Kisan Sabha – Page 20 – हर कदम हर डगर, आपका हमसफर

The advantages of sustainable agriculture and approaches

The agriculture sector is being modernized with a focus, and the sustainability of this effort depends on data-driven weather intelligence. Because there are so many different limiting factors outside of a farmer’s control, managing the decision-making processes of farming has always been challenging. being foremost among them the actual weather.

Big data is being used to advance modern agriculture and make it more reliant on data-driven analysis than on manual labor. Realizing that it is impractical to rely on intuition and conventional technology at a time when the world’s population is still growing and the agriculture sector is still under pressure. Therefore, we must develop agricultural solutions based on automated data gathering, predictive analytics, and AI-driven insights in order to accomplish sustainable agriculture.

People in various positions across the industry are now involved in the vision of sustainable agriculture. We’ll look at how we got here and why adopting modern agricultural methods is the obvious next step for a flourishing planet.

Modernizing agriculture: The answer to the issues of the past

Arable land will probably continue to exist in the same amount. We will have to use more of the resources already available to grow more crops as the population steadily increases. There will be 9 billion people on the planet by the year 2050. At least a 70% increase in food production is necessary to feed this expanding population.

Future generations won’t be able to produce and use our arable land if the agriculture industry does not look beyond conventional approaches. The goal of agriculture in the past was to produce as many crops as possible while utilizing all of the available land. Sustainable farming practices or land preservation were not emphasized. Profitability and the preservation of natural resources were not priorities from a financial standpoint.

Three advantages of transitioning to sustainable agriculture

Advanced weather data and analytics will aid in the development of technologically driven agricultural practices, which has real benefits. We want to support businesses and growers in making better decisions based on weather information so that we can advance the following notable advantages of sustainable agriculture:

1. Preventing pollution and preserving the environment

Farmers who use sustainable practices will use less chemical input, less nonrenewable energy, and conserve limited resources. When you take into account the expanding population and the need for food, maintaining the health and replenishment of the land can go a long way.

2. Cost-cutting and a profit-driven approach

Everyone involved in the agriculture industry will profit from more efficient farming and food transportation from farm to fork. Surprises becoming rarities because to IoT data from sensors put in anything from seed drills, sprayers, and spreaders to drones, satellite photos, and soil.

3. Increasing food production while minimizing waste

The predicted population growth is a reason for concern, as we have discussed. From a purely production perspective, there is a chance to advance agricultural techniques now, and sustainable agriculture offers the best prospects.

Conclusion

All participants in the value chain may benefit from new technologies when combined with growing consumer knowledge and demand for sustainable food. Rising internet use and smartphone use in India have already significantly altered the agricultural landscape, particularly how small and medium farmers conduct their business. It aids in facilitating direct access to markets, enabling farmers to keep a larger percentage of the value generated.

The use of digital technology in agriculture aims to encourage innovation and eco-friendly farming practises. For any change to be effective, it must get viewed holistically. Among farmers, support will grow for whatever is clearly advantageous to them.

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Farming Transformation: The Role of Digital

For almost a decade, “digital transformation” has been the talk of the agri-food industry. It has made it possible for both corporate and public organisations to use advances in digital technology to rework procedures and find new business models.

The word “digital” does not, however, have the same meaning to everyone at every level of the organisation. While it might only refer to implementing contemporary technology to improve business operations and achieve a competitive edge for some, it may also entail strengthening customer interactions for others. For someone else, it can signify digitising all data to reduce costs and save time.

What part does “digital” play in the change of agriculture, despite all that it is and all that it can become? Why is it crucial for agricultural enterprises to match their strategies with the planned digital transformation of the company?

Today’s Agriculture and the Digital

The use of technology is one of the essential components that constitute “digital” in agriculture. Agritech, as it is more popularly known, is the umbrella term for the use of contemporary technologies and the internet to reimagine agriculture as a global activity. Due to their ability to access and analyse previously unheard-of volumes of agri big data, large and medium-sized businesses now have the ability to add value to the processes they manage.

Due to the availability of farm-level data from a number of sources, such as mobile agriculture apps, sensors, drones, farm equipment and machinery, robotic devices, and other IoT devices, producers may gather vital farm data at all times. When integrated with satellite and weather-based data, crop producers can use this data to evaluate the performance of the farm plots, monitor crop development in real time, and realistically anticipate the production for each farm plot.

