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The International Rice Research Institute (IRRI) and smart agriculture technology leader XAG are set to accelerate agricultural automation and innovation in the Philippines through digital agriculture and precision farming using drone technology.  Through a Memorandum of Understanding (MOU), IRRI and XAG will collaborate to validate the application of smart agriculture technologies in rice-based cropping systems through experimentation and research

XAG, through its Philippine partner Agridom, has donated agricultural drones to the International Rice Research Institute (IRRI) to support its mission of advancing precision agriculture and sustainable farming practices. Agridom pioneered the introduction of XAG agricultural drones in the Philippines, bringing cutting-edge technology to local farmers and institutions. This collaboration with IRRI demonstrates Agridom’s unwavering commitment to driving agricultural innovation and empowering the sector with tools that enhance productivity and sustainability.

“Drones have been increasingly used for high throughput phenotyping, crop monitoring, improving agricultural productivity, and supporting precision farming. By providing efficient tools for crop monitoring, precision input application, and data-driven decision-making, drones provide the potential to significantly reduce costs and increase yields, optimizing resource use and minimizing environmental impact,” explained IRRI Senior Scientist and Digital Agriculture and Precision Farming Lead Engr. Steve Klassen.

This meant that drones could rapidly provide measurements of traits related to growth, yield, and stress adaptation. This technology is particularly valuable to smallholder farmers who must improve their productivity and reduce production costs to be competitive and stay in business in response to climate change, labor shortages, and higher input costs.

However, drone adoption in the Philippines is hindered by limited access to technology, lack of standard protocols, financial resources, and regulatory constraints. “To overcome these challenges, we need a comprehensive approach that involves targeted training, guidelines for best practices, financial incentives, and supportive government policies.”, Klassen said.

Klassen’s team is also working with the Philippine Department of Agriculture (DA) – National Program, Philippine Rice Research Institute (PhilRice), and their allied bureaus on the Drones4Rice Project, which aims to streamline and standardize drone protocols for applying seeds, fertilizers, and pesticides in the Philippines. The donated drones will support the ongoing Drones4Rice project and other IRRI global initiatives on sustainable farming and digital accelerators.

“IRRI is a key research and technology partner in the Philippines, and through this effort, we hope to contribute to the country’s agricultural competitiveness through drone-based technologies.” shared XAG Head of International Business Wei Tong. “XAG’s agricultural drones can be applied to various precision farming scenarios, specifically but not limited to direct seeding, pesticide spraying, fertilizer operation, and remote sensing. We hope to expand our engagements abroad to strengthen global food security and tackle climate change, as rice is the primary staple food that feeds over half of the world’s population.”, Tong shared.

Beyond this collaboration, XAG is also a member of the IRRI-led Direct Seeded Rice Consortium (DSRC), which promotes direct seeding methods in rice cultivation by developing technologies and training farmers to adopt sustainable farming practices.

The International Rice Research Institute (IRRI) and

WestMET Group announced the acquisition of Black Earth, a leading Calgary-based manufacturer of humic products. This move represents a bold step forward in WestMET’s mission to lead the biostimulant industry while offering economical, high-quality solutions powered by its world-class humalite reserve in Sheerness, Alta

The acquisition includes Black Earth’s advanced manufacturing facilities in Ryley and Halkirk, Alta., enabling WestMET to vertically integrate its operations. By streamlining every stage of production—from raw humalite extraction to the finished product—WestMET is setting a new standard for quality, reliability and transparency in the humic space.

″This is an exciting moment for our enterprise,″ said Jeffrey Kukura, president of WestMET Group. ″Black Earth brings proven expertise, a strong brand and an impressive range of products that perfectly align with our vision for sustainable growth. Together, we’re poised to expand our footprint and deliver even greater value to our customers.″

Black Earth has been a trusted name in the humic industry, offering a portfolio of liquid and dry products that cater to agriculture, turf, aquaculture, animal feed and industrial applications. Moving forward, all Black Earth products will feature humalite exclusively from WestMET’s Sheerness mine, a resource known for its unparalleled quality and consistency.

″Joining forces with Black Earth allows us to offer a seamless experience for our customers while leveraging the strengths of both teams,″ said David Wittekind, director of business development at WestMET Group. ″We’re committed to driving innovation and growth in the humic industry, and this acquisition marks the beginning of an exciting new chapter.″

For years, Black Earth and WestMET Ag—a division of WestMET Group—have worked closely to bring sustainable humic solutions to market. Now, with full integration, WestMET is better positioned to serve distributors, farmers and industrial partners with products that enhance soil health, improve crop yields and support sustainable practices.

The acquisition reinforces WestMET Group’s dedication to sustainable resource development, cutting-edge solutions and building long-term value for its stakeholders. From supporting progressive agriculture to advancing industrial uses like land reclamation and drilling fluids, WestMET is focused on creating lasting impact across industries.

WestMET Group announced the acquisition of Black

A recent study from the University of Illinois Urbana-Champaign shows that gene-edited bacteria can supply the equivalent of 35 pounds of nitrogen from the air during early corn growth, which may reduce the crop’s reliance on nitrogen fertilizer

″To replace all synthetic nitrogen would certainly be something. Maybe 100 years from now we will have found the microbes and genetic tweaks to get close to that goal, but these microbes are not there yet. However, we have to start somewhere, and this work demonstrates nitrogen-fixation for corn has potential,″ said study co-author Connor Sible, research assistant professor in the Department of Crop Sciences, part of the College of Agricultural, Consumer and Environmental Sciences at Illinois.

Sible and his co-authors tested products from Pivot Bio called PROVEN and PROVEN® 40, which includes one or two species of soil bacteria, respectively, that can turn atmospheric nitrogen into plant-available forms. The edited versions boost the activity of a key gene involved in nitrogen fixation, making more of it available to plants. When applied at planting, the bacteria colonize plant roots, delivering the nutrient where it is needed most.

