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Urges the govt to take concrete steps for the betterment of farmers

Eminent scientists and agriculture experts from Karnataka have demanded to allow Biosafety Regulatory Level 1 (BRL 1) field trials of Bt Cotton and maize in Karnataka. After the success of Bt Cotton in India, since 2002 no other crop (enhanced through biotechnology) has been released in India. While farmers have been demanding to get hold of such technologies to improve crop productivity and control insect attacks, nothing has been approved by the government so far.

Dr BV Patil, Former Vice-Chancellor and Senior Entomologist, University of Agricultural Sciences, Raichur, Karnataka said, “Adoption of new innovative methods/ practices by the farming community will not only increase the food production which feeds the growing population but also make agriculture more sustainable and profitable to the farmers. Searching for new ideas i.e research should continue till we achieve our desired goal/objective. I recommend integrating GM technology as one of the technologies in pest management.”

Dr KK Narayan, Founder Director, Sthayika Seeds, Director and CEO, Agrigenome Labs, Director, Foundation for Advanced Training in Plant Breeding (ATPBR), said “ I strongly recommend that approval should be accorded to conduct field trials for these cotton and maize products so that the farmers of this country and the state can have the benefit of modern science in improving their productivity and farm incomes.”

Dr SA Patil, Former Director IARI and Former VC, University of Agriculture Sciences, Dharwad said, “I feel that the government has to act and encourage scientific dialogues with all the policymakers, technology developers and farming community. Decisions for a scientific matter through the public consultation may otherwise push the country many years back.”

The experts opined that the government and policymakers must educate the general public on the scientific advances that are being made globally to address the serious issues adversely impacting agricultural productivity. Policymakers will have to enable the development and evaluation of technologies in a reliable and time-bound manner.

Urges the govt to take concrete steps

The analytical tool enables institutional asset owners and managers to better understand the impact of climate change on private asset portfolios

MSCI, a leading provider of critical decision support tools and services for the global investment community, and The Burgiss Group, a market-leading provider of data, analytics and technology solutions for investors of private capital, have announced the launch of a new analytical tool that enables institutional asset owners and managers to better understand the impact of climate change on private asset portfolios.

Launched ahead of COP26, the Carbon Footprinting of Private Equity and Debt Funds measures the carbon intensity of private equity and debt funds. The analytical tool is designed to address a serious transparency gap in the private assets market, spanning private equity, fixed income, and venture capital investments. Though the transition to net-zero affects every asset, the challenge of addressing climate risk intensifies with private portfolios, both because of the importance of private assets in institutional portfolios and the opacity that can characterise them.

The analytical tool enables institutional asset owners

Gramophone will use the proceeds towards geographic expansion, marketing, technology development and M&A

Gramophone – a full-stack agri-tech platform has raised $10 million round led by Z3Partners, a market-leading early growth investor that brings decades of experience in investing in leading technology and digital businesses like DealShare, Cyfirma, and prior Fund investments like Ofbusiness, BigBasket, Pepperfry and MedGenome, etc. Gramophone will use the proceeds towards geographic expansion, marketing, technology development and M&A.

 

Existing investor, Info Edge, has doubled down in this round along with participation from other existing investors, Asha Impact, and Siana Capital. Other new investors in the round include Amit Sharma from erstwhile Sunrise Group, Sumeet Kanwar from Verity, and Chona Family Office (Havmor Group). These family offices bring vast experience in building agri and food businesses.

 

Gramophone is a market-leading agri-tech company that provides agronomy services, input and output products in Madhya Pradesh, Chattishgarh, Maharashtra, and Rajasthan by way of an eCommerce marketplace.

 

Tauseef Khan, Co-founder & CEO, Gramophone said, “ With this investment, we will double down on investing in technologies that lower costs, improve transparency and empower the local community of agri entrepreneurs with more earning opportunities in rural areas. We are excited to welcome Z3Partners and other new investors in this journey and deepen our partnership with Info Edge, Asha Impact and Siana Capital.”

Gramophone will use the proceeds towards geographic

The dignitaries also launched a mobile app of the Vikas Bharti Radio during the occasion

Dr E Vayunandan, Vice-Chancellor, Yashwantrao Chavan Maharashtra Open University, Nashik, Maharashtra inaugurated the Vikas Bharti Community Radio Station (CRS) at KVK, Nandurbar, Maharashtra. In his inaugural address, Dr Vayunandan emphasised that the Community Radio Station will be an important means for empowering the farming community, especially, the rural areas in the field of agriculture, horticulture, animal husbandry, health and education.

 

Dr Heenatai Gavit, Member of Parliament, Nandurbar, Maharashtra accentuated that the CSR will provide a good platform for community dialogue, sharing of information and local art and culture.

 

Manisha Khatri, District Collector, Nandurbar, Maharashtra highlighted the significant role of CSR in effective communication with the targeted groups for the various Government Welfare Schemes, education, health and employment generating activities in the local language.

 

Dr Lakhan Singh, Director, ICAR-Agricultural Technology Application Research Institute, Pune, Maharashtra highlighted the use of the CSR as a tool for quick technology transfer among the tribal people in the 15 Kms periphery of the Nandurbar City.

 

Krishnadas Patil, Chairman, Dr Hedgewar Seva Samiti, Nandurbar, Maharashtra outlined that the services of the Vikas Bharti CSR will be used for benefiting the disadvantaged areas.

 

The dignitaries also launched a mobile app of the Vikas Bharti Radio during the occasion. A total of 321 farmers, self-help group members and officials from state line departments attended the programme.

The dignitaries also launched a mobile app

The MoU was for non-exclusive licensing of the rapeseed-mustard hybrid NRCHB506

The ICAR-Directorate of Rapeseed-Mustard Research, Bharatpur, Rajasthan signed a Memorandum of Understanding (MoU) with Krishi Vikas Sahakari Samiti, Hanumangarh, Rajasthan for the non-exclusive Licensing of the rapeseed-mustard hybrid NRCHB506.