Precision agriculture offers a wide range of options for using artificial intelligence to optimize farm activities. It enables growers to transform raw agri data into actionable insights that assist enhance harvest quality and quantity. AI is also helping farmers to select the best crops and crop varieties for their location and to employ agricultural automation to maximize resource efficiency.

The digitization of the entire process, from production and harvesting to warehousing and distribution, is improving communication among the numerous stakeholders in the agri-ecosystem. Digitalization has also increased visibility for the various participants throughout the supply chain, making the process more transparent and efficient.

What Is the Impact of Going Digital in Agriculture?

Enhanced productivity

Agriculture 4.0 has provided food producers with a slew of farm automation tools and data management solutions, allowing them to increase resource and agricultural output. Farms that have embraced technological improvements have seen a clear movement away from traditional, time-consuming methods and toward more advanced, cost-effective operations. Furthermore, the usage of digital agriculture can help management link their organizational plans with the Sustainable Development Goals by assuring more sustainable and resilient agri-food systems globally.

Improved farmer income

Understanding agricultural science and enhancing agronomic techniques to provide better results are key components of digital farming. Scalable and affordable solutions also make it easier for large and medium-sized businesses to disseminate a tried-and-true set of techniques to farmers, especially in developing regions, to encourage them to embrace more scientific farming practices. Agri-technology utilization boosts farm output and aids in lowering crop losses brought on by pests, illnesses, and unpredictably bad weather. Farmers can consequently make more money at the conclusion of each season.

Improved market linkages

Digital solutions facilitate the virtual integration of numerous stakeholders, giving producers more direct access to, among other things, financial services, commodity dealers, and agri and agricultural inputs. This specifically aids smallholder farmers in overcoming some of their difficulties, such as a lack of knowledge about current commodity pricing and other crucial market information, a lack of skills to bargain for payment, and a lack of access to other purchasers in the market.

Intelligent decision-making

The ability to get precise data in close to real-time is yet another great advantage of implementing a digital farm system. Producers may better plan farm operations and manage resources thanks to a combination of farm and satellite imaging-based data that offers actionable insights on production based on a variety of growing circumstances.

Conclusion

Modernising agricultural practises, increasing value for all ecosystem stakeholders, and providing nutritious food to people all over the world are just a few of the broad-spectrum developments that digital agriculture is pushing in the business. Thanks to the transparency offered by modern technology, producers can manage supply and demand while also adopting the best practises for a sustainable future. It is reasonable to assume that this is just the beginning of the revolutionary possibilities that await us in the near future since the circumstances are in place for an explosion of efficient technological advances in the field.

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Application, benefits, and drawbacks of drip irrigation

Drip irrigation is the most efficient method of delivering water and nutrients to crops. It provides water and nutrients straight to the root zone of the plant in the proper amounts and at the right time, ensuring that each plant receives exactly what it requires, when it requires it, to grow effectively. Farmers can increase yields while saving water, fertilizer, energy, and even crop protection chemicals by using drip irrigation.

Plants prefer to receive their water and nutrients in a balanced manner, just like people do. Nobody wants to consume a month’s worth of food in a single sitting, and this also holds true for plants. Drip irrigation, which ensures ideal growing conditions and helps create the best harvests possible, delivers water and nutrients frequently and in small dosages.

How does it function?

Water and nutrients are mainly supplied throughout the field in pipes called ‘dripperlines’ incorporating smaller units known as ‘drippers’. Each dripper produces water and fertiliser-containing drips, resulting in the uniform delivery of water and nutrients directly to each plant’s root zone throughout an entire field.

Advantages of Drip Irrigation

1. Less Water Used – By concentrating water on the root zone, it is not squandered on non-plant-beneficial areas.

2. Healthier Foliage – After irrigation, the leaves of the plant continue to be wet due to overhead watering. The discoloration and staining of wet leaves. The leaves of the plants stay dry with drip irrigation.

3. Prevents Fungus – Wet leaves can encourage the spread of fungi like powdery mildew. Drip watering inhibits fungus and keeps foliage dry.

4. Prevents Soil Erosion – Because drip irrigation drips slowly and steadily, it lowers runoff, which prevents soil erosion.

5. Decreases Weeds – Weeds are less likely to grow since the spaces between the plants won’t receive water.

6. Minimized Nutrient Runoff – When a lot of water runs off the soil’s surface, the nutrients in that soil get depleted. Because drip irrigation lessens runoff, fewer nutrients get lost.