The company claims that biologically-fixed nitrogen can potentially replace the equivalent of up to 40 pounds per acre of fertilizer nitrogen.

″There is a lack of peer-reviewed published data to support this claim. There is also no research estimating the magnitude of nitrogen replacement values and when in the growth cycle that additional nitrogen is accumulated,″ said Logan Woodward, who completed the study as a doctoral student at Illinois. ″Our objective was to fill those knowledge gaps.″

The researchers applied the products at planting during three field seasons using standard agronomic practices for corn, including nitrogen fertilizer at 0, 40, 80, 120, or 200 pounds per acre. They then measured nitrogen in plant tissues at the V8 stage (eight fully-collared leaves) and at R1 (silk emergence), as well as grain yield at the end of each season. The dilution of plant and soil stable isotopic nitrogen showed that additional nitrogen uptake in the inoculated plots was from the atmosphere, supplementing the soil and fertilizer supply.

The analysis showed that, across all nitrogen fertilizer rates, the inoculant increased corn vegetative growth, nitrogen accumulation, kernel number, and yield by 2 bushels per acre on average. At the moderate nitrogen rates, yield was up by 4 bushels per acre. This was equivalent to 10-35 pounds of nitrogen per acre of fertilizer.

″The overall yield response was positive, but modest. The 35 pounds of fertilizer equivalent during early growth was down to about 10 by season’s end,″ said senior study author Fred Below, professor in crop sciences. ″Clearly, there is still a need to fertilize. You need enough nitrogen to build a happy and healthy plant, as a healthy plant can then produce the root sugars needed to feed the microbes. Without nitrogen, the plant cannot support itself nor the inoculated microbes, so the efficacy is quite diminished in the absence of some fertilizer nitrogen.″

While the products as they are now cannot replace synthetic fertilizers, the research team thinks the technology shows promise and hopes it can be improved to deliver even greater benefits. Still, the products could be useful in certain applications today.

″Every farm has areas of the field where the soil does not provide enough nitrogen or the fertilizer was lost or unavailable, so a microbial inoculant to provide a third source of nitrogen could help,″ Sible said. ″Sometimes corn fields receive ‘insurance nitrogen’ where an extra 20 pounds is supplied in case it is a year prone to nitrogen loss. Perhaps a nitrogen-fixing inoculant can reduce the need for those extra 20 pounds, and this could have a large impact when summed across all Corn Belt acres.″

A recent study from the University of

This decision will ensure price stability and support 5 crore farmer families, 5 lakh workers, and strengthens the sugar sector.

With the aim to stabilise domestic prices and support the sugar industry, the Central government of India has permitted the export of 1 million tonnes of sugar for the 2024-25 season ending in September.

Pralhad Joshi, Minister of Consumer Affairs, Food and Public Distribution of India said that the Government of India has approved a 10 LMT sugar export quota for 2024-25. This decision will ensure price stability and support 5 crore farmer families, 5 lakh workers, and strengthens the sugar sector.

According to the order of Food Ministry the export of all sugar grades within allocated quotas is allowed. Sugar mills can export directly or through merchant exporters until September 30, with the flexibility to surrender their quotas by March 31 or swap them with domestic allocations. The order also permits mutual quota exchanges between mills, subject to Food Ministry approval.

India was the world’s second-largest sugar exporter during the five years leading up to 2022-23, averaging 6.8 million tons of annual exports. However, the country did not permit exports in the 2023-24 marketing year due to domestic concerns.

The Indian Sugar and Bio-energy Manufacturers Association (ISMA) welcomed the export approval, with Director General Deepak Ballani stating that the decision will provide much-needed revenue to mills and help them clear cane payment dues.

The latest decision could put pressure on global sugar prices while helping to prop up local prices. This comes amid a decline in domestic sugar prices, which has affected mill margins.

India’s sugar output for 2024-25 is projected to decline to 27 million tonnes from 32 million tonnes last year, falling short of the domestic consumption estimate of over 29 million tonnes. By January 15, production had reached 13.06 million tonnes, marking a 13.66 per cent year-on-year decline due to lower yields in key states like Maharashtra, Karnataka, and Uttar Pradesh.

This decision will ensure price stability and

In the first half of January 2025 India exported over 9,300 tonnes of coffee with top buyers including Italy, Belgium, and Russia.

Over the centuries, the cultivation of coffee in India has evolved from a humble practice to a thriving industry with the country’s coffee now widely loved across the globe. India is now the seventh-largest coffee producer globally with exports reaching $1.29 billion in FY 2023-24, almost double the $719.42 million in 2020-21.

India’s coffee exports have grown significantly due to the increasing global demand for its rich and unique flavors. In the first half of January 2025 India exported over 9,300 tonnes of coffee with top buyers including Italy, Belgium, and Russia. Approximately three-fourths of India’s coffee production consists of Arabica and Robusta beans. These are primarily exported as unroasted beans. However, there is a growing demand for value-added products like roasted and instant coffee, further fueling the export boom.

Due to rise of cafe culture, higher disposable incomes and a growing preference for coffee over tea, coffee consumption in India is also steadily increasing. This trend has been observed particularly in both urban and rural areas. Domestic consumption has increased from 84,000 tonnes in 2012 to 91,000 tonnes in 2023. This surge reflects a broader shift in drinking habits, as coffee becomes a staple in daily life.

 India’s coffee is primarily grown in the ecologically rich Western and Eastern Ghats, areas famous for their biodiversity. Karnataka leads in production, contributing 248,020 MT in 2022-23, followed by Kerala and Tamil Nadu. These areas are home to shaded plantations that not only support the coffee industry but also play a vital role in preserving the natural environment, helping to maintain the ecological balance of these biodiversity hotspots.

To enhance coffee production and meet growing domestic and international demand the Coffee Board of India has launched several important initiatives. Through the Integrated Coffee Development Project (ICDP) the focus is on improving yields, expanding cultivation in non-traditional regions and ensuring the sustainability of coffee farming. These measures are part of a comprehensive strategy to strengthen India’s coffee industry, increase productivity and improve its global competitiveness.