 

Dr PK Rai, Director, ICAR-DRMR, Bharatpur and Dr Ram Singh, Representative, Krishi Vikas Sahakari Samiti signed the MoU on the behalf of their respective organisations.

 

In his address, Dr Rai stressed that the commercialisation of high yielding new varieties shall help to bring more areas under the improved varieties to improve the production and productivity of oilseeds, especially, the rapeseed-mustard in the country. Dr Rai also underlined the development of the other high yielding varieties by the Directorate that is ready to License. The registration of some traits-specific germplasm which can also be shared through MoU was also outlined by Dr Rai.

 

The senior officials of the Institute were also present during the occasion.

The MoU was for non-exclusive licensing of

University collaborators are also researching to optimise the timing of fungicide sprays and evaluating rotations of corn with non-host crops

Helping farmers turn the tide on an emerging disease of corn called tar spot is the focus of a multi-organisation team of scientists, including from the Agricultural Research Service (ARS) in West Lafayette, Indiana. Although fungicides offer the hardest-hitting counterpunch, resistance to tar spot disease in corn is far more preferable, according to Steve Goodwin, a plant pathologist with the ARS Crop Production and Pest Control Research Unit in West Lafayette, IN.

 

There, in collaboration with fellow ARS scientists Raksha Singh, Matthew Helm and Charles Crane, Goodwin is working to manage tar spot on several research fronts:

  • Screening existing commercial corn varieties and germplasm lines for their resistance or susceptibility to tar spots so that growers can adjust their disease management practices accordingly.
  • Developing tools known as molecular markers to quickly and efficiently identify a gene known to confer tar spot resistance in corn, namely Qrtsc8. Identifying corn plants that lack the gene but are still resistant to the disease are also of interest since an entirely new gene or genes unknown to science could be at play. Potentially, such sources of resistance could also prove useful in shoring up the crop’s defences even further.
  • Determining the biocontrol potential of a community of microorganisms known as the microbiome that was observed on tar-spot-resistant but not susceptible corn plants. “The main goal is to understand how environmental factors, plant growth stage and the associated corn microbiome affect tar spot disease progression and how all these factors are interconnected,” said Raksha. 
  • Identification of several proteins the tar spot fungus uses to “short circuit” the defences of susceptible plants—and how, in turn, these proteins could be exploited for better detection of different strains of the fungus and their severity in fields, noted Helm.   

On other fronts, university collaborators are researching to optimise the timing of fungicide sprays and evaluating rotations of corn with non-host crops to reduce the disease’s severity and prevent the fungus from surviving the winter on debris from prior corn harvests.

 

Researchers are also pouring through existing literature on the biology of the tar spot fungus and building on what’s known about it with genomic sequencing—a kind of decoding of its DNA playbook for causing disease in corn. One hope is that this will yield clues to new ways of controlling the fungus and preempting costly outbreaks like the one from 2018 to 2020, which claimed an estimated 241 million bushels of US corn.

 

The effort is being carried out under the auspices of the National Plant Disease Recovery System (NPDRS). Besides ARS, other partner organisations are Purdue University, Michigan State University, Iowa State University, The Ohio State University, University of Missouri, University of Florida and the International Maize and Wheat Improvement Center in Mexico, where tar spot was first identified in 1904.

University collaborators are also researching to optimise

National Innovation Foundation, an autonomous organisation of the Department of Science & Technology, Govt of India, has taken up the innovative technology for the necessary support and incubation activities

A woman farmer from Kannur district of Kerala has come up with an innovative practice to develop support roots in cashew trees to protect her senile cashew garden from devastating borer attacks and frequent cyclonic storms.

 

Aniyamma Baby from Kerala has developed an innovative cashew multiple rooting propagation method. The method generates multiple roots in a grownup cashew tree, thus improving production per unit area. It also helps eco-friendly management of stem and root borers, restores productivity, provides strong anchorage against wind damage/cyclonic storms, and extension of the plantation life without the necessity of replanting. 

 

By observing the rooting and development of new plants from the mother plant, she thought of developing new plants by wrapping sac filled with the potting mixture on the nodes of lower parallel branches. She guided the new root to the ground with the help of a hollow areca nut stem, as well as adding weight to the branches close to the ground and covering them with soil for rooting. Both of her experiments were successful, and she has been using these two methods in her old senile cashew plantations for the last seven years to support her family with a continual supply of high cashew produce. 

 

National Innovation Foundation, an autonomous organisation of the Department of Science & Technology, Govt of India, has taken up the innovative technology for the necessary support and incubation activities.

The technology (Cashew Multiple Rooting for Senile plantation) has been further verified by ICAR- Directorate of Cashew Research, Puttur (Mottethadka, Darbe Dist – Puttur, Karnataka) & Kerala Agriculture University (Vellanikkara, Dist – Thrissur, Kerala) in 2020. It has been found that to be unique and provides anchorage against wind damage/cyclonic storms, and restores cashew trees from a severe attack of cashew stem and root borers in a very eco-friendly and cost-effective way. The technology offers new hope to the cashew growers having senile cashew gardens to realise additional yield.

 

The two different methods used by the innovator include— Cylindrical Shape Method, in which a sac filled with a potting mixture (soil and cow dung) is tied on the lower branches of cashew growing parallel to the ground. The new roots that are former are guided through a hollow areca nut stem filled with soil and cow dung to the ground. Over a year, these roots develop and add to the root network of cashew, which acts as an additional channel for nutrient and water uptake to the plant and improves the yield. 

 

 

National Innovation Foundation, an autonomous organisation of

India’s agriculture has been relatively spared during and now, the waning phase of the pandemic. With resilience and innovations stemming from private companies and timely support from the government the agri and allied industries have regained their economic foothold to a large extent. Yet, there are several gaps and inadequacies that continue to hold down the sector, more so, with regard to the poultry industry. While the industry is looking at scaling up domestic business and eyeing profitability of exports, the ground reality, unfortunately, seems to be out of sync with the expectations. We shall de-shell this conundrum faced by the poultry sector in India.