7. Doesn’t Need Lot Leveling or Drainage – Regular irrigation systems leave a lot of water on the soil’s surface. In order to prevent standing water, good site levelling and drainage are necessary. Drip irrigation eliminates the need for this because it uses less water and delivers the water to the plant’s roots directly.

The disadvantages of drip irrigation

In this article, we’ve focused on the benefits of drip irrigation, but there are a few drawbacks.

1. Initial outlay: If you garden, you probably have a watering can at home. Watering cans work, but not as well. So, if you want to experiment with drip irrigation, you’ll have to make an initial investment in parts and hoses. Drip kits are an inexpensive way to test out a drip irrigation system.

2. Hoses require repair or replacement: Just like garden hoses, drip hoses and soaker hoses can be also damaged by rodents, garden tools, or birds. Alternatively, they will deteriorate and require replacement over time.

3. Hoses require maintenance: You must clean the filter, emitters, and hoses on a regular basis. Filters and emitters will clog, and hoses will collect debris. In the spring, flush the system and store the filter, backflow preventer, and pressure regulator inside for the winter.

Which types of pipes are mainly used for drip irrigation systems?

Pipes such as PVC, polyethylene, and drip tubing can all get used for drip irrigation. Choose the pipe that is best for your needs because each type has pros and downsides of its own.

Here is a quick list of the various pipe types appropriate for drip irrigation:

– The most popular kind of pipe used for drip irrigation is PVC. They are reasonably priced, sturdy, and long-lasting. PVC pipes, however, can be tricky to work with and aren’t always the greatest choice for highly sandy or clay-like soils.

– Polyethylene pipes are another common drip irrigation alternative. They are more robust, less expensive, and easier to deal with than PVC pipes. Polyethylene pipes, on the other hand, can be more difficult to find, and they aren’t necessarily the ideal solution for particularly sandy or clay-like soils.

– Drip tubing is a sort of pipe that is specifically built for drip irrigation. It is often less expensive than PVC or polyethylene pipes since it’s made of a flexible, easy-to-work-with material. Drip tubing, on the other hand, can be more difficult to come by. It’s also not usually the greatest choice for sandy or clay-like soils.

Conclusion

Drip irrigation is a very effective irrigation system that has several important environmental advantages. It saves water by distributing it directly to plant roots, and it is also more energy efficient than conventional irrigation technologies because it requires less pump power. To get the most out of drip irrigation, high-quality pipes and components are necessary.For the winter, bring the lator indoors.

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Top 5 Agriculture Innovations for 2023

It’s time for today’s farmers to take advantage of the burgeoning agritech sector’s potential to enhance decision-making, production, market access, and investment prospects. If your farming isn’t becoming smarter, you’re falling behind. The use of smart farming technologies enables producers and growers to maximise the potential of their agricultural activities. This article examines 5 technology advancements that will transform agriculture by 2023 and beyond.

Cloud-based data platforms

Cloud-based platforms can aggregate soil health data and deliver unbiased recommendations to farmers, giving them the direction and freedom to make agronomic decisions that result in higher yield and profit while also being environmentally sustainable. Farmers can develop custom recommendation algorithms that take existing soil biology into account and assess opportunities to improve regenerative farm management. Farmers can use the data in the field to review anything from test results to soil organic carbon levels, biological activity, and plant-available nutrients, as well as create scouting reports and track as-applied data.

Farm Automation

Farm automation combines electrical devices, chemical sensors, computer systems, electronics, and data management to enhance equipment performance and decision-making, ultimately lowering human input and error.

The widespread adoption of the technology is being driven by decreased work time, increased yields, and resource efficiency. The way that farmers cultivate their crops has changed thanks to the introduction of automated harvesters, drones, autonomous tractors, sowing, and weeding. They can concentrate on more important activities because the technology handles tedious and repetitive duties.

Software for managing farms

Many farmers struggle to manage a high job with little assistance, burning the flame at both ends. It becomes increasingly difficult to manage all processes the larger the farm becomes. But, in the SaaS era, there is an app for almost everything, which includes farm management.

A digital checklist-like integrated platform called farm management software offers real-time data and statistics to help farmers keep track of their daily tasks. Farmers’ decision-making across all operations can get improved with the help of this monitoring and reporting software.

Farms can optimise their operations and collaborate easily thanks to FarmERP, an enterprise resource planning tool.