A prime example of the success of this is Araku Valley, where nearly 150,000 tribal families in collaboration with the Coffee Board and the Integrated Tribal Development Agency (ITDA) have increased coffee production by 20 per cent. This achievement is backed by loans from the Girijan Co-Operative Corporation (GCC). It shows how coffee farming empowers communities and supports the vision of Aatmanirbhar Bharat.

These initiatives, combined with export incentives and logistical support, are playing a crucial role in expanding India’s coffee industry. They help improve both domestic production and global competitiveness, firmly establishing India as a leading player in the global coffee market.

In the first half of January 2025

The lab features advanced equipment such as Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES), which provides precise detection of essential soil and plant.

Coromandel International Limited, India’s leading agri-inputs company, has inaugurated an advanced Soil and Leaf Testing Laboratory at its plant in Kakinada. Equipped with state-of-the-art technologies, this facility is designed to provide precise soil and plant nutrient analysis, helping farmers across India better understand their soil and its nutrient composition. This empowers them to make informed decisions on agri-input usage, promoting sustainable agricultural practices while safeguarding soil health for future generations.

The hi-tech laboratory was inaugurated by Arun Alagappan, Executive Chairman of Coromandel International Limited, along with S. Sankarasubramanian, Managing Director & CEO, in the presence of other senior leadership team.

The laboratory features advanced equipment such as Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES), which provides precise detection of essential soil and plant nutrients; Energy Dispersive X-ray Fluorescence (ED-XRF) which enables detailed leaf nutrient analysis. Other advanced technologies present at the lab include spectrophotometers, microwave digesters, and near-infrared spectrometers, ensure comprehensive and precise testing capabilities. These tools provide farmers with valuable insights into soil health and nutrient availability, allowing them to adopt precise agricultural practices that optimize fertilizer usage. By addressing nutrient deficiencies, improving crop yields, and minimizing unnecessary input costs, the laboratory supports long-term soil health and sustainable agriculture. 

Speaking at the inauguration, S. Sankarasubramanian, Managing Director & CEO, Coromandel International Ltd., emphasized Coromandel’s commitment to sustainable agriculture and farmer empowerment. He said, “We are focused on empowering farmers with the tools to optimize productivity and sustainability. By offering soil and leaf test-based fertilizer recommendations, we help farmers make informed, tailored decisions for specific crops, regions, and seasons. This first-of-its-kind laboratory will change the game for farmers in being able to predict better outcomes through the precise nutrient insights.”

To boost engagement with farmers, this laboratory has automated soil testing service requests and the delivery of detailed test reports using Salesforce CRM. Farmers receive timely, data-driven recommendations directly on their mobile phones. Additionally, the laboratory’s services are integrated with the Gromor Nutri Advisory Portal, which offers stage-wise fertilizer recommendations tailored to soil data and crop needs.

The lab features advanced equipment such as

The agricultural fumigant market is experiencing a marked increase in valuation, with a growth from $1,190.0 million in 2019 to $1667.0 million in 2024. This growth is expected to continue, with an estimated valuation of $2,830 million for 2034 and a projected CAGR of 5.4 per cent through 2034. This growth can be attributed to various factors, including advancements in farming techniques and the need for effective and economical pest management techniques to minimize post-harvest losses

The agricultural fumigant industry plays a pivotal role in ensuring global food security by protecting crops and stored food products from pests, diseases, and other contaminants. In 2019, the market was valued at $1,190 million, surging to an estimated $1,667 million by 2024. This impressive trajectory is anticipated to reach $2,830 million by 2034, growing at a steady CAGR of 5.4 per cent.

Growing populations and climate change have heightened the demand for efficient agricultural practices, including pest management solutions. Agricultural fumigants are pivotal in maintaining yield quality and minimizing crop losses, particularly in regions facing food crises or adopting sustainable agricultural techniques. One of the key drivers of growth in the agricultural fumigant market is the increasing salinity of the soil, which has forced farmers in countries like India, the United States, and China to adopt organic agrarian fumigants. Suppliers store produce, and with advancements in storage techniques, fumigant demand has also accelerated.

It is important to note that fumigants can cause problems like phytotoxicity according to crop type, seasonal conditions, and more. Research shows that fumigants can be used only by professional fumigators due to their high toxicity, which can promote lower-risk fumigants as land safety is prime for farmers. Despite this, the market for agricultural fumigants remains robust, with solid forms such as phosphine being particularly popular due to their higher efficiency and lower cost compared to other fumigants. Solid forms are also easier to handle and store, making them more convenient for suppliers to stock and sell. The agricultural sector remains the backbone of many economies. Fumigants play a significant role in enhancing productivity by providing efficient pest control solutions. Developing countries with agrarian-based economies are increasingly adopting fumigants to improve yield and safeguard stored products.

Phosphine-based fumigants are increasingly preferred due to their effectiveness, ease of application, and reduced environmental impact. These fumigants are especially favored in regions where sustainable farming is prioritized. Solid fumigants are gaining traction owing to their long shelf life, safe handling properties, and effectiveness in controlled release applications. This trend is particularly notable in countries investing heavily in advanced agricultural technologies.

The agricultural fumigant market is experiencing a

Origin Agritech Ltd a leading Chinese agricultural technology company, today announced the signing of cooperation agreements with 12 prominent agricultural companies, including Beidahuang Kenfeng Seed Co., Ltd. and Denong Seed Co., Ltd. The Agreements were formalized during the Company’s “Corn Smart Plant Type & Transgenic Breeding” seminar and Field Observation of Origin’s corn transgenic experimental field in Sanya, co-hosted with China Agricultural University

The Agreements encompass comprehensive biotechnology services, focusing on application of BBL2-2 transgenic varieties, molecular marker-based variety improvement, gene editing technology implementation and corn mutant library applications.