Poultry industry has been one of the fastest growing segments of the agriculture sector in India, providing livelihood to millions of citizens of the country. Between 2011 and 2020, the food grain output increased by 56 per cent, vegetable production increased by 104 percent, and egg production increased by 200 percent, whereas chicken production increased by five times.

The poultry industry has prospered owing to the unwavering resilience and persistence of the farmers and the industry; despite facing cycles of upheavals. Animal agriculture has provided 66 per cent of the GDP increase over the past decade. At the moment, agriculture accounts for 33 per cent of overall GDP, and this trend is estimated to witness further surge over the next decade.

Like any other sector, the poultry industry, too, has faced several challenges such as raw material price volatility, viruses, and so on. Some of these were successfully tackled with timely and concerted efforts of the industry and government. For instance, the Avian influenza, which has always been a cause for concern, causes morbidity and loss in poultry efficiency. Owing to this, the industry loses around 50-20,000 birds per year. This issue demands immediate intervention from the policymakers.

Unfortunately, only 5 per cent of the volume from the sector volumes value-added products which   could, essentially, insulate the sector against the vagaries of costs, illnesses, among other limitations.

The Ministry of Food Processing Industries (MoFPI), at the central government level and food inspection authorities at the local level have started keeping track of eggs and chicken production in India, ensuring quality and nutrient value.

Poultry Production is divided into three segments; namely Layers, Broilers, and Backyard / Family Production (Both eggs and chicken).

Layers

Some 70 per cent of the layer birds are being raised in the states of Andhra Pradesh, Telangana, Tamil Nadu, Karnataka and Maharashtra in south and Haryana in the north of India.

Broilers

Feed 65 per cent and chicks 25 per cent account for 90 per cent of the broiler inputs and consolidation is being observed in the market. Smaller producers engage in ‘contract farming’.

Backyard production

At one time, 30 per cent of the eggs produced in India were produced in the backyards. Improved varieties of ‘Low technology input birds’, which are dual purpose, i.e., producing eggs and meat, are being bred in India for the purpose of backyard/family production.

Virus-free birds

Expressing concern on the absence of regulations and policy around livestock vaccination to save the poultry sector against viral disease and huge economic losses to poultry farmers, the All India Poultry Breeders Association (AIPBA) has recently urged the central government to allow manufacturing and vaccination of Low Pathogen Avian Influenza disease (LPAI H9N2) to the poultry livestock for safeguarding the economic losses and disease management of poultry birds. The association has written a letter to Union Minister of Fisheries, Animal Husbandry & Dairying Parshottam Rupala.

Low Pathogenic Avian Influenza (LPAI) Strain H9N2 was first observed in India in 2003 and has since then been prevalent. Many global companies are investing in research and development of poultry vaccines. Boehringer Ingelheim India has launched its poultry vaccine VAXXITEK HVT+IBD in May 2021. An innovative recombinant vaccine, VAXXITEK HVT+IBD is a single shot vaccine, ensuring life-long protection for all types of production chickens, namely broiler, layer and breeder.

Designed to build and strengthen a stronger immune foundation in poultry, the vaccine enables better flock health and performance. VAXXITEK HVT+IBD protects against two major immunosuppressive diseases – IBD (Infectious Bursal Disease) and Marek’s Disease, both of which are known to cause significant losses to poultry businesses. As the flagship poultry product of Boehringer Ingelheim, VAXXITEK HVT + IBD is the largest selling poultry vaccine globally in terms of revenue, contributing close to 26 per cent of sales in the poultry franchise globally. In India, the poultry vaccine market accounts for around $120 million.

Outdated tech

Poultry farmers in India are not following the international standards for production facilities and methodologies for poultry farming. A majority of the poultry farms in India are open buildings with no climate control or quarantine mechanisms in place, which exposes the birds to various climate variations as well as potential diseases and epidemics. Latest farming technologies such as climate controlled farm houses, automated feed lines, can help improve the productivity in Indian poultry farms.

Monumental gaps

More than 60 per cent of broiler birds produced in India are produced in 6 states (Andhra Pradesh, Telangana Karnataka, Maharashtra, Punjab and), similarly more than 60 per cent of eggs produced in India are produced in 6 states (Andhra Pradesh, Telangana Haryana, Maharashtra, Punjab and Tamil Nadu). Birds are currently transported alive between the states, which causes them to be transported in inhumane and sometimes unhygienic conditions. Many birds are killed during transport. Lack of dry processing and cold chain facilities make logistics difficult. In transportation of poultry produce there is no use of refrigerated trucks or specialized equipment for packing. Latest expertise in the field of cold chain can be of immense benefit to the Indian poultry farmer.

Vignesh Soundarajan, Executive Director, Suguna Foods, said, “Poultry industry is facing a lack of infrastructure for storage and transportation. With the broiler industry growing at 15 per cent per annum, there is a huge demand for broiler feed. Grain supply should be revamped to meet the demand. The waste disposal from the poultry market needs to be improved by introducing new waste management practices. There are very few trained professionals in the poultry sector. Some of the veterinary institutions can start special courses on poultry management to develop the interest among youngsters. This will encourage more people to understand the poultry farming methodologies and explore avenues that would be very beneficial.”

Volatile feed price

The Indian livestock sector currently contributes 25.6 per cent to the Agricultural GDP and 4.11 per cent to the National GDP which is far below the potential it holds. The poultry sector contributes Rs 1.3 lakh crore to the GDP. The poultry industry had run into losses of over Rs 26,000 crores in just three months in 2020 caused by   wrongfully correlating spread of COVID-19 with the consumption of chicken. The nationwide supply chain and logistics logjam also contributed its fair share in this. This impacted not only the poultry industry but also other auxiliary industries, such as the livestock feed manufacturers. In addition, the prices of raw materials, primarily soya meal, have gone up in the past few months.