Water Management Technology

For drylands to become arable, irrigation is a crucial way to supply them with water as they typically receive minimal rainfall. Although this is a critical component of farming today, many farmers still irrigate their fields with unnecessary amounts of water, just as the Mesopotamians did more than 4,000 years ago.

Flood irrigation not only wastes more than two-thirds of the water, but it can also overwater plants, which stunts their growth. Also, it might discharge extra fertilisers into lakes and streams, harming freshwater supplies.

Farmers now have more environmentally friendly options because to advancements in agriculture technology and innovation.

Livestock Farming Technology

With the use of new livestock technologies, farmers can better organise their businesses, take better care of their animals, and enhance output thanks to data-driven insights.

Milk sensors and automated dairy systems help farmers monitor the quality of their milk without the need for human intervention. Automated cleaning systems remove waste, resulting in cleaner environments that are also disease-free.

Automated feeder systems provide animals with the right amount of food combinations that are mainly created to satisfy their specific needs. Faromatics uses robotics, artificial intelligence, and big data to increase agricultural productivity and animal care.

Conclusion

In an era when environmental concerns and climate change fears are at an all-time high, sustainable farming is a hotly debated topic. Our population is growing, and increasing scarcity of land and water pose a serious threat to the survival of the human race as we know it. While many politicians stall and deflect, agricultural technology startups are taking action.

From advances in precision agriculture to farm automation, genetics, and water management technology, agricultural technology innovations enable smarter, safer, and more productive farming.

MassChallenge gives new startups the opportunity to collaborate with rising Agtech talent. You can pursue the latest trends and agricultural technologies by connecting with experts, corporations, and communities in the industry.

Using digital seed marketing to boost profits

Due to the increasing global population, enhancing food security is a top issue for all countries. Quality seeds are the most important component of agricultural production and the most economical way to increase agricultural output and food security. The genetic potential of employed seeds and seed breeding have a direct impact on how effective other agricultural inputs are. Farmers have access to a large variety of dependable seed varieties of excellent quality at affordable prices because to seed marketing. Delivering seeds efficiently can significantly improve smallholder farmers’ ability to support their families and ensure the security of their food supply.

Demand comes into the limelight in seed marketing

Priority has been typically given to seed production and storage over marketing and distribution. To solve the issue of low agricultural productivity globally, marketing and distribution, however, became more important. As a perishable good, seeds must get supplied as soon as possible to farmers at their locations of need. Marketing and distribution of seeds ensure this.

Focusing on meeting demand is essential for seed production. Farmers need to have access to the proper kind and number of seeds throughout the sowing season. Accurate demand forecasting becomes essential for seed companies to make this guarantee. The company will suffer from inaccurate demand forecasting.

The performance of the business will be directly impacted by both over- and underproduction. Underproduction not only results in lost revenue but also adds to the sales team’s and dealer network’s unhappiness. Due to the short shelf life of seeds, overproduction can result in the loss of germinating seeds and, consequently, future crops. Yet, it can also be a missed opportunity.

Long lead times are usually needed for the development and manufacture of new seed varieties, and demand prediction is essential in both cases. Cropping patterns, the use of contemporary agricultural technologies, the environment, and many other factors all have an impact on seed marketing and demand.

Agtech’s role in enhancing seed marketing

Agtech-powered solutions that forecast and track demand can aid in seed marketing. Unmanned aerial vehicles, other remote sensors, and satellite monitoring of crops can quickly evaluate the characteristics of seed crop fields dispersed across a vast area and uncover differences unseen during ground-based observation. Repeated measurements over a longer period of time can identify changes and offer data-driven inputs for smart farming that get powered by predictive intelligence to manage target markets.

Given that seeds are essential to crop production, faulty seed techniques endanger the livelihoods of farmers, global food security, and sustainable agriculture. The use of QR codes to authenticate the genetic attributes of seed kinds is an option offered by smart farming technologies. Because QR coding acts as a stand-alone form of proof and prevents adulteration and counterfeiting, it makes it simple for seed companies to comply with regulatory requirements. It offers complete seed tracability, giving farmers confidence in their origin, quality, varietal purity, germination rate, and other factors. These businesses’ adoption of agtech solutions also finds utility in educating farmers on best practises, which boosts productivity and fosters farmer loyalty.