The Agreements were announced during a high-profile industry event that brought together leading agricultural experts, including Jingrui Dai, Academician of the Chinese Academy of Engineering, and Yanqiu Zhang, President of the China Seed Association. The event also showcased Origin’s successful development of “smart plant type” corn varieties, demonstrated through field observations at Sanya Nanbin Farm.

During the seminar, Origin showcased its latest innovation, the MIGC 20K (Multi-function Integrated Gene Chip 20K), a breakthrough technology developed by Origin’s Marker Biological Breeding Platform. This advanced chip leverages data from 40 million SNP sites across 1,218 inbred lines and incorporates 10 million detection data sites from over 2,000 breeding inbred lines in China. The MIGC 20K provides comprehensive solutions for transgenic component identification, variety rights protection, and efficient molecular breeding.

“These Agreements represent a significant milestone in Origin Agritech’s mission to advance agricultural biotechnology in China,” said Weibin Yan, Chief Executive Officer of Origin Agritech. “By combining our expertise with that of our new partners, we are strengthening our position in the seed industry while fostering innovation that will benefit farmers across the region. The MIGC 20K platform will play a crucial role in accelerating these collaborative efforts and advancing our breeding capabilities.”

Bill Deng, Vice President of Origin Agritech, commented: “These Agreements will accelerate the development and commercialization of innovative seed varieties, ultimately contributing to the modernization of China’s agricultural sector. The integration of our MIGC 20K technology will provide our partners with advanced tools for precise breeding and variety development.”

Origin Agritech Ltd a leading Chinese agricultural

The latest round of FICCI’s Economic Outlook Survey projects an annual median GDP growth forecast of 6.4 per cent for 2024-25. The forecast in the current survey marks a moderation from 7.0 per cent estimate (for 2024-25) put out in the previous round conducted during the month of September last year. The numbers are in line with the broad expectations and reflect a notable slowdown vis-à-vis 8.2 per cent GDP growth recorded in 2023-24

The agricultural sector, including allied activities, is expected to grow at 3.6 per cent in 2024-25. The industry and services sectors, on the other hand, are projected to expand by 6.3 per cent and 7.3 per cent, respectively, in 2024-25. Economic activity is expected to witness an uptick in the second half of current fiscal supported by a revival in public capital expenditure, festive demand and normalization in industrial activity post monsoon.

The present round of FICCI’s The agricultural sector, including allied activities, is expected to grow at 3.6 per cent in 2024-25. The industry and services sectors, on the other hand, are projected to expand by 6.3 per cent and 7.3 per cent, respectively, in 2024-25. Economic activity is expected to witness an uptick in the second half of current fiscal supported by a revival in public capital expenditure, festive demand and normalization in industrial activity post monsoon.

The present round of FICCI’s Economic Outlook Survey was conducted in the month of December 2024 and drew responses from leading economists representing industry, banking and financial services sector. CPI based inflation has a median forecast of 4.8 per cent for 2024-25. This is in line with the RBI’s projection in the latest monetary policy announcement in December 2024. Economists were also invited to share their perspectives on key topical issues. Despite persisting uncertainties, the global economy has exhibited resilience, though growth prospects remain uneven across regions. Monetary policy normalization continues to influence strategies in advanced economies, while the pace of disinflation varies significantly across countries.

The participating economists observed global economy in 2025 to present a reasonable growth trajectory, with an underlying note of caution. Softening price levels and ensuing monetary policy easing in some of the major economies, positive momentum in interest sensitive sectors, and continued recovery in services sectors are expected to bode well for the growth prospects this year. Furthermore, according to the survey participants the advancements in technology, particularly in semiconductors, electronics, and artificial intelligence, alongside increased attention towards green energy transitions, are expected to catalyse investments.

Nonetheless, substantial risks continue to cloud the global economic landscape. Rising geopolitical tensions and trade policy uncertainty pose as challenges, with the potential to fragment global trade and restrain growth. The impact of change in political leadership in the United States is yet to be seen.

Also, though inflation has softened across advanced and emerging market economies, however, the progress continues to vary across countries. The conflict in the Middle East remains escalated and could impact energy markets.

Additionally, elevated public debt levels are a challenge and could pose a threat to fiscal sustainability. Climate-induced disruptions are increasingly impacting economies that are heavily dependent on agriculture and commodities.

Furthermore, according to the participants, India’s economic outlook for 2025 presents cautious optimism, amidst the backdrop of persisting external headwinds.

Consumer spending is expected to gain momentum, driven by an improved outlook for the agriculture sector, which is likely to bolster rural consumption and sentiment in the first half of the next fiscal year. Food inflation – which has remained elevated for over a year and strained household budgets – is expected to ease.  Furthermore, monetary easing by the Reserve Bank of India (RBI), resulting in lower interest rates, could also provide an additional impetus to consumption.

On the investment front, the government’s focus on capital expenditure is expected to remain a key growth driver in the year 2025-26. Investments in infrastructure and allied sectors—such as roads, housing, logistics, and railways—are anticipated to further economic momentum.

Nonetheless, downside risks remain on horizon. Participating economists expect the private capital expenditure cycle to stay subdued, with a cautious outlook limiting large-scale capacity additions.  Factors such as geopolitical uncertainties, uneven domestic demand, oversupply from China have kept investors on the edge. However, with deleveraged corporate balance sheets, capacity utilization rates holding up, and uptick in demand – the momentum in private investments could build.

Next, the participating economists were invited to share their perspective on the expected impact of Trump’s policies on the Indian economy. The respondents indicated possibility of short-term disruptions through channels like exports, foreign capital flows, and input costs for the US trading partners including India.

The likelihood of tax cuts (personal and business) could inflate the US fiscal deficit, while higher tariffs and stricter immigration norms could push up labour costs and inflation. The Federal Reserve, in response, could cut the policy rates by less than what was anticipated. This may reduce capital inflows into emerging markets, including India, causing Rupee fluctuations.