Soya meal, one of the main components of livestock feed having 30 per cent share in the feed composition, has witnessed a sudden hike in its price. The Indore market price of Soya meal 46 per cent protein during March 2020 was Rs 30,000 Ex-plant. The price currently has gone up to Rs 54,500 per MT Basic. As compared to previous year, the Soya meal price has increased by a whopping hike of 82 per cent. There is no particular reason for this type of abnormal price increase, as there are ample Soya stocks available in the market.

Taking note of the situation, the animal husbandry and Fisheries department, issued an office memorandum to the undersecretary of the Department of Commerce, recommending duty-free import of 12 lakh metric tonnes of soya meal to avoid further ramification of losses for the sector. This recommendation was in response to a request made by the industry, which had raised the issue early in April.

Amit Saraogi, Chairman, Managing Director, Anmol Feeds Pvt. Ltd. said, “The rising price of soya meal is impacting the price of the finished feed cost which has increased by 25 per cent overall for the past one year. The feed industry is unable to pass on this Soya price hike to the end consumer fearing loss of customer base and reduced feed demand which in turn is leading to loss for the feed manufacturers. The recommendation made by the Animal Husbandry and Fisheries department to import soya meal duty free is a welcome and much needed move. This will provide relief, not only to the poultry farmers and poultry industry at large, but also to other associated and auxiliary industries such as the feed manufacturers, and the end consumers. India’s poultry sector, valued at nearly Rs 90,000 crore, is going through a rough ride yet again, the third time in a space of 14 months. The duty free import of soya will bring down the price to nearly half of the current market rate.”

Upping the export game

The major input required for the growth of the poultry industry in India is  the feed ingredients. Despite low labour costs, India is not a cost competitive market as we have one the highest feed cost per kg and in terms of poultry, approximately 80 per cent of the total cost  accounts  for the cost of feed. Because of this we are uncompetitive in the export market which is dominated by countries like Brazil, USA etc.

Suresh Chitturi, Chairman International Egg Commission and Managing Director, Srinivasa  Farms said, “The cost of corn/ maize in Brazil and USA is 79 per cent and 48 per cent lower than that in India, respectively. Similarly, the cost of Soya in Brazil and USA is 67 per cent and 37 per cent lower than that in India, respectively.  In view of this, the approval of the use of GM crops derived products as ingredients in poultry feed will go a long way in boosting the growth of poultry industry in India and make us competitive in the world market.”

The central government has initiated the profitable use of poultry waste under the Sustainable Alternative Towards Affordable Transportation (SATAT) scheme of the Ministry of Petroleum and Natural Gas (MoPNG). The production of poultry litter based Compressed Biogas (CBG), fertilizers and biodiesel are the ways to make poultry more profitable.

Profitable use of Poultry waste

December 2020, Hyderabad-based Solika Energy, a compressed Biogas company, backed by Srinivasa Hatcheries, has started its first poultry litter based Compressed Biogas (CBG) Project at Udityal Village, near Balanagar, Telangana.This 2.4 tonne per day capacity compressed biogas (CBG) project exclusively uses poultry litter as the raw material and is located next to a large commercial poultry farm with over 4.5 Lakh birds and all the raw material from the poultry sheds will be collected to generate biogas. In addition to CBG, this plant will also generate around 15 tonne of good quality organic manure as a by-product on a daily basis.

Professor A B Pandit, Vice-Chancellor, Institute of Chemical Technology Mumbai, along with his students, has developed a technology to convert the keratin waste to food for pets and fertilisers for plants.  The novel technology is patented, easily scalable, environment-friendly, energy-efficient, and it will make amino acid-rich liquid fertilisers more economical as compared to currently marketed products. These wastes are dumped, buried, used for landfill, or incinerated, increasing environmental hazards, pollution, and threat to public health and increasing greenhouse gas emissions. These wastes are inexpensive sources of amino acids and protein, underlining their potential to be used as animal feed and fertiliser.  Scientists are currently implementing this technology on a large scale in collaboration with Revoltech Technologies, Gujarat.

Woeful farm management

There are no quality standards in farm management in India, prescribed either by the Government or by self-regulating industry bodies. For the export market, APEDA has imposed strict quality standards and regular audits to ensure quality is maintained up to international standards. However, in the domestic market, there is a lack of comprehensive regulating authority to maintain hygiene in farms, processing and transportation. Licensing of farms is done on municipality level, who often lack the knowledge, expertise and human resources to strictly enforce quality standards. Europeans and the USA poultry industry have a lot to contribute to the Indian poultry industry in the form of training, best practices, skill development, among others.

Another issue is the absence of automation. Despite the fact that it is very cost-effective, collectively there are still implementation gaps which warrant attention.

While these shortcomings have persisted for a long time, the pandemic has served as an eye-opener for most of the industries, and poultry wasn’t deprived of it either. The greatest challenge at present is to its image. Poultry sector has faced onslaughts of various natures and has been engulfed in fear-mongering propaganda every time the country faces an epidemic — irrespective of the source and lack of a direct linkage to the business. Even before the country was affected by the first wave of the pandemic, the sector was hit with cases of bird-flu. While the sector was on a recovery path, it was hit by avian influenza, and then again due to the second wave of the pandemic. This has been a recurring pattern that has left farmers and industry stakeholders not only financially drained, but also with dwindling faith in their sustenance and dependence on their means of livelihoods.

It’s important not to be myopic while addressing these issues. And most definitely, it can’t be resolved through actions by a few players. In addition to the various measures to arrest the impact of such cyclical impediments, it is necessary to also launch a larger awareness campaign that quells all misinformation circling the sector.

