Home2021September (Page 8)

The institute will offer B.Sc. four-year programme, having 120 seats and hostel facility

The Chief Minister of Punjab Captain Amarinder Singh laid the foundation stone of PAU Agricultural College at Ballowal Saunkhri, Shaheed Bhagat Singh Nagar. Spread over an area of 300 acres, PAU Agricultural College will offer B.Sc. four-year programme, having 120 seats, to boy and girls students with a hostel facility. A budget allocation of Rs 49.36 crore has been made for the establishment of this College.

In his address, Captain Singh said that this was the first PAU Agricultural College at Ballowal Saunkhri which would enable research on crops requiring minimum water and students to learn agriculture in the Kandi area. “In the entire country, there was a shortage of water,” he said while disclosing that there were 27 ft less water in Bhakra Dam as compared to last year. Rain deficit and inadequate snowfall were other reasons for the water crisis, he observed, while wishing for good rain for the rising water levels in Bhakra and other dams. The subsidy for the management of stray animals in the Kandi region has been enhanced to 90 per cent, he said. Earlier, the Punjab CM distributed cheques to the farm labourers.

Vijay Inder Singla, Cabinet Minister (Public Works and Education Departments), Punjab, lauded the state government for establishing the PAU Agricultural College and said the government has and would continue to serve the Punjabis dedicatedly in future also.

Manish Tiwari, Member of Parliament, Anandpur Sahib, suggested the state government develop horticultural estate, establish Wood Park and enhance subsidy for small farmers for the management of stray animals in the Kandi area.

Anirudh Tewari, Additional Chief Secretary (Development), Punjab and Vice-Chancellor, PAU, said the PAU’s Regional Research Station at Ballowal Saunkhri was established in 1982 and has been instrumental in the varietal development of maize, wheat, oilseeds, pulses, fodder crops and fruits, such as amla, lemon, guava, peach, galgal, etc. for Kandi region, he informed. Special emphasis is being laid on apple cultivation research, in-situ and ex-situ water harvesting, promotion of medicinal plants cultivation and integrated farming model among farmers, he added. 60 students have already been admitted to the first batch of B.Sc. 4-year programme at PAU Agricultural College and next year the number of students will be increased to 120, he informed. The classes are all set to commence from October 1, 2021, he added.

Dr RS Sidhu, Registrar, PAU, proposed a vote of thanks. On the occasion, PAU VC Mr Tewari honoured the dignitaries with mementoes. Dr TS Riar, Additional Director Communication, PAU, conducted the programme.

The institute will offer B.Sc. four-year programme,

A bilateral meet was held on International Solar Alliance, Agriculture Innovation Mission for Climate (AIM4C)

India and the United States of America (USA) launched the ’Climate Action and Finance Mobilization Dialogue (CAFMD).’ The dialogue was formally launched by Union Minister of Environment, Forest and Climate Bhupender Yadav and John Kerry, US Special Presidential Envoy for Climate (SPEC), at an event held in New Delhi.

 

Speaking at the launch, Yadav said that the dialogue will not only strengthen India-US bilateral cooperation on climate and environment but will also help to demonstrate how the world can align swift climate action with inclusive and resilient economic development, taking into account national circumstances and sustainable development priorities.

 

“India and the US are natural partners with shared values and our agenda encompasses all major pillars of our strategic priorities – including defence, security, energy, technology, education and healthcare,” said the Environment Minister emphasising the deep ties shared by the two mature and vibrant democracies.

 

Speaking at the launch of Climate Action and Finance Mobilization Dialogue (CAFMD), Kerry applauded Prime Minister Narendra Modi for setting an ambitious target of achieving 450GW renewable energy by 2030 and congratulated India for already achieving 100 GW.

 

The US Climate envoy lauded India’s leadership role in demonstrating how economic development and clean energy can go hand in hand and stated that urgent Global Climate Action is the need of the hour. He stressed that India and the US are working towards speedier deployment of clean energy.

 

The launch was preceded by a bilateral meet where both sides discussed at length a wide range of climate issues relating to COP26, Climate Ambition, Climate Finance, Global Climate Initiatives including International Solar Alliance (ISA), Agriculture Innovation Mission for Climate (AIM4C).