By demonstrating optimal practises to farmers in demonstration plots and keeping an eye on them to assure the best possible output and quality, digital farming may help. Results and data from test plots can help as proof to convince farmers to adopt novel practices and cover more growers and territory. It is possible to record all farmers who participate in demonstrations. With the help of this data, seed companies can effectively communicate with these farmers, giving them the chance to turn them into customers by keeping in touch with them over time.

AI/ML-based For crop risk management, agtech offers farmers and seed companies predictive intelligence and end-to-end traceability. Real-time updates can spot critical points in the farm-to-fork traceability cycle that require prompt attention, such as picking the proper seed strains, the health and development of parent seeds, production procedures, etc.

With the use of AI business analytics, seed companies may create a targeted sales strategy that can generate the highest profits. Agri-data gets captured, analysed, and interpreted by the company’s patented solutions to give seed producers and farmers timely, actionable insights on agricultural operations. This commercial information can help seed companies to create powerful marketing plans that increase sales.

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Eliminating the Seed of Uncertainty in Agriculture with Artificial Intelligence

Can you think of a sector that entails more risk than agriculture? They claim that you get what you sow. Yet, they omit to include the phrase “if you’re lucky.” Farmers find it difficult to discuss yields when bad weather occurs or crops become ill. Or when a pandemic strikes the world, managing different procedures becomes more difficult all of a sudden because the majority are not digital.

The world’s population is expanding at the same time that urbanisation is continuing. Consumption patterns are shifting, and disposable income is increasing. Farmers need to find a strategy to boost output since they are under a lot of pressure to satisfy the rising demand. There will be more people to feed in 30 years. Also, since there is a limited supply of fertile soil, standard farming methods will need to get modified.

We must seek for methods to lessen or at the very least control the dangers faced by farmers. One of the most interesting possibilities is the global application of artificial intelligence in agriculture.

AI has the ability to transform the way we think about agriculture by bringing about numerous advantages and allowing farmers to produce more with less work. Yet, AI is not a self-contained technology. Artificial intelligence (AI) is the next phase in the transition from conventional to creative farming. AI can support already-used technology.

AI isn’t a magic bullet, and agribusinesses need to be aware of it. But, it can significantly improve modest, everyday tasks and greatly ease farmers’ lives. So how can we use artificial intelligence for sustainable agriculture? What opportunities does AI present for farming, and how might it assist us in overcoming current problems?

In this article, you will learn:

Why is it so difficult for farmers to adopt AI?

How AI can help agriculture

AI applications in agriculture

Why is AI adoption so difficult for farmers?

Farmers frequently believe that AI only applies to the digital world. They may not see how it can assist them in working the physical land. This isn’t because they’re fearful of the unknown or conservative. Their opposition stems from a misunderstanding of the practical application of AI tools.

Because AgriTech providers fail to clearly explain why their solutions are useful and how they should get implemented, new technologies can appear confusing and prohibitively expensive. Artificial intelligence in agriculture results in this.. Although AI can be beneficial, technology providers must do more to assist farmers in properly implementing it.

How Artificial Intelligence Can Help Agriculture?

Agriculture involves numerous processes and stages, the vast majority of which are manual. AI can help with the most complex and routine tasks by augmenting existing technologies. When combined with other technology, it can collect and process large amounts of data on a digital platform, determine the best course of action, and even initiate that action.

The role of artificial intelligence in the agricultural information management cycle

The following processes can benefit from combining artificial intelligence and agriculture:

Examining market demand

Risk administration

Seed breeding

Soil health is being monitored.

Crop protection

Crop feeding

Harvesting

Using artificial intelligence to solve farming problems

AI improves decision-making.

Predictive analytics has the potential to be a game changer. Farmers can collect and process significantly more data with AI and do so much faster than they could otherwise. Farmers can use AI to solve key challenges such as market demand analysis, price forecasting, and determining the optimal time for sowing and harvesting.

AI results in cost savings.

AI can provide farmers with real-time field insights, allowing them to identify areas that require irrigation, fertilisation, or pesticide treatment. Furthermore, innovative farming practises such as vertical agriculture may help increase food production while using fewer resources.

AI helps with the labour shortage

Agricultural work is demanding, and there have always been labour shortages in this sector. This issue can get resolved by farmers using automation. Farmers can do the work without adding additional employees by using driverless tractors, intelligent irrigation and fertilisation systems, smart spraying, vertical farming software, and AI-based harvesting robots, as some examples. AI-driven machines are faster, tougher, and more precise than any human farm worker.