Prashant Vatkar, CEO, Godrej Tyson Foods Ltd, opined, “The poultry industry has received a much-needed boost during the pandemic, and it needs to make judicious use of it. While chicken sales were suffering, demand for value-added goods such as processed, heat-and-eat chicken soared. People’s trust switched from out of home to in-home consumption. A major reason for the same was these products are prepared with the highest quality standards. To ensure the highest quality standards in taste, hygiene and health, reputed brands offered products which are frozen with the IQF or individually quick frozen technology. With IQF, there is minimal formation of ice crystals, which helps the product keep its texture until the first defrost. Thus, making frozen one of the best form of fresh.”

Moreover, as regulations have eased for home deliveries in various parts of the country, consumers have become more receptive to the idea of home-delivered poultry and meat products. This shift in preference will be beneficial to the industry. As delivery platforms and cloud kitchens gain market prominence, the consumption in the HoReCa segment too is expected to pick up. The industry is on the cusp of transformation. Chicken processors will shift their business focus towards becoming value-added processors before supplying to these platforms for delivery.

As a result, there are several opportunities in the poultry industry, which will continue to develop in the next ten years. Experts estimate that the poultry output will double by the next decade.

That said, the poultry industry’s exponential growth rests on multiple factors including – favourable polices, intervention for disease surveillance, drug residue and vaccine quality control, high grade poultry feed, Good Manufacturing Practices for compliance to WTO norms, and value addition, among others.

Dipti Barve
dipti.barve@mmactiv.com

India’s agriculture has been relatively spared during

The company has launched spring mix in the third quarter of 2021

In response to growing customer demand, Local Bounti, a leader in the controlled environment agriculture (CEA) space, where it uses 90 per cent less water and 90 per cent less land than traditional agriculture has launched spring mix in the third quarter of 2021, increasing its SKU count from seven to eight. Spring mix joins Local Bounti’s existing line-up alongside red-green blend, crispy green leaf, butter head, loose leaf butter, romaine, cilantro, and basil. Additional products targeted for release in the first half of 2022 include spinach and arugula, among others.

Local Bounti is focused on significantly increasing produce shelf life, reducing waste and emissions, and addressing the availability of high-quality produce in local communities.

Local Bounti estimates that the total US market for herbs and vegetables is anticipated to reach $30 billion by 2025, with less than one percent of leafy greens being grown indoors today. 

“We are exceptionally pleased with our execution on multiple fronts in rapidly building our business toward fast facility and revenue scale up,” said Craig Hurlbert, co-CEO, Local Bounti. “Successful completion of these initiatives further paves the way toward our plans to have the best unit economics and growth trajectory of any company in the CEA space.  We also continued the forward progress with our planned business combination with Leo so we can continue our mission as a publicly traded company,” continued Hurlbert.

The company has launched spring mix in

The move will help IWGSC strategise priorities, plans and activities

The International Wheat Genome Sequencing Consortium (IWGSC) has announced that the International Maize and Wheat Improvement Center (CIMMYT) has joined the organisation as a sponsoring partner.

 

The IWGSC is an international, collaborative consortium of wheat growers, plant scientists, and public and private breeders dedicated to the development of genomic resources for wheat scientists and breeders to facilitate the production of wheat varieties better adapted to today’s challenges – climate change, food security and biodiversity preservation. 

 

The International Maize and Wheat Improvement Center, known by its Spanish acronym, CIMMYT, is a non-profit international agricultural research and training organisation focusing on two of the world’s most important cereal grains: maize and wheat, and related cropping systems and livelihoods.

 

“I am truly pleased that CIMMYT has re-joined the IWGSC. The current reference sequences have been essential, enabling us to design new trait-based markers for use in CIMMYT wheat breeding pipelines. There remains much to explore in characterising wheat at the whole genome level,” said CIMMYT wheat molecular breeding laboratory lead, Susanne Dreisigacker.

 

Sponsors are an essential part of the IWGSC. They participate in IWGSC-led projects and, as members of the Coordinating Committee, they help shape the IWGSC priorities, strategic plans, and activities. Susanne Dreisigacker will represent CIMMYT in the IWGSC Coordinating Committee.

 

The organisation recently released version 2.1 of the reference sequence assembly and annotation and is continuing to work with the wheat community to improve the reference sequence by gap filling and integration of manual and functional annotation. The IWGSC also is focused on securing funding for a project that will ensure that “platinum-quality” sequences, representing the worldwide wheat diversity of landraces and elite varieties, are available publicly for breeders.

 

The move will help IWGSC strategise priorities,

The initiative utilises only 10 litres of water, saving almost 150 litres

Sangli District has been grounds for pioneering agriculture and irrigation works in Western Maharashtra. From the cooperative movement to drip irrigation, innovation has been a sign of the cultivation in the region. The drone spraying technology introduced by Prateek Patil and adopted by the Rajarambapu Sugar Factory in Sangli in 2020-2021 has not only reduced time and efforts of the farmer but also increases profitability.

To launch this initiative, Prateek conducted 22 ‘Shetkari Parisamvads’ where he met over 4,900 farmers to incept the idea and talk about the benefits of this technology. According to him, “Acceptance to new methods is often the most difficult step in the Indian agricultural landscape, and to get their willingness to try new schemes is one of the challenging parts.”

To introduce this technology, Prateek took upon himself to test the technology and setup a partnership with a regional manufacturing company. The drones are given out on rent at very affordable rates saving almost 40 per cent of total costs. It utilises only 10 litres of water, saving almost 150 litres. Additionally, now it takes only 5-10 mins to spray fertilisers and permitted pesticides on 1 acre of Sugarcane as opposed to 4-5 hours earlier. Crops at any height can be effectively reached and 4 nozzles guarantee a comprehensive and equal distribution of fertilisers and pesticides.

The initiative utilises only 10 litres of

The award was given for innovation in jute retting technology through microbial consortium CRIJAF SONA for high-quality fibre

A multidisciplinary team of scientists of ICAR – Central Research Institute for Jute and Allied Fibres, Barrackpore has bagged the National Societal Innovation Award – 2020 founded by National Research Development Corporation under the Department of Science and Technology, Ministry of Science & Technology, Govt of India, New Delhi for its contribution in the development of, ’Innovation in jute retting technology through microbial consortium CRIJAF SONA for high-quality fibre.’

