India proudly celebrates its Green Revolution — a transformation that turned a food-deficit nation into a food-secure powerhouse. Between 1961 and 2025, the country increased foodgrain production by nearly 300%, even though the net-sown area grew by only about 38%. Science, policy support, extension networks, financing, logistics and collective national resolve made the impossible possible for a population that nearly tripled.

India’s performance in producing wood and other tree-based products is the opposite. We are one of the largest importers of wood and wood-based finished products—$ 6.8 billion in 2023 and projected to rise at 15% per annum. A deeply concerning prospect for a country of our size, needs and ability. As importers of wood, we only enrich other countries at the cost of our farmers, while our wood-based industrial sector continues to be stuck in a low-scale trap. When we outsource wood production to other countries, we also surrender the co-benefits (jobs, water, soil, habitat, carbon) a growing tree delivers.

With its geographical and climatic profile India should be a net (and big!) exporter of wood and wood-based products. But for that we need to get our act together. India needs to urgently formulate and launch its response to reverse this situation. The fact that trees in agricultural landscapes are now seen as a key to safeguarding the robustness of agri-food systems from climate change is a golden opportunity. The bridge we need to build rests on eight strategic pillars.

Intensive and targeted R&D: 

Quality of planting stock is key to the growth rate, form and quality of tree products. Unlike agriculture, where we launched a ‘no stone left unturned’ initiative to enhance yields of primary agricultural crops, trees have been largely ignored, sporadic industry driven efforts for a handful of species notwithstanding. Yields per hectare of pulp and timber species in India is less than half of what other countries with comparable conditions achieve. India needs to invest in a focused, sustained and credible national tree yield improvement program for commonly planted tree species anchored by credible research institutions under rigorous supervision to ensure quality standards are maintained and to ensure supply chain integrity.

Better managed and equipped tree nurseries:

 The nursery sector in India is largely unregulated resulting in a great deal of sub-optimalisation at all levels. Quality of planting material is only one side of the coin. Tree nurseries – their operational integrity and commitment to species specific standardised quality norms is the other. It is time to roll out an integrated National Nursery Rating and Planting Material Accreditation System to enable the tree nursery sector to catch up with international best practices and spearhead the transformational change India so sorely needs in this sector. The work done by ICAR-Central Agroforestry Research Institute, Jhansi can be an excellent starting point in this direction.

Robust extension and outreach: 

The current agriculture extension system, front-ended by KrishiVigyan Kendras (KVKs), does not consider tree crops as a part of its syllabus and this needs to change. There are inherent efficiencies as the target audiences in each geography for tree crops is largely the same as for other agricultural crops. Given the KVK infrastructure and farmers’ use of it, the next step of expanding their remit to include tree crops can be done rather easily. A large body of tree farming related extension materials are already available to meet extension and training needs relevant to tree farming.

Marketing infrastructure: 

Unlike perennials, trees allow great flexibility regarding time of harvesting. This makes knowledge of past and future trends in demand, supply and prices critical to optimise returns from tree farming. However, the market intelligence and analysis available to tree growers to make informed decisions about liquidating standing trees is grossly inadequate. Easily accessible on-line trading and price discovery platforms that enable a tree grower to make evidence-based planting and harvesting decisions are a need of the hour. Software tools to serve this need are already available but lack ownership at the appropriate levels for their rapid activation and adoption.

Finance and insurance products:

Access to institutional credit and crop insurance complements working capital, eases liquidity, and de-risks the farming activity to a certain extent. Outstanding advances to agriculture sector reached an all-time high of ₹25.10 lakh crore in 2023-24. However, the share of tree farming in this amount is less than a pittance. For tree farming to achieve the same success as agriculture, credit and insurance products for tree farming need to be integrated within existing channels for servicing agriculture credit needs. The idea of considering “agroforestry model/system” as the unit for financial/insurance products rather than agricultural crops and tree crops separately. All agro-climatic zones have distinct and well documented agro-forestry models/systems which can serve as a starting point.