Trade tensions, including a potential US-China trade conflict, could disrupt supply chains and raise input costs in the short term. However, economists expect US to take a calibrated approach towards India. The participating economists pointed out that new avenues could arise for Indian industries, particularly in electronics manufacturing segment, benefiting from supply chain shifts. India’s pharmaceutical industry, a global leader in generics and active pharmaceutical ingredients (APIs) are well-positioned to capitalize on supply chain shifts. India is poised to benefit from global supply chain diversification away from China. Its strategic position as a manufacturing hub could attract foreign direct investment in sectors like semiconductors, electronics, and automotive components. Targeted industrial policies and sector-specific strategies will remain critical to seizing these opportunities.

To address risks and unlock opportunities, economists recommended that India should evaluate reducing tariffs on select and specific US imports while ensuring revenue stability and minimal domestic impact. Diversifying export markets and leveraging ongoing trade negotiations will be critical to enhancing trade resilience. Also, development of high-quality industrial clusters with robust backward and forward linkages is essential for India to integrate into diversifying global supply chains. Deepening collaborations in areas like artificial intelligence, clean energy, and cybersecurity will further strengthen economic and strategic ties between India and the U.S.

The Union Budget for 2025-26, set to be presented on 1st February 2025, arrives amidst global economic uncertainties and moderating domestic growth. Against this backdrop, participating economists shared their expectations that could shape the government’s policy in the upcoming budget.

Reviving private consumption emerged as a key priority. A review of the current tax structure including rates (both direct and indirect taxes) in the Union Budget 2025-26 is called for with a view to enhance disposable income and stimulate consumer spending. Additionally, continued investments in welfare programs such as MGNREGA, PMGSY, and PMAY were recommended. Further, the participating economists expect continued capex expansion, given its strong multiplier effects. An increase between 10-15 per cent in capex over 2024-25 is being looked at in the upcoming budget.

Economists also recommended initiatives to increase agri productivity, improve rural infrastructure, and strengthen agricultural value chains. Investments in cold storage facilities and supply chain efficiency were underscored as critical to managing inflationary pressures and minimizing food wastage. A continued focus on manufacturing sector was emphasized on. With regard to improving ease and cost of doing business, the reforms pertaining to land, labour and financial sector are imperative. While many of these reforms fall in the state and concurrent domains, a resolute and actionable plan needs to be worked out. Moreover, policy certainty and timely impact assessment of regulations remains crucial. Amidst external headwinds, India’s exports prospects have come under the lens. Extending support to exporters by continuing the interest equalisation scheme was reiterated. Also, expansion in marketing support allocations was called for. was conducted in the month of December 2024 and drew responses from leading economists representing industry, banking and financial services sector. CPI based inflation has a median forecast of 4.8 per cent for 2024-25. This is in line with the RBI’s projection in the latest monetary policy announcement in December 2024. Economists were also invited to share their perspectives on key topical issues. Despite persisting uncertainties, the global economy has exhibited resilience, though growth prospects remain uneven across regions. Monetary policy normalization continues to influence strategies in advanced economies, while the pace of disinflation varies significantly across countries. The participating economists observed global economy in 2025 to present a reasonable growth trajectory, with an underlying note of caution. Softening price levels and ensuing monetary policy easing in some of the major economies, positive momentum in interest sensitive sectors, and continued recovery in services sectors are expected to bode well for the growth prospects this year. Furthermore, according to the survey participants the advancements in technology, particularly in semiconductors, electronics, and artificial intelligence, alongside increased attention towards green energy transitions, are expected to catalyze investments.

Nonetheless, substantial risks continue to cloud the global economic landscape. Rising geopolitical tensions and trade policy uncertainty pose as challenges, with the potential to fragment global trade and restrain growth. The impact of change in political leadership in the United States is yet to be seen. Also, though inflation has softened across advanced and emerging market economies, however, the progress continues to vary across countries. The conflict in the Middle East remains escalated and could impact energy markets.

Additionally, elevated public debt levels are a challenge and could pose a threat to fiscal sustainability. Climate-induced disruptions are increasingly impacting economies that are heavily dependent on agriculture and commodities. Furthermore, according to the participants, India’s economic outlook for 2025 presents cautious optimism, amidst the backdrop of persisting external headwinds. Consumer spending is expected to gain momentum, driven by an improved outlook for the agriculture sector, which is likely to bolster rural consumption and sentiment in the first half of the next fiscal year. Food inflation – which has remained elevated for over a year and strained household budgets – is expected to ease. Furthermore, monetary easing by the Reserve Bank of India (RBI), resulting in lower interest rates, could also provide an additional impetus to consumption.

On the investment front, the government’s focus on capital expenditure is expected to remain a key growth driver in the year 2025-26. Investments in infrastructure and allied sectors—such as roads, housing, logistics, and railways—are anticipated to further economic momentum. Nonetheless, downside risks remain on horizon. Participating economists expect the private capital expenditure cycle to stay subdued, with a cautious outlook limiting large-scale capacity additions. Factors such as geopolitical uncertainties, uneven domestic demand, oversupply from China have kept investors on the edge. However, with deleveraged corporate balance sheets, capacity utilization rates holding up, and uptick in demand – the momentum in private investments could build.

Next, the participating economists were invited to share their perspective on the expected impact of Trump’s policies on the Indian economy. The respondents indicated possibility of short-term disruptions through channels like exports, foreign capital flows, and input costs for the US trading partners including India. The likelihood of tax cuts (personal and business) could inflate the US fiscal deficit, while higher tariffs and stricter immigration norms could push up labour costs and inflation. The Federal Reserve, in response, could cut the policy rates by less than what was anticipated. This may reduce capital inflows into emerging markets, including India, causing Rupee fluctuations.