 

 

A bilateral meet was held on International

The institute formulated, tested and validated the Area Specific Mineral Mixture (ASMM) in a large number of dairy animals of four different regions

The micro/macro minerals’ deficiency and imbalance are some of the important factors responsible for the low reproductive efficiency and health in dairy animals. Required in small quantities as compared to macronutrients, the micronutrients can be more easily supplemented without affecting the existing feeding practice by the farmers.

 

After conducted comprehensive studies on the mineral status of soil, water feeds and fodder and blood of crossbred dairy animals maintained under the field conditions in all the agro-climatic zones of Karnataka, the ICAR-National Institute of Animal Nutrition and Physiology (ICAR-NIANP), Bengaluru, Karnataka prioritised the most limiting minerals. Based on the information, the institute formulated, tested and validated the Area Specific Mineral Mixture (ASMM) in a large number of dairy animals of four different regions.

 

As a testimony to this successful technology, after 10 Years of licensing, again Nandi Agrovet, Bengaluru has renewed its agreement. Dr Raghavendra Bhatta, Director, ICAR-NIANP, Bengaluru and Sundar from Nandi Agrovet, Bengaluru signed the agreement on behalf of their respective organisations.

 

Dr Sudha Mysore, CEO, AgrInnovate was also present during the occasion.

 

The technology was first commercialised with Karnataka Milk Federation (December 2006), followed by Nandi Agrovet, Bengaluru (April 2011), Vijayaratna Industries, Challakere (October 2019) and Vet Needs Labs, Bengaluru (April 2021). It is widely adopted in all the districts of Karnataka through the State Milk Federation and Animal Husbandry Department. Considering its adoption pattern and benefits accrued, the economic impact of the technology is estimated to be about Rs 400 crores per year.

The institute formulated, tested and validated the

Emphasises the need to promote agriculture exports

Union Minister of State for Agriculture and Farmers Welfare Shobha Karandlaje emphasised the need to promote agriculture exports which could facilitate doubling of farmers income within a reasonable timeframe. She stated that the Central Government would work closely with the state government to propel India as a major exporter of agriculture products.

 

Speaking at a meeting with senior agriculture officials of the Central and state governments at BRKR Bhavan in Hyderabad, the minister emphasised the need to have a dedicated cell to monitor agriculture exports which would coordinate with the Centre, state government, Agricultural and Processed Food Products Export Development Authority (APEDA) and the farmers to ensure that the farmers get value addition to their produce. Complementing the state government for taking up an ambitious programme of growing oil palm in 20 lakh acres in the state, she said that it would help save the country lots of foreign exchange. Karandlaje informed that efforts are on by the Central Government to set up industries that can process oil seeds which would make oil-seed cultivation profitable. 

 

Telangana State Minister for Agriculture, Cooperation and Marketing S Niranjan Reddy briefed the Union Minister about the various initiatives of the State Government which had resulted in a 38 per cent increase in crop area and 68 per cent increase in crop production during the last seven years. Chief Secretary of Telangana Somesh Kumar further briefed the about the innovative schemes being implemented in the state such as Rythu Bandhu, Rythu Bhima and Rythu Vedikas. 

 

Participating in the briefing, Secretary of State Agriculture Department Shri Raghunandan Rao said that irrigation, power, investment support and social security for farmers are the major drivers of the growth of agriculture potential in the state. The Vice-Chancellors of State Agriculture and Horticulture Universities and senior officers from ICAR, MANAGE, IIMR and State Cooperative Bank participated in the meeting. 

 

Karandlaje visited the Centre of Excellence (Vegetables and Flowers) at Jeedimetla, Hyderabad. She inaugurated urban farming on the terrace facility and underlined the importance of urban farming in today’s world and adopting new technologies. The minister distributed appreciation certificates to the urban farmers of Hyderabad who had undergone training at the Telangana Horticulture Training Institute Hyderabad. 

Emphasises the need to promote agriculture exportsUnion

The report highlights the monsoon performance, reservoir status, flood analysis, soil moisture assessment

Rural insurtech startup ‘Gramcover’ and weather and agri analytics firm ‘Skymet’ has released The Kharif Crop Outlook report for 2021-22. The report highlights the monsoon performance, reservoir status, flood analysis, soil moisture assessment, normalised difference vegetation index, vegetation condition index, kharif sowing progress and crop-wise analysis (cotton, soybean and pulses).