Enhanced localised value addition: 

Almost all the post-harvest value addition to tree produce takes place outside the farming ecosystem. Promoting the development of rural SMEs focused on tree and wood products can enhance rural incomes, upskill farming communities and provide new opportunities. For the timber and wood sector for instance, a host of post-harvest value addition activities (like peeling, pulping, seasoning, chipping, and briquetting) require simple machinery and can be easily integrated with secondary processing. For decentralized manufacturing and entrepreneurship to take off institutional mechanisms for incubation of hyper-local tree-based entrepreneurship are already available but need to be scaled up.

Supportive EXIM and taxation policy: 

EXIM policy in India is not adequately reflective of the need to nurture India’s wood production ecosystem. India has traditionally kept tariffs low on log imports (25%) relative to processed wood products (lumber – 31% and veneers – 31%) to shift value-addition to India. Low tariffs on imported wood impacts the viability of homegrown wood adversely impacting tree farming on Indian soil. As our timber production on farms increases, so must our discouragement of imports. Farm grown wood is subjected to 18% GST against 0-5% on other agricultural produce. This not only reduces competitiveness but also drives a substantial part of wood trade into the informal domain.

Ease of business:

 It is a fact that, except for a few fast-growing species, it is extremely difficult to harvest a tree at time of maturity or need. Rationalizing the regulatory framework, a colonial relic as it stands, for harvesting and transporting wood and other tree products is a low-hanging fruit for the governments to encourage landowners, individuals or institutions; to utilise the land they own for tree planting, wherever there is an opportunity. Slicing the strangulating red tape around harvesting and transporting timber will result in an audible sigh of relief across the country! Procedures and rules regarding tree-felling and transit recently notified in Assam are an example that can be emulated by other states.

India has everything it needs for a robust and decentralised tree-based manufacturing ecosystem. This includes demand, climate, land, technological know-how and labour and, most importantly, a farming economy screaming for diversification. What is required is recognition at the upper echelons of decision making of the fact that a growing tree yields not only wood at the time of harvest, it also renders hugely significant environmental and ecological benefits while it grows. We need a “whole of nation” approach, like the one that underpinned the first green revolution. If we do for trees, what we did in the 1960's for cereals, we can not only make India a wood production powerhouse of Asia while securing our social, environmental and economic interests.

Farmers' applications under the Pradhan Mantri Fasal Bima Yojana (PMFBY) and the Restructured Weather, Based Crop Insurance Scheme (RWBCIS) in Dakshina Kannada have been increasing year after year over the last five years, the Union Ministry of Agriculture has informed.

Applications have risen from 56, 114 in 2020, 21 to 2.77 lakh in 2024, 25, Ramnath Thakur, Union Minister of State for Agriculture and Farmers Welfare, said in the Lok Sabha on February 10.

Applications grew to 92, 238 in 2021, 22, to 1.43 lakh in 2022, 23 and to 2.25 lakh in 2023, 24. The total number of applications over five years was 7.95 lakh, the Minister informed while responding to the question of Captain Brijesh Chowta, Member of Parliament of Dakshina Kannada.

Of ₹1,115.78 crore of reported claims under the two insurance schemes, ₹1,110.41 crore were paid, and claims to the tune of ₹5.37 crore were pending to be settled during the five-year period, he said.

The Minister said a majority of the admissible claims under PMFBY were settled within the stipulated timelines under the operational guidelines of the scheme by the insurance companies. However, during the implementation of the scheme, some complaints were received in the past about payment of claims which are primarily on account of delay in providing State government share of subsidy; non-payment/delayed payment or under payment of claims on account of incorrect/delayed submission of insurance proposals by banks; discrepancy in yield data and consequent disputes between State Government and insurance companies etc.

“The pending claims on account of these issue are settled after their resolution as per provisions of the scheme,” the Minister said.

Both PMFBY and RWBCIS are mainly implemented on an ‘area approach’ basis. In addition, comprehensive risk coverage for farmers’ crops against all non-preventable natural risks — from pre-sowing to post-harvest stages — is provided under the scheme at a very minimum premium.