Trade tensions, including a potential US-China trade conflict, could disrupt supply chains and raise input costs in the short term. However, economists expect US to take a calibrated approach towards India. The participating economists pointed out that new avenues could arise for Indian industries, particularly in electronics manufacturing segment, benefiting from supply chain shifts. India’s pharmaceutical industry, a global leader in generics and active pharmaceutical ingredients (APIs) are well-positioned to capitalize on supply chain shifts. India is poised to benefit from global supply chain diversification away from China. Its strategic position as a manufacturing hub could attract foreign direct investment in sectors like semiconductors, electronics, and automotive components. Targeted industrial policies and sector-specific strategies will remain critical to seizing these opportunities.

To address risks and unlock opportunities, economists recommended that India should evaluate reducing tariffs on select and specific US imports while ensuring revenue stability and minimal domestic impact. Diversifying export markets and leveraging ongoing trade negotiations will be critical to enhancing trade resilience. Also, development of high-quality industrial clusters with robust backward and forward linkages is essential for India to integrate into diversifying global supply chains. Deepening collaborations in areas like artificial intelligence, clean energy, and cybersecurity will further strengthen economic and strategic ties between India and the U.S.

The Union Budget for 2025-26, set to be presented on 1st February 2025, arrives amidst global economic uncertainties and moderating domestic growth. Against this backdrop, participating economists shared their expectations that could shape the government’s policy in the upcoming budget. Reviving private consumption emerged as a key priority. A review of the current tax structure including rates (both direct and indirect taxes) in the Union Budget 2025-26 is called for with a view to enhance disposable income and stimulate consumer spending. Additionally, continued investments in welfare programs such as MGNREGA, PMGSY, and PMAY were recommended. Further, the participating economists expect continued capex expansion, given its strong multiplier effects. An increase between 10-15 per cent in capex over 2024-25 is being looked at in the upcoming budget.

Economists also recommended initiatives to increase agri productivity, improve rural infrastructure, and strengthen agricultural value chains. Investments in cold storage facilities and supply chain efficiency were underscored as critical to managing inflationary pressures and minimizing food wastage. A continued focus on manufacturing sector was emphasized on. With regard to improving ease and cost of doing business, the reforms pertaining to land, labour and financial sector are imperative. While many of these reforms fall in the state and concurrent domains, a resolute and actionable plan needs to be worked out. Moreover, policy certainty and timely impact assessment of regulations remains crucial. Amidst external headwinds, India’s exports prospects have come under the lens. Extending support to exporters by continuing the interest equalization scheme was reiterated. Also, expansion in marketing support allocations was called for.

The latest round of FICCI’s Economic Outlook

These bacteria also help boost the growth hormones of the plants, inhibit the growth of harmful fungi, and help in making essential nutrients readily available to plants.

Researchers from the Indian Institute of Technology Bombay (IIT Bombay) have been studying bacteria that feed on toxic chemicals and pollutants as a solution for the ever-increasing pollution of our natural resources. In a recent study published in the journal Environmental Technology & Innovation, they have used the power of specific bacterial species to remove organic pollutants from soil. Moreover, these bacteria were also found to help boost the growth hormones of the plants, inhibit the growth of harmful fungi, and help in making essential nutrients readily available to plants. These could reduce our dependence on chemicals currently used as insecticides and pesticides and help improve soil health and fertility.

Soil contamination from aromatic compounds (organic compounds with a benzene-like ringed structure) in the form of pesticides (insecticide and herbicide) is one of the major issues the agriculture industry faces today. These compounds are toxic, can inhibit seed germination, reduce plant growth and yield, and also accumulate in seeds and plant biomass. Many aromatic pollutants such as carbaryl, naphthalene, benzoate, 2,4-dichlorophenoxyacetic acid and phthalates are extensively used in pesticide formulation and also released as by-products from various other industries, like cosmetics, textile, construction, food and feed preservatives, dyes, petroleum, and plastics. Traditional approaches to remove these pollutants, like chemical treatments or soil removal, often turn out to be band-aid solutions – expensive and unable to tackle the problem completely.

To address this issue, the IIT Bombay team identified bacteria from toxic environments. While doing so, they noticed that certain bacterial species, specifically from the genera Pseudomonas and Acinetobacter, were especially good at breaking down aromatic compounds. “These bacteria were isolated from contaminated soil and agricultural fields. They feed on pollutants, breaking them down into simpler, harmless, non-toxic compounds. In this way, they act as natural cleaners of polluted environments,” explains Prof. Prashant Phale, from the Department of Biosciences and Bioengineering at IIT Bombay, under whose guidance Sandesh Papade carried out the research for his PhD.

Like feeding two birds with one stone, while breaking down aromatic pollutants, these bacteria were also found to convert insoluble forms of essential nutrients, such as phosphorus and potassium, into soluble forms and make them readily available to the plants. They also produce substances called siderophores, which help plants absorb iron in nutrient-limited environments. Moreover, these bacteria also contribute to plant growth and health by producing a high amount of growth hormone called indoleacetic acid (IAA). “So, while these bacteria are cleaning the soil, they are also helping plants grow healthier and more robust by fertilizing the soil and improving soil health,” Prof. Phale added.

These helpful bacteria produce substances like lytic enzymes and HCN (hydrogen cyanide) that can kill or inhibit the growth of plant pathogenic fungi. “These bacteria act like a natural defence system for plants. Unlike chemical pesticides, which can harm the environment and beneficial organisms, these bacteria are eco-friendly and target only the harmful fungi,” Prof. Phale points out.

Although the findings from the research have a lot of potential in a real-world situation, Prof. Phale believes that “it will take some time for widespread adoption, as the technology will need to be scaled up, tested in different environments, and made available as commercial products.”

These bacteria also help boost the growth

In order to promote rice milling, food processing, and supply chains, leaders in agriculture sector recommend subsidies, tax incentives, and infrastructure upgrades, highlighting congruence with India’s sustainable energy and agricultural goals

Leaders in the agro processing and related sectors are calling for revolutionary changes to dramatically increase the sector’s growth and sustainability as the Union Budget 2025–2026 draws closer. Modernizing procedures, increasing productivity, and supporting the agricultural economy with calculated governmental interventions are their main priorities.