As per the report, sowing of Pulses is delayed in almost every state, but the impact of delayed sowing has no impact on productivity as pulse’s sowing continues till the end of August. As per the actual rainfall recorded till August and the forecast for September, productivity is likely to be good in all states. As per the current situation, the national average yield of pulses is expected to be around 702 kilograms per hectare, which is 14 kilograms per hectare higher than last year yield of 688 kilograms per hectare. Thus, pulses production is estimated to be around 10.24 million tons (14.60 million hectares) that will be around 10 per cent higher from last year’s Kharif production estimates of 9.31 million tonne (13.51 million hectares).

Dhyanesh Bhatt, CEO, Gramcover said, “Overall, the country is in a moderate cropping condition which will improve as cropping is escalating towards vegetative condition from the sowing phase. The vegetative condition will improve with persistent precipitation and crop stage leading towards the good vegetative condition. GramCover has worked with 4 lakh farmers in Kharif 2020 which spiked to 14 lakh plus in 2021 kharif season.”

He further added, “Prices of Soybean have more than doubled in the last marketing year. It is evident that farmers are desperate to sow soybeans on their farms. Water availability and pest attacks in the previous seasons have influenced the cotton sowing in the country. If the current trend continues, GramCover expects 5 per cent lower acreages this year.”
 
Yogesh Patil, CEO, Skymet said, “This year, the agriculture ministry has taken steps to promote the planting of pulses and oilseeds crops more than ever. Pulses sowing stood about 1.85 per cent higher as compared to the sowing during the same period of the previous year. Cotton sowing too remained lower this year as of September 2 this year with a total area of 118.13 lakh hectares, about 6.58 per cent lower as compared to the area of 126.45 lakh hectares sown previous year during the same period.”

On the monsoon performance, the report highlights that the rainfall performance during the period from June 1 till September 9 was subdued over the northeast and the western parts of India. The states namely West Rajasthan, Gujarat, Jammu & Kashmir, Kerala, Odisha, Punjab, Nagaland, Manipur, Mizoram and Tripura are rainfall deficient. Whereas Andhra Pradesh, Telangana, and Tamil Nadu have recorded excess rainfall. The rest of the states have received normal rainfall.

The report highlights the monsoon performance, reservoir

The agri-cess for crude palm oil has been increased from 17.5 to 20 per cent

Government of India, vide Notification No. 42/2021- Customs, dated September 10, 2021, has further reduced the standard rate of duty on crude palm oil, crude soyabean oil and (i) crude sunflower oil to 2.5 per cent with an effect from 11.09.2021 and (ii) the standard rate of duty on refined palm oils, refined soybean oil and refined sunflower oil to 32.5 per cent with effect from 11.09.2021. 

 

In the same notification, the agri-cess for crude palm oil has been increased from 17.5 per cent to 20 per cent.

 

It may be noted that the international prices and thereby domestic prices of edible oils have been ruling high during 2021-22 which is a cause of serious concern from inflation as well as consumer’s point of view. Import duty on edible oils is one of the important factors that impacted landed cost of edible oils and thereby domestic prices.

 

To mitigate the rise in these prices, the Government of India had taken series of steps between February 2021 and August 2021. 

 

Some of them included-

1) Rationalisation of import duty 

• The Government, Vide Notification No. 34/2021- Customs, dated June 29, 2021, has reduced the standard rate of duty on Crude Palm Oil to 10 per cent from 30.06.2021 and will have an effect up to September 30, 2021. 

 

2) The Government, vide DGFT’s Notification No. 10/2015-2020 dated June 30, 2021, has amended the import policy of refined palm oils from ’restricted’ to ’free’ with immediate effect and for a period of up to 31.12.2021. Further, refined palm oils are not permitted through any port in Kerala.

 

3) The Government, Vide Notification No. 40/2021- Customs, August 19, 2021, has reduced the standard rate of duty on crude soybean oil and crude sunflower oil to 7.5 per cent and refined soybean oil and sunflower oil to 37.5 per cent with effect from 20.08.2021. It has been done through the amendments in the notification of the Government of India, in the Ministry of Finance (Department of Revenue) No. 34/2021-Customs, dated June 29, 2021.