 

The bio-degradable, eco-friendly jute fibre provides livelihood support to approximately 5 million farm families directly or indirectly. The yield and quality of jute fibre are dependent on the post-harvest, water-steeped extraction process called ’retting’ which is a microbe dependent process. Therefore, the efficiency of the retting process is crucially dependent on the efficiency and abundance of microbes present in the retting water. The present innovation is related to the development of the first commercial talc-based microbial formulation called ’CRIJAF SONA’ for faster retting of jute and mesta. 

 

The novel microbial strains of this microbial formulation possess unique pectin and hemicellulose degrading properties without any breakdown of cellulose. This microbial formulation ’CRIJAF SONA’ reduces the jute retting duration by six to seven days, improves fibre yield by 8 to 10 per cent and fibre quality by two to three grades, reduces labour and water requirements by about 35 per cent and increases farmers’ income by Rs. 12000-15000 per hectare. 

 

The CRIJAF SONA technology has been commercialised and adopted by 5.5 lakh farmers in the past six years. The Ministry of Textiles, Government of India also adopted the technology on large scale in all the jute and mesta growing states of the country. Thus, this indigenously developed technology can boost the economy of jute farmers in India and other jute growing countries by providing high-quality jute fibre which can be used to produce jute based diversified products.

 

The award was given for innovation in

Founded in 1965, Srinivasa Farms has been the leader in the Indian poultry industry for five decades. Its diverse portfolio of products and services include Poultry Breeding (Layer & Broiler), Animal Feed Production, Animal Health & Nutrition, Soya extractions, Chicken Processing, Chicken Retail, Value Added Products, Retail Eggs and Mega Food Park. The business operations are spread across the states of Andhra Pradesh, Assam, Bihar, Chattisgarh, Gujarat, Haryana, Karnataka, Madhya Pradesh, Maharashtra, Orissa, Punjab, Rajasthan, Tamil Nadu, Telangana, Uttar Pradesh, West Bengal and further expanding rapidly across pan India. Suresh Chitturi, Managing Director, Srinivasa Farms and Chairman, International Egg Commission shared his views with AgroSpectrum on the status of Indian poultry industry and the way forward. Edited excerpts

What has been the impact of the pandemic on the Indian poultry industry?

During the first week of February 2020, due to unsubstantiated and fabricated messages in social platforms, the entire Indian poultry industry became crippled with a false premise of chickens being a potential transmitter of COVID-19. Amidst this scare, the consumption of chicken meat and eggs dropped severely and subsequently the prices. The world’s biggest nationwide lockdown imposed in the country from March 25, 2020 to contain the virus spread further accentuated the already COVID-19–hit chicken industry following the arrest of logistic supply i.e. restricted moment of feed, vaccines, medicines, and chicks.

Marketing of broilers that were raised in the farms could not bridge their way to processing units as barricading of villages became prominent. Additionally, 70 -75 per cent retail units in the country were closed down. In India, rural areas constitute maximum poultry production, whereas the urban area constitutes the maximum consumption. With the majority of urban areas being under the ‘red zone’ category (with a higher number of COVID-19 cases), the transportation of poultry products had become completely compromised. These events led to the forced culling and destruction of the majority of live broilers in the country. The estimated loss of the poultry industry due to the impact of COVID-19 and its associated lockdown is $3.05 billion.

How is Srinivasa Farms contributing in making the poultry sector sustainable?

Our poultry litter-based Compressed Biogas (CBG) Project is located at Shadnagar, about 70 kms from Hyderabad city, which is the first of its kind in Telangana. The plant has the capacity to process 45 MT of poultry litter per day and produces 2.4 MT of Compressed Biogas per day. We have tied up with IOCL for the sale of biogas produced which generates revenue of about Rs 1 lakh per day. The project has a unique process of ammonia reduction which results in sustained reuse of water, making the biogas plant zero liquid discharge. In addition to CBG, the project also generates around 15 tonnes of organic manure as a by-product, daily, which is being sold to the local farming communities.

The environmental and social impact of the project can be summarised in the following points:-

Cleaner fuel: CBG is a cleaner burning fuel compared to petrol and diesel. It results in 90 per cent to 97 per cent lower Carbon-Monoxide emissions and 35 per cent to 60 per cent lower Nitrogen-Oxide emissions compared to gasoline.

Lower Methane Emissions: Animal wastes when left unattended releases harmful methane (which is 84 times more potent as a Green House Gas, than Carbon Dioxide) into the atmosphere. The production of CBG, which involves the collection and processing of these wastes and storage of the produced methane, results in a significant reduction in methane emissions.

Benefit to Farmers: The selling of poultry waste, which is the raw material in the production of CBG, results in a stable and steady source of income to the farmers.

Social Impact: By regular cleaning of litter, a number of harmful effects on the community staying around poultry farms gets reduced. This includes pathogen borne diseases which are spread by flies, water pollution due to leaching of litter into the soil and Ammonia getting released into the atmosphere which is harmful for birds as well as humans. With regular cleaning of litter, rodents and wild birds are kept away which cause many diseases.

What are the growth plans and strategies of the company for FY 2021-22?

Srinivasa Farms is just entering the growth phase in the second innings of our journey with Hyline international and Aviagen. In the current financial year, we are aiming for a 50 per cent growth in our top line compared to the last year. This is the first step to a bigger plan of achieving 10x growth in the next 6-7 years. The strategy would be to expand our operations in our core businesses i.e. Layers, Broilers and Feed. At the same time, we would be focussing on strengthening our foothold and value creation in the newer businesses like processing and retail.

What are the opportunities for the poultry industry in India?

The opportunities for the poultry sector in India exist across the value chain. India has one of the highest feed costs per kg (Not a cost-competitive market despite low labour cost) due to low yields of corn, soya and other ingredients as well as high import duties on raw feed products. Opportunities exist in increasing the yield of these crops and creatively improving mix with relatively lower cost ingredients at feed mills without compromising on nutrition. There is great scope for research in this area and collaboration between Industry, Academia and government agencies.