The chairman and managing director of Sona Machinery, Vasu Naren, emphasized the need to provide incentives for modernization in the rice milling industry, which is essential to India’s rural economy and food security. He advocated for tax breaks and incentives to encourage the use of automated and energy-efficient equipment that would increase output and reduce waste. In keeping with India’s goals for ethanol blending, Naren also emphasized the possible incorporation of rice milling by-products, including rice husk, into the ethanol manufacturing process.

In his remarks, he said, “These steps would modernize the rice milling industry and position it as a key enabler of India’s sustainable energy transition and ethanol blending targets. India’s position in the international agriculture and biofuel markets will be strengthened, rural livelihoods will be improved, and the agricultural economy will be strengthened with policy support for rice milling and ethanol generation.” In the meantime, Megha Pavan, the founder and CEO of Arkaa Cluster Private Limited, argued for more funding to advance the food processing and nutraceuticals industries. She called for tax breaks, more farmer subsidies, and investments in research to create cutting-edge processing technologies.

Such programs, according to Pavan, will not only increase access to better food options but also position India as a pioneer in nutrient-dense and ecological solutions. She said, “We anticipate that the budget will prioritize the advancement of agriculture and agri-tech sectors, with particular emphasis on enhancing the processing and innovation capabilities of the food processing industry.”

Praxis Global Alliance’s Practice Leader of Food & Agriculture, Akshat Gupta, underlined the significance of resolving the major issues confronting the agriculture industry. In order to improve cold storage, warehousing, and supply chains and lower post-harvest losses, he argued for a larger budget than the present Rs 1.52 lakh crore.

Additionally, Gupta suggested increasing NABARD funds to assist small farmers, tripling PM-KISAN installments to Rs 12,000, and establishing uniform agricultural loan interest rates of 3-5 per cent. He emphasized strengthening Farmer Producer Organizations (FPOs) with training, loan access, and better storage facilities, as well as digitizing farming through the Digital Agriculture Mission.

“With strong agri-databases and frameworks, Accelerating the Digital Agriculture Mission can modernize farming,” he said. Productivity will increase with improved mandi infrastructure, MSP revisions, and consulting services for crop-specific clusters. Leaders in the industry agree that these tactics will guarantee a more resilient and sustainable future for Indian farmers in addition to increasing the agricultural sector’s productivity and profitability.

In order to promote rice milling, food

With advanced instruments and systems ensure accurate analysis of over 18 parameters, the centre is capable of processing up to 200,000 samples annually.

Dr Reddy’s Laboratories Limited and Dr Reddy’s Foundation inaugurated a unique Soil Testing resource centre in Hyderabad.  Spreading across 14,750 sq.ft., the centre at Hyderabad. Centre is designed to provide fast, accurate, and affordable soil testing services to a diverse range of beneficiaries, including farmers, agronomists, agricultural researchers, and institutions, with the goal of promoting sustainable agricultural practices and enhancing productivity.

Degradation of land is one of the major challenges to agricultural productivity and environmental sustainability in India. Factors such as soil erosion, overuse of chemical fertilizers and pesticides, and poor land management have led to declining soil fertility. Accurate soil testing plays a critical role in addressing these challenges by helping assess the physical, chemical, and biological characteristics of soil. This data empowers stakeholders to make informed decisions on fertilizer application, crop selection, and sustainable soil nutrient management, thereby improving yields, reducing costs, and enhancing environmental outcomes.

Equipped with advanced technology and instruments such as Thermo Gallery Plus Discrete Analyzer, ICP OES 5800, MP-AES Agilent 4210, Dionex ICS-6000 HPIC System, Infinity HPLC, Foss KEL Plus Kjeltec 8400, the centre offers comprehensive chemical, biological, and physical testing of soil testing of over 18 parameters, including primary, macro, and micronutrients, as well as heavy metals in soil, water, and plants.

The centre has capability to process up to 2,00,000 soil samples annually. The centre offers cost-effective and detailed soil health evaluations including nutrient composition, pH levels, organic matter content, and other critical parameters. 

Only 5-20 per cent of India’s cultivable land undergoes soil analysis, leaving a significant gap in soil health understanding. Soil Test-Based Recommendations (STCR) outperform General Recommendation Dose (GRD) by optimizing nutrient use, increasing crop yields by 20-30 per cent, and enhancing farm income. The Soil Testing Resource Center (STRC) aims to bridge the gap between scientific research and practical application of regenerative agriculture practices by offering precise, timely and affordable soil analysis. With the current capacity to process up to 75,000 soil samples annually, STRC will not only empower farmers with actionable insights to improve soil health and productivity, but at the same time would provide tailored recommendations benefiting the RA ecosystem as a whole.

Speaking about the initiative, Suman S, Head of Climate Action and Rural Livelihoods initiatives, said, “The soil testing resource centre is a significant step and part of our evidence-based scientific initiatives to promote sustainable development and empower communities. It reflects our commitment to addressing critical agricultural challenges through innovation and community-focused solutions.  Through this centre, we aim to bridge the gap in access to reliable soil data, benefiting farmers, researchers, and agronomists alike. With the focus on affordability, accessibility, and technological excellence, the centre is poised to become a valuable resource for a wide range of stakeholders in the agricultural ecosystem. By enabling precise and timely decisions, we hope to contribute to sustainable agricultural practices and long-term productivity gains.”