 

4) Facilitation at the various port by Customs, FSSAI, PP&Q, DFPD and DoCA

 

5) To speed up clearances of consignments of imported edible oils delayed due to COVID-19, a Committee is in place comprising of Food Safety & Standards Authority of India (FSSAI), Plant Quarantine of the D/o Agriculture, Cooperation & Farmers Welfare, D/o Food and Public Distribution, D/o Consumer Affairs and Customs which reviews the consignments of imported edible oils on weekly basis and also apprises the Inter-Ministerial Committee on Agricultural Commodities chaired by Secretary (Food).

 

The Standard Operating Procedure for faster clearance of consignments of imports of edible oils has been prepared. The average dwell time for clearances of consignments has come down to 3.4 days in the case of edible oils.

 

The duty cuts already made amount to an estimated Rs 3500 crore in a full year. With the current/latest reduced import duty worth Rs 1100 crore in a full year, the total direct value of benefits expected to be passed on to the consumers, in terms of duties given up by the government, is Rs 4600 crore.

 

The agri-cess for crude palm oil has

Through the agreement, Corteva Agriscience receives an exclusive, global testing license and associated optional commercial rights for a novel bio fungicide technology

Corteva and Gaïago, a biotechnology company, announced a multi-year agreement to validate, develop and commercialise bio fungicides for farmers worldwide.

 

Through the agreement, Corteva Agriscience receives an exclusive, global testing license and associated optional commercial rights for a novel bio fungicide technology that can help protect grapevines, potatoes, vegetables, and stone and pome fruits against pathogens such as downy mildew, late blight, powdery mildew and botrytis.

 

“This agreement furthers our commitment to offering farmers biologicals for crop protection, including tested bio fungicide solutions that meet Corteva Agriscience’s high standards in Research & Development,” said Rajan Gajaria, Executive VP, Business Platforms, Corteva Agriscience. “Our agreement with Gaïago is another step in demonstrating our efforts in building our biological portfolio by collaborating with the leading experts in their fields.”

 

“Achieving sustainability in agricultural production as well as a resilient food system requires strong collaborations at all levels,” said Jean-Pierre Princen, President of Gaïago. “This agreement with Corteva will speed up the global introduction of one of our natural biocontrol technologies. This novel bio fungicide should be key, both to implement integrated pest management strategies and to meet consumers’ expectations, whilst helping to preserve high crop yields and increasing farmers’ income. This global collaboration with Corteva, together with the launch of our joint research programmes with scientific institutions in Europe, will boost Gaïago’s large-scale Agrosystems regeneration plans, hence restoring soil and plant functions.”

 

Corteva’s model for developing its best-in-class Biologicals portfolio combines external innovation, R&D collaboration, licensing, and distribution. This agreement demonstrates how Corteva is targeting collaborations that bring a broad range of external technologies, including well-established companies in the biologicals space to expand access to a complete set of sustainable solutions in line with the Corteva Agriscience 2030 Sustainability Goals.

Through the agreement, Corteva Agriscience receives an

EKW is the world’s largest natural treatment plant for solid and soluble waste, where bioremediation and biodegradation of complex compounds are mainly based on microbial community activity

Currently, microbes are buzz word. Microorganism has become an essential part of human life as well as all life on earth. Cracking the secrets of some of Earth’s countless microbial communities will reveal ways to meet innumerable challenges and scopes in biopharmaceutical, biomedicine, healthcare nutraceuticals, agriculture, and environmental stewardship. The range of microbial diversity in nature is still largely unidentified, suggesting that there might be many more useful products yet to be identified from microorganisms. This understanding provides the scientific foundation for a renewed interest in continuing research on microorganisms for novel commercially important products. This is mainly the inspiration to the scientist or scientific work community to access the metabolic potential of microorganisms via cultivation strategy. 

 

A Ramsar Site East Kolkata Wetland- a natural aquaculture system

East Kolkata Wetland (EKW) is the world’s largest natural treatment plant for solid and soluble waste, where bioremediation and biodegradation of complex compounds are mainly based on microbial community activity and is recognised as a potential source of the beneficial microorganism of biotechnological impact. Samples collected from EKW shows the presence of various new strains of microbes which are not only ecologically important but also have commercial significance. 