Admissible claims, in this case, are worked out and paid directly to the insured farmer’s account by the insurance companies through the DigiClaim module on the National Crop Insurance Portal (NCIP), based on the yield data per unit area furnished to the insurance company by the concerned State government and the claim calculation formula envisaged in the operational guidelines of the scheme. As the claims are being worked out on an average shortfall in yield, specific reasons for crop loss are not recorded.

The Minister added that the arecanut crop has been notified in various districts of Karnataka under the RWBCIS for the monsoon and post-monsoon seasons, and insurance compensation is provided under the said scheme in case of crop loss due to weather conditions.

Reviews, revisions, rationalisation and improvements in the crop insurance schemes are a continuous process and decisions based on suggestions, representations or recommendations of the stakeholders are taken from time to time, he said. Based on the experience gained, views of various stakeholders and with a view to ensure better transparency, accountability, timely payment of claims to the farmers and to make the scheme more farmer friendly, the government has periodically revised the operational guidelines of the PMFBY comprehensively in 2018, 2020 and 2023 to ensure that the eligible benefits under the scheme reach the farmers timely and transparently, the Minister said.

An awareness programme at Warangal on Tuesday to mark the International Pulses Day featured a talk on the essential role of pulses in human nutrition, soil health, and sustainable agriculture.

The Regional Agricultural Research Station (RARS) and Telangana Rythu Vigyan Kendra (RVK), Warangla, the two major organisers of the event, brought together agricultural scientists, farmers, and students. They also stressed the importance of pulse cultivation as India's food systems.

  1. Uma Reddy, Associate Director of Research, Central Telangana Zone, pulsed plants being an important source of essential nutrients and a major source of plant protein in Indian diets. R. Uma Reddy, Associate Director of Research, Central Telangana Zone, also said that pulses not only add flavor and nutrition to meals, but that the pulse crop also improves soil fertility. She said that through biological nitrogen fixation, pulses can naturally fix nitrogen in the soil and therefore their role in sustainable farming is significant.

Uma Reddy also showed anxiety about the diminishing area of pulse farming in the country. She cautioned that if farmers kept lowering the area for pulses production, the country would have to rely on imports to satisfy the domestic demand, even though India is among the largest producers and consumers of pulses in the world.

In his speech, without repeating what had already been said, A. Vijaya Bhaskar, Coordinator of RVK Warangal, identified pulses as the main support of sustainable agro, food systems and thus agro, pulse systems. He explained that pulses are a major source of soil health which is a direct consequence of their ability to reduce the dependence on chemical fertilisers and promote climate, resilient agricultural practices. Pulses are at once the food of soil and the food of man. They are hence essential to the greening of the earth and to the good health of its inhabitants, A. Vijaya Bhaskar mentioned.

During the International Pulses Day, working with frameworks farmers that produced record pulses yields were honoured for their great contribution to sustainable agriculture. Moreover, different kinds of pulses were cooked in a contest to display the nutritional and culinary potential of pulses. Participating students in the event were awarded certificates.

Top agricultural scientists in a discussion with local farmers, showed the farmers new pulse varieties, the best seeds, and modern cultivation techniques that will help to increase productivity and income.

Highlighting the social responsibility element of the event, the organisers gave pulses to the orphans and the less fortunate families, thus emphasizing the role of pulses in food and nutritional security.

In an agriculture-dependent country like India, the Union Budget is not merely a document of government expenditure; it shapes the future of nearly 140 million farmer families whose livelihoods are directly linked to farming. Agricultural universities and colleges are where the scientists, experts, and policymakers are trained—those who will modernise Indian agriculture in the decades to come. However, the figures in the 2026–27 Budget raise serious concerns on this front. Even as the government keeps talking of "self- reliant farmers" and "modern agriculture, " a drastic 27 per cent cut in the budget for agricultural education and management sharply contradicts these claims.