In poultry production, opportunities are more geography based. Most of the supply comes from the southern states of Andhra Pradesh, Telangana, Tamil Nadu and Maharashtra, whereas in some of the most populous states like Uttar Pradesh, Bihar and West Bengal, local poultry production is low despite high demand. This could mean a big opportunity for local poultry producers in these states.

Thirdly, opportunities lie in automation (e.g. Conversion from open sheds to environmentally controlled sheds, automation of feeding/drinking systems) and adoption of modern technologies like AI, Big Data in genetic research, disease diagnosis etc. There are also opportunities in developing economically feasible alternative antibiotic products.

Finally, I think the biggest opportunity lies in building consumer brands in this segment- across processed chicken and eggs category and associated services. The demand for processed chicken is on the rise. However, most of the online platforms who have come up with their own brands, haven’t built their own supply chain and are completely dependent on their partners to provide consistent quality meat and eggs. Opportunities exist in the areas of processing, cold storage infrastructure, logistics (refrigerated trucks), packaging equipment etc. There is also a huge opportunity in the export of high value frozen processed products like egg powder, retort meat products etc.

 

What measures should be implemented for Disease-free poultry production?

Some of the measures that should be implemented for disease-free poultry production in India include:

  • Improving biosecurity at the farm level and educating the farmers on the importance of biosecurity.
  • Improving laboratory and diagnostic facilities both in terms of quality and quantity
  • Research on improving the genetic potency of birds towards disease resistance.
  • Enhanced collaboration between the academia, government bodies and the industry in terms of disease diagnosis and preventive actions.
  • Research on developing economically feasible alternative antibiotic products.
  • Government support and policies towards enhancing farmer’s education and awareness in this aspect.

Do you think that plant-based meat and lab-grown meat will be a threat to the poultry industry in India?

In recent times, plant-based meat and lab-grown meat is getting a lot of attention on the international stage, particularly in the western world. But reality doesn’t seem to match the excitement. Last year the market for plant-based meat grew by a few hundred million dollars whereas the market of the traditional poultry industry (chicken and eggs) grew by more than $10 billion globally. Secondly, lab-grown meat is actually worse in terms of environmental emissions compared to the poultry industry. Thirdly, 90 per cent of the people who are adopting plant-based and lab-grown meat are actually vegetarians. So, the switch happening from traditional meat to this is very minimal. Lastly, as per research the investment required to replace 10 per cent of the traditional meat market with plant-based and lab-grown meat is to the tune of $2 trillion. If at least 10 per cent of this investment goes to the traditional poultry industry, it would go a long way in eradicating world hunger and malnutrition problems. Given these factors, I don’t see plant-based meat and lab-grown meat to be a threat to the poultry industry in India at least in the next 10 years.

How would you envisage the future of poultry industry in India?

I see the poultry industry in India on the verge of rapid growth for the next 20-25 years. In the next 10 years, the broiler industry is expected to grow with a CAGR of 10-12 per cent and the layer industry at a CAGR of 6 -7 per cent.

The processing industry is expected to grow at a CAGR of 25 per cent.

The driving forces for this growth are going to be:

  • Increase in per capita income
  • Increasing urbanisation and awareness leading to dietary changes
  • Emergence of organised retail and modern trade
  • Changing demographics, increasing number of working women and double income families

The per capita chicken consumption in India is about 4 kg/year whereas the world average is 17 kg/year. The per capita egg consumption in India is about 70 eggs per year whereas the recommended levels by the National Institute of Nutrition is 180 eggs per year.

As per capita incomes improve in the country and people become aware of the dietary needs, it is envisaged that we shall get closer to the level of the world average. With a 135 crore population, you can imagine the growth the industry needs.

Having said that, the growth is not going to be without challenges. Volatility in feed prices cannot be wished away. Rising feed costs can potentially raise the overall production costs in a price-sensitive market. The industry also needs to gear up for this.

Some of the other areas the industry and authorities need to focus are:

  • Improved disease diagnosis, treatment and prevention
  • Drug residue and drug/ vaccine quality control
  • Standardisation & quality control of poultry feed, eggs & meat
  • Application of Hazard Analysis and Critical Control Point (HACCP) and Good Manufacturing Practices
  • Value addition
  • Brand promotion

How can industry and government boost the export of frozen poultry meat?

The use of GM crops-derived products as ingredients in poultry feed will go a long way in making us competitive in the export market. This is the single most important policy decision which will help to boost the export of frozen poultry meat.

Last year, the Middle Eastern countries imported frozen poultry meat worth half a trillion dollars. Although being close to these countries, India doesn’t have a presence in this market.

Government intervention and clear policies in this regard will not only help the industry and boost the export of frozen poultry meat but also help in enhancing farmer’s income. By farmers, I am not only referring to the poultry farmers but also those who are associated with crop production that are ingredients of poultry feed. This will be a giant step towards achieving the Prime Minister’s dream of doubling farmers’ income.

Dipti Barve

dipti.barve@mmactiv.com

Founded in 1965, Srinivasa Farms has been

The adoption of agri technologies has matured in India to a large extent. The poultry industry has witnessed monumental numerous transformational technological adoptions. This translates to enhanced traits in terms of egg production, growth rate, livability, disease resistance, feed efficiency and egg and meat quality. Modern tech enables a higher rate and persistence of egg and meat production, better feed efficiency, egg size, egg quality, muscle mass, carcass quality, feed efficiency and livability in boilers. The country’s poultry sector has shown immense growth which is reflecting in its ongoing operations. The sector can be marked as one of the fastest-growing sectors of the country with its trade wheels helping India to build a stronger economy. India ranks third in egg production and fifth in meat production with a total population of 851.81 million (20th Livestock Census, 2019) which reveals an increase of 16.8 per cent over the previous census i.e. 729 million.