 

Bioremediation of heavy metals and toxic compounds, degradation and recycling of woody tissues of plants, and nitrogen fixation along with the other different microorganisms playing important roles in metal accumulation, antimicrobial compound production, capable of commercial enzyme production etc. Fungi are also used for a major portion of natural resources likely to provide innovative applications which useful to human society. Fungi are one of the major sources of antimicrobial agents and produce a wide range of other important medicinal compounds, industrially important biomolecules, novel enzymes, insecticides.

 

The wetlands also act as a carbon sink and provide lots of valuable resources. It has also been considering as a potential climate change mitigation strategy with carbon sequestered this way is known as blue carbon. Wetland soil, particularly in coastal wetlands such as mangroves, seagrasses, and salt marshes, is an important carbon reservoir; 20-30 per cent of the world’s soil carbon is found in wetlands while only 5-8 per cent of the world’s land is composed of wetlands. Many studies have shown that restored wetlands can become productive CO2 sinks and many restoration projects have been enacted in and around the world. 

 

Apart from climate benefits wetland restoration and conservation can help to preserve biodiversity, improve water quality, and aid with quality livelihood. Microbial CO2 sequestration is a promising strategy to reduce global warming and optimise the production of chemical substances. In addition, there is a lot of potentiality to pharma biotechnological research to promote microbial CO2 sequestration and guides the broader use of microorganisms as attractive carbon sinks.

 

In recent times the use of microorganisms as biotechnological agents of profit has not only continued but has exponentially increased. Indeed, the biotechnology sector as it is familiar today is already a multi-billion-dollar sector worldwide. The ethanol that microbes produce is widely used as a solvent and extractant and antifreeze source. Many bacteria thrive by reducing Fe (III), ferric iron, to Fe (II), ferrous iron, and Mn (VI) to Mn (II). Thus, these kinds of microbes can be used to leach Fe(III) and Mn(VI) metals from some soils and sediments to form a range of materials. This process, which is called bioleaching as well as creates the potential to control water flow in aquifers and also produce biomaterials of commercial value. 

 

The soil samples of EKW have a good amount of chromium and nickel concentration indicating the microorganisms have some heavy metal tolerance capacity. The ability of microbial strains to grow in the presence of heavy metals would be helpful in the contaminated soil treatment where microorganisms are directly involved in the decomposition of organic matter in biological processes for soil treatment. Some microorganisms are also able to produce fluorescent siderophores that may influence the colour change of isolates and act as a microbial sensor. 

 

This East Kolkata wetland produces daily around 29.9 tonnes of fish, and 150 tonnes of different types of vegetables. It has been found from the record that during post-monsoon 24 types of crops are produced. So there is a huge demand for associated product sectors like biopesticide, bio fertilisers too. The use of bioinsecticides is believed to be one of the major factors behind the increase in agricultural productivity in the 21st century. Microorganisms are used to enhance the nutritional content of plants and other secondary metabolite sources. Pesticides formulated using microorganisms and their products are highly effective, species-specific, and eco-friendly, leading to acceptance of their use in pest management strategies worldwide. Bioinsecticides produced from microorganisms are especially valuable because their toxicity to non-target animals and humans is extremely low. Microbial origin now exceeds $13 billion annually. 

 

Researchers are also focusing to continue their research effort to produce microbial by-products as an insecticide for better growth-promoting and immune-modulating roles. Microbial pesticides can control many different kinds of pests, although each separate active ingredient is relatively specific for its target pests. Having a good significance value, there is enough scope for further development in their marketing and profitability for the manufacturing industry.  

 

Microorganisms have also been harnessed as factories to produce compounds that are used in areas as drivers as textile manufacture, agriculture, and nutrition. Other bacterial enzymes and constituents of the organisms are utilised to produce materials such as biopolymers. This East Kolkata Wetland is a hub of different medicinal important plant sources. Plant growth promotion and its effect on secondary metabolite production are also showing new hope of product development. DNA fingerprinting, which relies upon enzymes that are produced and operate in bacteria, has enabled the tracing of the fate of genes in plant and animal populations and enhanced the gathering of evidence at crime scenes.