The budget for agricultural education and management has been slashed from 708.94 crore to 514.87 crore. This reduction is suspected to negatively impact the modernisation of agricultural universities, the establishment of new laboratories, updating curricula, and the availability of qualified teaching staff. The fear that agricultural institutions might eventually become just "degree granting centres" is gaining strength. The issue is quite simple. If the future generation is not equipped with modern technology, data, driven farming, and climate resilient cropping systems, then who will be the ones to solve the agricultural problems of the future?

Contrary to official claims, the budget numbers suggest that efforts to attract youth to agriculture remain largely on paper. Throughout the year, farming and farmers are projected as priorities, but when it comes to allocating resources, long-term investments such as education and research are the first to face cuts.Consequently, farmers are still finding it difficult to get rid of their conventional cultures and habits. The budget 2026, 27 clearly highlights a concentration on the management of short term subsidies and cash transfers only, without an evident willingness of structural and long term reforms. Considerably below the necessity, the allocation appears to be grossly inadequate amidst the increase in input prices and inflation.

The scenario of agricultural research is as desolate as the farming one. The Department of Agricultural Research and Education (DARE) budget has been cut by 4.7 per cent, from Rs 10, 466 crore to Rs 9, 967 crore. The reduction is at a time when climate change is posing new challenges to agriculture through droughts, unseasonal rains, and rising temperatures.

Agricultural policy documents reveal that agricultural research generates returns of around 11.69 for every rupee invested, whereas the returns can be over 20 in animal science. But, nonetheless, the decision to cut down the budget of major organizations such as the ICAR is generally regarded as compromising future food security.

Another revealing aspect of the budget lies in the “revised estimates.” The government had initially planned to allocate an amount of 1.27 lakh crore to agriculture for the year 2025, 26, but the actual expenditure was only 1, 23, 089.30 crore, which is about 3.3 percent less than the target. The unspent 4, 200 crore does not represent savings; rather, it is a signal of the problems the government faces when it wants to implement programmes in the rural areas. While the cost of farming keeps going up, not even the properly funded money is being used, so the little increase in the budget may seem to be dishonest.

Taking the matter from a broader perspective, it is actually quite alarming. Agriculture along with allied sectors contribute around 18 per cent to India's GDP, which is nearly 60 lakh crore. However, the spending on agricultural research and development is only 0.33 per cent of agricultural GDP. Analysts say if India wants to be an internationally competitive agricultural nation, investment in this area should be increased to at least 1 per cent. Even though the share of agriculture in GDP of developed countries is smaller, they invest much more in technology, seeds, and innovation than India does.

The figures of these budgets are very clear that if education and research are not prioritised, Indian farmers could be deserted in the battle against climate change and food insecurity. Self, reliance cannot be based on subsidies alone; it needs robust research ecosystems, up to, date education, and successful implementation. The crops of self- reliance can't grow without knowledge as fertilizer and research as water. The need of the hour is for the government to move beyond announcements and commit to real investment and execution—because the future of Indian agriculture will be secured not by electoral promises, but by the decisions taken today on education and research.

In the silence of the villages of Bundelkhand, Vidarbha, or the Thar, one can very well notice a paradox.

A farmer holding two bullocks and walking through the paddy field probably also takes a look on his mobile phone to check the rainfall updates. His son, who is sending a WhatsApp message on soil testing, is an agricultural graduate. Yet, the next morning, the same farmer uses the same wooden plough.

This is the story of most of India’s 86 per cent small and marginal farmers.

They own too little land to risk experiments. They earn too little to afford new tools. And they trust only what their ancestors proved with sweat and seasons.

India has 731 Krishi Vigyan Kendras (KVKs), 60 agricultural universities, and hundreds of technology missions, but much of this modern knowledge stays trapped in reports and conference halls.

The challenge is clear: How do we take modern agriculture to the very people who till the soil?

Why Modern Agriculture Education Is India’s Next Green Revolution

Modern agriculture is not just about machines or drones, but also about knowledge and precision.

In fact, it means educating farmers to be able to test the soil for nutrients, crop rotation for carbon retention, measuring the efficiency of irrigation, and using mobile data to forecast pest attacks.