Egg and chicken are wholesome, nutritious food with high nutrient density because, in proportion to their calorie count, they provide the required amount of daily protein and a wide variety of other nutrients. They are rich in vitamins, essential amino acids and minerals such as vitamin A, B6, B12, folate, iron, phosphorus, selenium, choline and zinc etc. However, currently, India’s poultry sector is going through a transitional phase from being manual to digital. Apart from increasing the production capacity of this sector, this transformation is likely to enhance the quality of the output. With the demand of eggs and poultry meat rising in India, this transition cycle can be considered as the right card placed on the gambling table.

In the last two-three decades, a lot of technology along with orthodox breeding methodologies has been infused into India’s poultry sector to genetically enhance traits such as egg production, growth rate, livability, disease resistance, feed efficiency and egg and meat quality etc. The significant impact of modern technologies can be seen in the layer and broiler segments of the poultry industry. The technologies used support higher rate and persistence of egg and meat production, better feed efficiency, egg size, egg quality, muscle mass, carcass quality, feed efficiency  and livability in boilers.

Elaborating on the importance of technology in the poultry business, Tarun Gupta, Co-Founder, Henfruit stated, “Technology is the key in any trade and in poultry business it is like oxygen. This trade being very fragile requires some of the best technologies coupled with conventional trading methods in order to meet the growing demand of the customers.”

“For instance, if you are dealing or doing business with corporate firms then you know that you need to keep churning your supply chain as the orders keep coming up but the situation changes drastically when you are dealing directly with customers. Now, the trader has to take technological assistance to store and supply his product. One needs to maintain a technologically advanced cold storage facility when doing business on a B2C model,” he added.

Modernisation of packaging to reduce wastage

Egg, being a fragile product, understandably, needs extra care while being transported. A rough figure suggests that around 20 to 25 per cent of eggs produced in the country get wasted during the transit. It is mainly due to two reasons either packaging or condition of roads. In order to reduce wastage, many companies including startups have come up with multiple packaging solutions that provide extra cushion to the produce. 

Packaging, an innate segment of the polymers and advanced materials industry, has been witnessing significant evolution in the terms of manufacturing technology, over the past few years. The manufacturing technology across the packaging sector has massively improved to the point that the final products can boast of a much smoother surface and more sophisticated feel and look.

There two major stages of packaging eggs go through before they end up in the hands of customers. In the first stage, when the egg is transported to the dealer, it requires extra cushion because of its freshness so most of the farmers use walled basket packaging which is filled with odourless rice husks, wheat chaff or chopped straw. Another form of packaging used in this stage is called filler tray packaging, filler trays are made of wood pulp moulded to accommodate the eggs. They are constructed so that they can be stacked one on top of the other and can also be placed in boxes ready for transport. Filler trays also offer a convenient method for counting the eggs in each box, without having to count every single egg.

On the second stage, when eggs reach dealers’ cold storage and need to be transported to distributors, most of them are packed in hard moulded boxes in combination of six and 36 eggs in a pack.

Vacuum packaging for longer shelf life

Extension of the shelf life of meat and poultry products is one of the technology needs to meet the demands of consumers and vacuum packaging (VP) can be considered as one of the aces to enable industry to achieve this goal. Vacuum packaging refers to packaging in containers (rigid or flexible), from which substantially all air has been removed prior to final sealing of the container. This method of packaging is actually a form of ‘modified atmosphere’ since normal air is removed from the package.

Shan Kadavil, Co-Founder and CEO, Fresh To Home stated, “Vacuum packaging helps the traders and the customers to retain packed food for a longer time. For instance, usually a processed chicken in normal packaging can be retained for a maximum three days but with vacuum packaging, its shelf life increases to 15 days. It is possible as this type of packaging avoids bacteria proliferation and avoids useless food waste by promoting much more responsible food consumption.”

Echoing a similar voice, Siddhant Wangdi, Founder and CEO, Meatigo stated, “Apart from retaining freshness of the product for a longer time, VP protects the product from freezer burn and dehydration. Freezer burn occurs when air comes into contact with water crystals around food. Vacuum sealing helps prevent this by keeping the air out of contact with the food. Freezer burn is not a danger to one’s health, however, it ruins the taste and texture of the food.”

There are some other advantages of VP such as it reduces storing space, enhances the taste, no chemical preservatives required, saves money on bulk orders, reduces wastage of food, and is quick and efficient.

Smart poultry farms with IoT

The Internet of Things (IoT) which has done wonders in many businesses and trades can prove a real catalyst in fostering the country’s poultry sector. IoT solutions give real-time access to information, bring speed to business operation, save ample time and help many industries overcome their major challenges. Similar usage of IoT in the poultry sector will help breeders and farmers to switch over from orthodox manual farming methods to smart poultry farming solutions.

An intelligent network and data processing system can create a new poultry farming infrastructure in India. With the help collected data on a real-time basis, farmers can monitor the health of birds, their growth scale, amount of feed to be given and other necessary steps to be taken in future.

Like any other sector, data management plays a vital role in the poultry sector. The data of broiler farms include the number of birds, feed, mortality, production, and much more. By embedding IoT solutions in their farm, farmers are well equipped with a system that can record the data, store it, and process the historical data for any query or information.

Adopting a similar concept, an IoT startup, MLIT, devices a system called PoultryMon that works with incubators at the hatchery and at the farm and allows remote monitoring and management. Launched in 2017, the system has provided a much needed technological assistance to the hatchery owners as its sensors provide real time data on temperature, humidity and other required information to the hatchery workers and owners.

Srinivas Chindam, CEO, MLIT stated, “With a view of connecting poultry farmers with technology, we created PoultryMon system. The whole idea behind this discovery was to help farmers increase their production while not compromising on product’s quality. Moreover, this system enables hatchery owners to replace old orthodox methods of hatching with digital technology which is more potent in solving various hatching issues.”

Nitin Konde

The adoption of agri technologies has matured