 

With time, the realisation and potential benefits of microorganisms and the implementation of strict standards of microbe use are lessening the concern over the use of engineered microorganisms for economic and social benefit. Breakthrough, followed by the latest development in microbiological work exposed a new adventure of working with the communities of microbes and interrelated networks.

 

Dr Swati Chakraborty, HOD, Dept of Life Sciences

Guru Nanak Institute of Pharmaceutical Science & Technology, Kolkata

EKW is the world’s largest natural treatment

The training programme was sponsored by Chief Agriculture Officer, Tarn Taran under Agricultural Technology Management Agency (ATMA) scheme

The Punjab Horticultural Post-harvest Technology Centre (PHPTC), Punjab Agricultural University (PAU) campus, organised a training course on ’Processing of Pear Fruits.’ In total, 10 trainees from a progressive Farmer Producer Organization of Khadur Sahib, district Tarn Taran attended the training course, which was sponsored by Chief Agriculture Officer, Tarn Taran under Agricultural Technology Management Agency (ATMA) scheme.

 

Dr BVC Mahajan, Director of PHPTC, explained the post-harvest handling operations and packaging of pear fruits required for distant marketing. Expert Dr Swati Kapoor demonstrated technologies for the preparation of pear nectar, jam, candy and bar.

 

Dr Ritu Tandon and Dr Pooja, subject matter specialists, discussed the importance of quality and fresh-cut technology for pear fruits.

The training programme was sponsored by Chief

With tech integration, catalytic funding for agri-fintech start-ups and newer credit underwriting models can enable a competitive environment with higher risk mitigation. Prasanna Rao, CEO & Co-Founder, Arya Collateral, gives an insight

Agricultural credit solves one of these three needs: cash flows necessary for seasonal inputs; credit necessary for investments in assets and technology and refinancing high-cost debts. 

 

Banks provided agriculture credit worth $168 billion in FY18-19. But 50 per cent of this credit went only to medium and large farmers. Small and marginal farm holders struggle for access to the formal financial system. Providing sustainable financial services for the agricultural needs of rural India has historically been challenging.

 

Since most agri-businesses and banks are based in the tertiary markets, primary and secondary markets, directly affecting farm produce and the producer remain unbenefited and untapped. Moreover, low initial scale and high transaction costs have impeded the reach of formal finance to this segment.

 

Without financing, farmers cannot generate liquidity. 

 

Numbers show that only 30 per cent of all farmers borrow from formal sources, while 50 per cent of small and marginal farmers are unable to borrow from any source. This leaves over 100 Million farmers dependent on informal channels and exorbitant interest rates to meet their credit needs each cropping season. With the increased feminisation of Indian agriculture, the plight of women farmers is more acute. They face unique challenges with limited control, voice and ownership over assets and their inability to access credit. This leads to the exclusion and exploitation of a large, significant stakeholder base. 

 

The evolution of technology and its democratisation has allowed young talented entrepreneurs to deploy innovative business models to convert these challenges into opportunities. Various fintech models are being developed for the agri landscape to look at growth and scalability.

 

Lenders have traditionally cited challenges in three main areas concerning making credit accessible to small farmers. The inability to underwrite small loans due to lack of real-time information; absence of effective collateral and the high effort on monitoring and recovery.

 

Digitisation of the farms and value chains, access to alternate data and transactions and increased transparency inflows across agri supply chains, today provides an effective mechanism to assess, dispense and monitor credit from lenders. 

 

Fintechs have effectively used satellite imaging data to provide insights into specific areas including, farm boundary, soil type, crops grown, input use and crop output. These inputs coupled with the UIDAI data stack effectively address the underwriting concerns of lenders. Fintechs have collaborated with Farmer Producer Organizations (FPOs) to capture and record their transactions with member farmers and have been using this data for facilitating credit decisions. 