Conclusion

AI in agriculture has evident advantages. Farm employees can use their time for more strategic activities that need human intellect by having smart farming instruments and vertical farming systems do tiny, repetitive, and labor-intensive jobs. Yet it’s crucial to understand that, unlike a tractor, AI cannot be just purchased and turned on. AI is an abstract concept. It’s a group of technologies that’s programmed to operate automatically.

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How to improve agribusiness best practises with AI, IoT, and automation

There will be 9.7 billion people on the planet by 2050, and there will be a 70% increase in food demand. An key problem facing the food industry is how to increase production in a sustainable way to fulfil the needs of the rapidly expanding population.

Using intelligent technologies, including artificial intelligence (AI), internet of things (IoT), and agricultural automation, is the solution for sustainable farming. The importance of these solutions is getting recognised by the farming business, according to data.

While technology has influenced agriculture, the main problem lies in adapting contemporary technologies to the shifting demands of this highly diversified industry.

Key issues in agribusiness versus an intelligent cloud solution for agriculture

It’s crucial to comprehend the pressing issues that expose agri-businesses to fraud and food safety threats before diving into the applications of intelligent technology in the contemporary agri-value chain.

The value chain’s lack of transparency
Poorly managed supply chain
Inadequate control of diseases and pests
Ineffective methods of engaging farmers
Wrong demand predictions
Supply-demand management
Challenges in marketing and sales
Decreased client loyalty

Deploying an intelligent cloud platform that brings together different stakeholders in the Agri-value chain is crucial in order to comprehend decisions made at the farm level and to improve the quality and quantity of crop produce. A firm can be successful by having ready access to seed varieties, Agri-input resources, advisories for farmers, crop monitoring for pests and diseases, farmer participation, food traceability from farm to fork, and giving customers reliable information.

An integrated three-pronged digital transformation plan including automation, AI, and IoT may be able to handle the aforementioned issues.

1. Automation in agriculture

The entire agricultural process can get automated without the need for human input. It facilitates data collection, field scouting, and increases farmer involvement. By automating sowing, watering, harvesting, early pest/disease detection, and the application of agri-input resources, together with remote crop health monitoring, agriculture output can get improved, and food loss can be actually reduced.

2. IoT in agricultural

Remote sensors, drones, robotics, and satellite photography make it possible to monitor farms and communicate with farmers via mobile devices and the internet. Information obtained from multiple data points get integrated with the application platforms (both mobile and online) in order to record correct data in real-time. Connectivity and IoT devices work together to geotag farm plots, detect weeds, create pest and disease warnings, evaluate the use of agricultural input resources, extend weather alerts, use remote sensing to check crop health, monitor soil, and do much more.

3. AI in agricultural

AI makes it possible to analyse data gathered from multiple sources and offers insights for improved management and crop yield optimization. For instance, cloud solutions include built-in AI models that provide intelligence for, among other things, crop recognition, irrigation planning, yield estimation, detection of water stress, pest and disease prediction, estimation of the harvest date, and nitrogen uptake. Here, artificial intelligence (AI) software that supports the management of forests, cattle, fisheries, and farmland to address the interconnected risks to food security and moderate the speeding up of climate change is another example. In order to increase agricultural output, it also offers alerts and advisories for pest, disease, and weather conditions.

Obstacles to better IoT, automation, and AI adoption

While information on the readiness for technological adoption in agriculture is encouraging, information on the actual use of these technologies raises a fresh concern:

The majority of seed companies have not yet implemented automation, IoT, and AI.
Only 14% of crop protection organisations, on average, have fully embraced AI, IoT, and automation.
An average of 40% of enterprises that handle food have not yet implemented AI, IoT, and automation.

One of the main obstacles preventing many agribusinesses from adopting new technologies is a lack of trustworthy digital skills and a lack of knowledge about simple-to-use solutions. Hence, adopting an intelligent agriculture cloud that streamlines the digitization of the agri-value chain is crucial.

With the help of digitalization, agribusinesses will be able to guarantee complete traceability and offer real-time intelligence and insights for improved predictability.

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Tea producers call for all stakeholders to ensure industry’s resilience and growth

Synopsis

TAI representing tea producers in Assam & West Bengal, is concerned by the pressing challenges faced in the current season by the tea industry in these regions.

