  Lambda Cyhalothrin 5% EC 
Anant Insecticide  Thiamethoxam 25 % WG 

To know more about Green Leaf Hopper management – Management of Green Rice leaf hopper

4. Rice Leaf Folder

Scientific Name: Cnaphalocrocis medinalis 

Pest Attacking stages: Vegetative & Reproductive stage 

Damage causing insect stage: Larva 

Symptoms: 

  • Larva folds the leaves and remains inside 
  • Transparent longitudinal whitish streaks on leaves due to leaf scraped by larvae 

Favourable conditions for Leaf Folder infestation in paddy:  

High nitrogen fertilization, high humidity, shady area, presence of weeds in the paddy field favours leaf folder population among other paddy pests. 

Economic Threshold level (ETL): 10% damaged leaves (vegetative stage); 5% damaged leaves (flowering stage) 

Solutions for Rice Leaf folder: 

Product Name  Technical content 
Takumi  Flubendiamide 20% WG 
Talstar FMC Insecticide  Bifenthrin 10 % EC 
Rilon Insecticide  Emamectin benzonate 5%SG 
Hibiki Insecticide  Chlorpyriphos 50% EC 

To know more about rice leaf folder – Management of rice leaf folder

5. Rice Gundi Bug / Earhead bug

Scientific Name: Leptocorisa acuta 

Pest Attacking stages: Reproductive stage 

Damage causing insect stage: Nymph and Adult 

Symptoms:  

  • Grains affected by gundi bug become chaffy 
  • Affected grains have black spots at the site of the feeding puncture 

Favourable conditions for Rice Gundi bug infestation in paddy: 

Weed population, staggered planting, warm weather, and frequent rains favour the gundi bug population. They occur more commonly in rainfed and upland rice.  

Economic Threshold level (ETL): 5 bugs/100 panicles (flowering stage); 16 bugs/100 panicles (milky stage) 

Solutions for Rice Gundi bug / Rice Earhead bug: 

Product Name  Technical content 
Greenpace Neemol  Neem Oil Extracts (Azardiractin) – 10000 ppm 
Actara Insecticide  Thiamethoxam 25% WG 
Predator Insecticide  Chloropyriphos 50%EC 
Voliam Flexi insecticide  200 gm/kg Thiamethoxam + 200 g/kg Chlorantraniliprole 

To know more about rice gundi bug – Management of rice gundi bug

6. Rice Thrips

Scientific Name: Stenchaetothrips biformis 

Pest Attacking stages: Nursery  

Damage causing insect stage: Larvae and Adult 

Symptoms:  

  • Silvery streaks on damaged leaves  
  • Leaves curl from the margin towards the middle 

Favourable conditions for thrips infestation in paddy: 

It is a more serious pest during the dry season. Dry weather, weed population and no standing water in paddy field encourage thrips damage.  

Economic Threshold level (ETL): 60 Nos/12 wet hand sweeps (Nursery) 

Solutions for Rice thrips: 

Product Name  Technical content 
Katyayani Imd-178 Imidacloprid 17.8 % SL 
Lara-909 insecticide  Chloropyriphos50% + Cypermethrin 5% EC 
Osheen Insecticide  Dinotefuron 20% SG 
Pegasus Insecticide Diafenthiuron 50%WP 

 

(NOTE: Economic Threshold Level (ETL) – It is the population density at which the control measures need to be determined to prevent the increasing pest population) 

 Note: The information contained herein is for informational purposes only. Nothing herein shall be construed to be financial or legal advice. Pesticides are a considerable risk of loss in crops and viewers are advised to do their own research before making any decisions.
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