 

It is reported that 30-40 per cent of farm loans get diverted to healthcare needs, marriages, education costs and other non-agriculture usages. With the growth of a cashless agri-ecosystem – conversion of grains into electronic balances, credits cards for the purchase of agro tools and equipment and market linkages – and payment solutions, such diversion of agricultural credit may be systematically controlled. Recording of end-use information through integrated mechanisms not just mitigate risks of unwanted diversification, it also provides valuable data that could assist in enhancing credit in future. Banks, both private and public, are collaborating with fintech firms to appraise, monitor and renew facilities to farmers hitherto excluded.

 

New-age fintech is overcoming the challenge of collateral and can improve the integration of financing solutions. Asset profiling with satellite imaging of farms, AI in quality assessment during aggregation, digitisation integrated with the financing can offer farmers quicker and viable alternatives. 

 

Warehouse receipt financing by agritech startups provide farmers access to loans with just their commodity as collateral. This allows smallholder farmers to meet their immediate cash requirements. Further storing their produce and selling when prices are beyond harvest-season lows could help them realise 20–30 per cent higher returns. Sale proceeds would then go to close the loan without impacting their cash-flows. 

 

With the deeper penetration of mobile and Internet, the agri landscape is not just changing, the boundaries that separate rural India is blurring. The integration of warehousing, financing, technology and critical market linkage keeping the focus on the needs of smallholder farmers especially women farmers can help evolve new models for them to thrive.  

 

The past few years have seen a growth of 25-30 per cent surge in Agritech startups on a year-on-year basis and over 350 per cent increase in funding amounts compared to the previous year. We are looking at efficient input distribution, precision farming, traceability, effective scientific storage, and a transparent and efficient selling mechanism.

 

However, India’s Agri-fintech revolution is still in a nascent stage. A critical limitation affecting many innovative tools and technologies is the problem of scale. Even with the surge of Agri-fintech players, the penetration of agritech solutions is under 10 per cent with about 14 million farmers adopting available agritech solutions. 

 

This could change. With tech integration, catalytic funding for agri-fintech start-ups and newer credit underwriting models can enable a competitive environment with higher risk mitigation, lower NPA and transaction costs. With banks collaborating with new platforms for collaborative solutions, Adhaar-enabled-KYC, Jan Dhan bank accounts, and NPCI payment infrastructure we are looking at a culture of transparency and accountability in a previously informal, analogue agricultural market.

With tech integration, catalytic funding for agri-fintech

The team visited the experimental fields including coconut-based cropping systems, coconut-heliconia, Mango Germplasm Block of ICAR-CCARI, Goa

Gaddigoudar, Parvatagouda Chandanagouda, Member (Lok Sabha), Bagalkot, Karnataka along with his team of nine members of Parliament, senior officials of Lok Sabha Secretariat and ADGs of ICAR recently visited the ICAR-Central Coastal Agricultural Research Institute, Goa.

 

The team visited the experimental fields including coconut-based cropping systems, coconut-heliconia, Mango Germplasm Block of ICAR-CCARI, Goa. The stalls put up during the occasion also depicted the Institute’s various technologies and extension activities of Krishi Vigyan Kendra, North Goa.

 

The members suggested fine-tuning the research and urged for getting Geographical Indicator (GI) Tagging of Mankurad type mango of Goa. During their interaction with the scientists on the ways to promote economic returns in coconut by intercropping practices, the Members emphasised ease harvest and spraying operations of coconuts by the latest drone-based techniques.

 

Focusing on the efforts for improving the agriculture and allied sectors with the target of doubling the income of farmers of the coastal region was also stressed by the Committee Members.

 

Earlier, in his welcome address, Dr Parveen Kumar, Director, ICAR-Central Coastal Agricultural Research Institute, Goa outlined the Institute’s achievements in improved varieties, other technologies and their impacts on sustainable livelihoods.

 

The main aim was to study agriculture, animal husbandry and fisheries research and development.

 

The team visited the experimental fields including

The food processing unit in Morena has been set up at a project cost of Rs 21.09 crores and a grant in aid of Rs 10 crores from the ministry

The Union Minister of State for Food Processing Industries, Prahlad Singh Patel, recently inaugurated the Food Processing Unit of Sahara Frozen Foods established in Morena, Madhya Pradesh, under the cold chain scheme of Central sector scheme – Pradhan Mantri Kisan SAMPADA Yojana.