The Tea Association of India (TAI), representing tea producers in Assam & West Bengal felt that adverse climate conditions, subdued international and domestic markets, and their profound impact on the industry call for collective action and collaboration from all stakeholders to ensure its resilience and growth.

TAI representing tea producers in Assam & West Bengal, is concerned by the pressing challenges faced in the current season by the tea industry in these regions.

The tea industry in Assam and North Bengal is grappling with the detrimental effects of climate change. Erratic weather patterns, extreme temperatures, and insufficient rainfall have severely affected both the quantity and quality of tea production. The changing climate poses significant challenges to the sustainability and productivity of tea gardens, necessitating immediate measures to adapt and mitigate its impact.

In addition to climate challenges, the industry is facing subdued demand in both international and domestic markets. Factors such as the oversupply of tea in the global market and shifting consumer preferences have contributed to the weakened demand for tea from Assam and North Bengal. It is imperative that we work collectively to explore new market opportunities, promote the unique qualities of our teas, and address any regulatory barriers that hinder trade.

Ajay Jalan, President, Tea Association of India stated “All stakeholders, including tea producers, industry leaders, retailers, government bodies, and experts, to come together and collaborate on finding innovative solutions. We must prioritize sustainable practices, diversification of markets, and the development of adaptive strategies to overcome these challenges. By fostering an inclusive dialogue and sharing best practices, we can ensure the long-term sustainability of the tea industry and the livelihoods of those dependent on it.”

Prabir Bhattacharya, General Secretary, TAI said,“The Tea Association of India remains steadfast in its commitment to supporting and advocating for the tea industry in Assam and North Bengal. We will actively engage with government authorities, industry partners, and other stakeholders to address the critical issues at hand. Through focused initiatives, research, and partnerships, we aim to foster a conducive environment for the growth and prosperity of the tea industry.”

He further said : “We call upon the respective state governments, policymakers, market participants, and consumers to join hands in supporting the tea industry during these challenging times. Together, we can navigate the complexities, unlock opportunities, and build a sustainable and resilient future for Assam and North Bengal teas.”

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How Do AgriTech Solutions Assist Overcome The Greatest Problems In Finding & Purchasing Agri-Commodity?

The complex network of stakeholders in the agri-food supply chain, which serves a variety of agri-ecosystem segments, has complicated the chain in the past and continues to do so. Those active in sourcing and purchasing agri-commodities serve as a crucial link between agricultural communities and food processing companies around the world. They make sure that the greatest raw materials, used to make the best food products, get to the factories. There are difficulties associated with the supply chain’s complexity. Let’s examine significant supply chain issues and how agricultural technology is assisting agribusinesses in solving them.

What Issues in the Supply Chain Can Agritech Help Solve?

Reduce post-harvest losses as early in the supply chain as possible.
Facilitate food safety and quality compliance for export
Guarantee that food moves more quickly along the supply chain.
Provide traceability for agri-food products to boost consumer confidence in the brand

Reduce post-harvest losses as early in the supply chain as possible.

One of the biggest worries that procurement companies have at the time of harvest is whether the harvested produce they receive will be of the quality they want and the quantity they got guaranteed.

The cultivation of crops at various growth phases gets impacted by a variety of elements, including the climate, which is particularly sensitive to agriculture. A change in soil conditions, pest infestations, crop diseases, and unfavourable and unpredictable weather patterns are just a few of the elements that can significantly reduce agricultural productivity.

The use of an agri-technology platform is unarguably the most effective strategy to boost the agricultural output and efficiency of the field workforce. It enables the digitalization of numerous field operations so that farming methods are constantly improved based on real-world data that yields useful insights.

Facilitate food safety and quality compliance for export

Strict import laws on the calibre of agri-food goods are how international markets safeguard the interests of their customers. Exporters work hard to adhere to each nation’s requirements in order to obtain the approval for trade.

On the one hand, it gives consumers the power to learn all there is to know about the products they use. The transparency of the processes also helps food producers build a relationship with the consumer. What else can agri-stakeholders do to further increase openness and value for their company?

A system that enables crop cultivation monitoring can be set up by commodity merchants and businesses that buy agricultural products from farmers and export them to another nation. To make sure growers follow farming practises that are consistent with trade standards, they might employ farm management solutions.

Ensure that food moves through the supply chain more quickly.