The inauguration ceremony witnessed participation from esteemed leaders across agriculture, sustainability, and social impact sectors. Prominent attendees included Dr Markandeya Gorantla, Executive Chairman & Managing Director, ATGC Biotech Pvt. Ltd.; Dr. ML Jat, Global Research Program Director for Resilient Farm and Food Systems, ICRISAT; and Dr. V. Praveen Rao, Vice Chancellor of Kaveri University and Former Vice Chancellor of PJTSAU. Other notable guests included Suhas Joshi, India Carbon Lead, Bayer Crop Sciences; Dr. KRK Reddy, Managing Director, Sri BioAesthetics Pvt. Ltd.; Dr. Kavitha Sairam, Founder & CEO, FIB-SOL Life Technologies Pvt. Ltd.; and Ram Kaundinya, Partner at Klorofil Biologics LLP and Former CEO of Advanta India.

The event was further enriched by the presence of key leaders, including Satish Reddy, Chairman of Dr Reddy’s Laboratories; G. Anuradha, Founder & Trustee, Dr. Reddy’s Foundation; Shamik Trehan, CEO, Dr Reddy’s Foundation; and Pranav Kumar Choudhary, COO, Dr. Reddy’s Foundation.

With advanced instruments and systems ensure accurate

Renowned for its pioneering tobacco research since 1947, the ICAR-Central Tobacco Research Institute (ICAR-CTRI) is starting a revolutionary journey to expand its mission and tackle the issues facing commercial agriculture

Renowned for its pioneering tobacco research since 1947, the ICAR-Central Tobacco Research Institute (ICAR-CTRI) is undergoing a radical transformation to expand its mission and tackle the problems of commercial agriculture. The National Institute for Research on Commercial Agriculture (ICAR-NIRCA) is the new name for the institute, which focuses on developing high-value crops like castor, ashwagandha, turmeric, and chilli.

The change is a reaction to international tobacco control legislation, the decrease in tobacco use, and increased public health concerns. Despite tobacco’s economic importance, there is growing concern over its cultivation. A multidisciplinary expert committee was established by ICAR in 2020 to rethink the institute’s function in light of these difficulties.

For commercial crops, ICAR-NIRCA will take the lead in research on post-harvest management, climate resilience, crop development, and export promotion. Its breakthroughs, which include genome editing, precision agriculture technologies, and the creation of value-added products, are intended to increase farmer incomes and fortify India’s place in international agricultural markets. The institute’s enlarged mandate is in line with India’s goal of a $5 trillion economy, in which agriculture will play a key part. To improve farm profitability and export preparedness, ICAR-NIRCA intends to make use of digital tools, public-private partnerships, and capacity-building programs.

This change in approach also responds to the increasing need for diverse value chains and sustainable farming methods. With its leadership, ICAR-NIRCA is taking a big step to guarantee innovation and sustainability in Indian agriculture, strengthening the country’s standing as a major exporter of high-value commercial crops. In the meantime, the Indian Council of Agricultural Research-National Institute for Research on Crop Adaptation, or ICAR-NIRCA, is celebrating its foundation day at its Rajahmundry headquarters on Tuesday, the 21st, to commemorate the organization’s name and change of jurisdiction.

Bhupathi Raju Srinivasa Varma, the Union Minister of State for Heavy Industries & Steel, will be the main guest at the function. Turmeric Board Chairman Palle Gangareddy, Rajahmundry MP and BJP State President Daggubati Purandeswari, and ICAR Deputy Director General (Crop Science) Dr. TR Sharma, who will speak at the event, are among the notable guests. It is anticipated that the institute’s vision and contributions to agricultural research and development would be highlighted on the foundation day.

Renowned for its pioneering tobacco research since

This partnership aims to enhance Sistema.bio’s expansion into new African markets and diversify its agricultural and energy products.

Biogas technology provider company Sistema. Bio, which empower family farmers by providing access to biodigester technology, training, and financing, has announced Novastar Ventures as its newest investor. Novastar has joined Sistema.bio’s recent internal financing round of $7.75 million with a $3.5 million investment.

A media statement said this will accelerate Sistema.bio’s expansion into new African markets, new agricultural and energy products and its overall growth.

Joyce Cacho, Board Chairman of Sistema.bio, said, “Novastar Ventures’ investment strengthens Sistema.bio’s mission to empower low-resourced farmers with sustainable solutions that drive economic growth, climate resilience, and regenerative agriculture. Together, we are scaling impactful technologies that benefit both people and the planet.”

Steve Beck, Co-founder and Managing Partner at Novastar said Sistema.bio’s innovative technology and financing empower family farmers to transform farm waste into renewable energy and fertilizer. This unlocks farmers’ economic, health, and productivity benefits, building their resilience to climate change while reducing substantial greenhouse gas emissions.

“Sistema.bio is the first investment from our third fund, the Novastar Ventures Africa People and Planet Fund III (NVIII), which invests in transformative businesses that align the economic interests of Africa’s growing population with planet-positive technologies. We are excited to partner with Sistema.bio at this inflection point, as the company unlocks carbon markets to accelerate growth and serve more farmers with the tools to build resilient, productive, and sustainable agricultural systems,” Steve Beck said.

A media statement said Sistema.bio’s innovative biogas systems and digital MRV (digital measurement, reporting, and verification) technology align well with Novastar’s mission to partner with bold entrepreneurs building businesses in Africa that create lasting value for the many, not just the few, for both people and the planet—for good.

Alex Eaton, CEO and Co-founder of Sistema.bio, said: “We have known the Novastar team for some time and are excited to welcome them now to Sistema.bio’s family of investors. Their investment bolsters our ambition to scale our services across Africa, empowering even more farmers with impactful solutions. It also reinforces our commitment to climate action as we work toward achieving a 1 per cent reduction in annual global greenhouse gas emissions by 2030.”

Sistema.bio has raised a total financing of $18.5 million in 2024, with a focus on regional geographic growth and adding new products. This funding will also help address the global demand for renewable energy, promote regenerative agricultural solutions, and support carbon emission reduction projects. The statement said that this funding also sets the stage for Sistema.bio’s anticipated Series C round, allowing the company to continue its leadership in biogas technology while advancing its mission to support smallholder farmers worldwide.

This partnership aims to enhance Sistema.bio’s expansion