 

Speaking on the occasion, Patel said that this processing unit will benefit everyone at the local level. He also mentioned that the Ministry always prioritises local farmers and the regional crops and is working religiously with full potential to develop India’s food processing sector.

 

The Sahara Frozen Foods unit has been set up at a project cost of Rs 21.09 crores and a grant in aid of Rs 10 crores from the ministry. The unit will also provide direct and indirect employment to about 700 persons and benefit about 1,000 farmers in the CPC and PPC catchment areas.

 

The facilities of this unit include IQF Pre-Processing Line for F&V – 4 MT/Hr, Deep Freezer/Frozen Store – 4000 MT, Modern Racking System (Stacking)-4000 MT and High Reach Material Handling- 2 Units. The unit provides excellent state-of-the-art facilities such as packing machines, water treatment plants, water storage tanks, subsystems, fittings etc. The processing unit mainly produces frozen peas, mango pieces, frozen cabbage etc.

 

Rs 5.41 crore has been transferred as Seed Capital to community-based organisations for 1498 SHG members in Maharashtra, under the PMFME Scheme.

The food processing unit in Morena has

The academy undertook a pioneering initiative for empanelling the private firms to co-develop IP-enabled IT solutions to address the issues of agricultural research, education, development etc

The ICAR-National Academy of Agricultural Research Management (NAARM), Hyderabad recently signed agreements for joint product development with eight empanelled firms. In his address, Dr P Krishnan, Member Secretary, Empanelment Operationalising Committee outlined the main objective of the occasion.

 

Earlier, Dr Ch Srinivasa Rao, Director, NAARM stated that the arrangement would serve as a platform for the scientists from the different ICAR Institutes to network with the ICAR-NAARM and the empanelled IT firms for jointly developing the technological solutions in their respective domains.

 

In his address, Dr G Venkateshwarlu, Joint Director, ICAR-NAARM, Hyderabad highlighted the academy’s key roles. He also stated that the partnership will provide an opportunity for advancing the interests of the academy.

 

The academy undertook a pioneering initiative for empanelling the private firms to co-develop IP-enabled IT solutions to address the issues of agricultural research, education, development and governance based on mutual expertise and experience. It provides an enabling framework for Public-Private Partnership for institutionalising innovation and generating revenue from the knowledge products developed jointly by the Academy and the Empanelled Firms.

 

During the first phase, four firms were empanelled in 2018 under which a few prototypes/solutions for evidence-based research governance, training management and vulnerability assessment, etc., were developed.

The academy undertook a pioneering initiative for

The total cost of these seven projects is about Rs 164.46 crores and a grant in aid of Rs 27.99 crores has been approved by the ministry

The Union Minister for Food Processing Industries, Pashupati Kumar Paras and the Minister of State for Food Processing Industries, Prahlad Singh Patel, inaugurated seven food processing projects at Uttar Pradesh, Andhra Pradesh and Tamil Nadu, through video conferencing in New Delhi as part of the ’Azadi Ka Amrit Mahotsav’ celebrations.

 

The total cost of these seven projects is about Rs 164.46 crores and a grant in aid of Rs 27.99 crores has been approved by the ministry. Along with this, 3,100 people will get direct and indirect employment, and 16,500 farmers and entrepreneurs will be benefited from these projects.

 

Speaking on the occasion, Pashupati Kumar Paras said, “These projects for developing state-of-the-art processing facilities will prove a milestone in the growth of food processing sector, benefit farmers, growers, processors and consumers of respective regions and adjoining areas immensely.”

 

Patel said that if the surplus crops/products are processed locally, that would be ideal, and everyone would benefit from it. While talking to the promoters, he added that we all have to work together for establishing presence of our brands at international level to ensure recognition to our processed products.

 

The seven projects inaugurated are: Paakhi Business in Meerut, Uttar Pradesh; Bikanerwala Foods in Gautam Buddh Nagar, Uttar Pradesh; MouryaAquax in West Godavari, Andhra Pradesh; SKM Egg Product Export (India) in Erode, Tamil Nadu; Samson CNO Industries in Tiruppur, Tamil Nadu; Centre for Excellence in Grain Sciences in Thanjavur, Tamil Nadu and School of Sensory Science in Thanjavur, Tamil Nadu.

The total cost of these seven projects