Around 14% of the world’s food is actually lost between harvest and retail sales, according to theexperts, and logistics is a significant loss point in addition to other factors. For perishable goods, such as fresh fruits and vegetables, to keep as fresh as possible until they reach the consumer, a well-organized logistics system is essential, especially if the goods were not produced nearby. The transfer of the commodities might also get hampered and significant post-harvest losses can result from a lack of clear communication between the producers and the procuring firms.

By offering a dependable multi-stakeholder platform for effective communication amongst the various stakeholders involved, cloud-based networks help enterprises address such supply chain issues.

Provide traceability for agri-food products to boost consumer confidence in the brand

To ensure they offer only the best products, large businesses that serve customers worldwide must maintain a close eye on the supply chain.Customers view farm-to-fork traceability as a symbol of food safety and quality and it is essential for verifying the origin of an ingredient.

Procurement companies can use cutting-edge agritech solutions tools to track all the processes involved in the cultivation of the agri-commodity. By using this intelligence, procurement organisations can further improve the supply chain and win the trust and loyalty of end consumers.

Product recalls are one of the major supply chain issues where traceability is advantageous. With distinctive identifiers, brands may quickly determine which products are unfit for consumption and take the necessary action, minimising losses and preserving customer confidence in the brand.

Conclusion

Today’s top global brands use cutting-edge technologies to make informed purchasing decisions. These companies can discover crops of interest in relation to the hectarage planted, the health of the crop, and its anticipated yield output thanks to the capability of remote sensing, artificial intelligence, machine learning, and cloud computing when adjusted to local complexity. This will not simply help better sourcing options for the organisation, but will also allow them to determine if they will have enough quantities of the produce for manufacturing their product.

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WHY IS FARM WATER FILTERATION IMPORTANT FOR YOUR FARM?

On farms, a lot of water get used. It is possible for water to come from the mains, streams, rivers, ponds, or runoff from rainfall. Water is specifically used for many different things, such as washing vegetables, irrigation, watering livestock, and cleaning dairy and pig facilities. Without a doubt, pumps and filters are crucial pieces of equipment in contemporary farming.

The success of an agricultural area depends heavily on the quality of the water entering the area. For agricultural use, water quality is frequently insufficient. A plant’s capacity to absorb water get compromised by high salt concentrations, increasing plant stress and lowering food production. A particular degree of metal content has a negative effect on agricultural yield.

Water quality may suffer as a result of agricultural operations. Poor farming methods may lead to increased nutrient concentrations, faecal coliforms, and sediment burdens. Water bodies may become eutrophicated as a result of increased nutrient loading from animal waste, which may eventually affect aquatic ecosystems. Animal faeces may potentially introduce harmful faecal coliforms, endangering the public’s health. Grazing and other agricultural practises could make erosion processes worse and increase the amount of silt entering nearby water sources. Fish and macroinvertebrates are mainly impacted by increased silt loads, which also make drinking water treatment more challenging.

IMPORTANCE OF WATER FILTRATION

Achieving domestic water quality standards and maintaining ecosystem health need good agricultural management practises, which are essential for the success of any agricultural endeavour. In order to supply suitable water quality for both groups, agriculture and domestic water consumers must cooperate. Thus, water filtering is crucial.

To create safe and clean water for a particular use, such as drinking, medical, agricultural, and pharmaceutical applications, water filtration is the process of removing or reducing the concentration of particulate matter from contaminated water, such as suspended particles, parasites, bacteria, algae, viruses, and fungi.

Clean Water is necessary to clean the various animals’ and birds’ avian homes. For instance, the waste generated by birds on a poultry farm is considerable. It will take a lot of water to clean the region. If the water used has impurities, sediments may build up along the edges and endanger the health of the farm’s animals and birds. Dairy farms need water for the cooling of milk as well. This water needs to be chemically treated in order to prevent any interference with the milk cooling process. The only way to accomplish this goal is to install high-quality water filter systems in dairy and poultry farms.

The bad quality of the water will damage agricultural pumps, motors, filters, and pipelines. Its performance may get impaired, and their lifespan would be drastically decreased, due to the continual buildup of sediments and pollutants in each of their many sections. The efficacy of the numerous pieces of agricultural machinery won’t get impaired thanks to a farm water filtering system. Running water that is crystal clear and impurity-free will increase the lifespan of farm equipment. In order to get the machinery back in working order, the farmer will have to spend less time disassembling the various components. The production of the farmer is significantly impacted by this.

With all of these considerations, it is always advised to utilise water treatment systems to protect the environment and human health.

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