The productivity of farms would not be affected if this knowledge were spread; the yield gap would become less than 20, 30% below world standards and farm incomes would not be stagnant.

More than that, it's about the dignity of the farmers. Education changes farmers from just being workers of the land to becoming managers of ecosystems, people who for the most part make informed decisions rather than waiting for the monsoon and market.

The Five-Layer Pathway: From Classroom to Cropland

Turning KVKs into Village Agri Schools

Imagine if every district had a local agricultural school—not a classroom, but a farm where farmers learn by doing.

That is what Krishi Vigyan Kendras can become.

Each KVK could conduct 10–15-day training modules in local languages, covering topics such as organic composting and drone-assisted spraying.

Farmers could earn joint certificates from the KVK, agricultural university, and the Agriculture Skill Council of India (ASCI)—giving them not just knowledge, but also recognition.

Learning That Travels: Mobile Agri-Education Vans

If farmers can’t come to universities, the universities must travel to them.

A single Agri-Education Van equipped with tablets, soil sensors, and drones could visit 10 villages every month, conducting field demonstrations.

It would bridge the knowledge gap in areas with poor rural infrastructure and bring curiosity back to the villages. The government’s Rashtriya Krishi Vikas Yojana (RKVY) and CSR-funded agri-tech startups could jointly finance such vans.

Digital Micro-Learning: A Classroom in Every Pocket

India’s rural internet story is fast changing—two out of three households now have a smartphone.

Short, two-minute lessons in Hindi, Marathi, or Odia can reach even semi-literate farmers through Kisan Sarathi and the upcoming AgriStack platform.

Imagine a farmer scanning a QR code printed on a fertiliser packet to watch a video showing the right mixing ratio for his soil type. Learning becomes instant, visual, and local.

Lead Farmers: Teachers of the Soil

One farmer learning alone is an experiment. Learning together is a revolution.

That’s the spirit behind Krishi Mitras—lead farmers trained to guide their peers.

Each Krishi Mitra would mentor 50–100 farmers, conducting on-field experiments and sharing real results. When a trusted neighbour demonstrates that bio-fertilisers work, change spreads faster than any government campaign.

The Energy of Youth: Rural Agri Fellowships

India produces over 40,000 agriculture graduates every year, yet few work in villages.

By offering six-month Agri Fellowships under NAHEP, these graduates can return to their roots—training farmers, collecting data, and piloting innovations.

This not only gives young professionals field exposure but also brings science and trust together in a single human connection.

Policy Integration Blueprint

  • Create a Farmer Education vertical under the Digital Agriculture Mission 2021–26.
  • Mandate Extension Pedagogy as a core subject in all B.Sc (Ag) courses.
  • Recognise FPOs as certified rural training hubs.
  • Introduce a Rural AgriTech Apprenticeship pairing young graduates with veteran farmers.
  • Link RKVY and NAHEP funding to measurable education outcomes.

When Knowledge Becomes the New Fertiliser

Bringing Modern Agriculture Education to India’s small farmers isn’t about replacing tradition—it’s about refining it.

When a farmer uses drones alongside bullocks, when soil testing follows rituals, when QR codes guide composting, tradition and technology finally shake hands.

The new revolution will not rise from factories or policies alone, but from a classroom built on every field. Modern agriculture, in India, will be won not by machines—but by minds that are willing to learn.

The Centre for e-Learning at Kerala Agricultural University (KAU) has unveiled a range of new digital initiatives aimed at transforming agricultural education and expanding outreach to farmers, students, and researchers.The launch signifies a major step forward in combining technology, based education with contemporary agricultural practices.

The meeting was lead by Mr. Gopakumar S., Dean, College of Forestry, and besides that, the event was also honoured with the presence of Dr. A. Sakeer Husain, Registrar of KAU, who re, opened the newly refurbished KAU Agri, Infotech Portal. The redesigned website is intended to offer a great user experience, faster access to the resource library, and in general much more convenience for all users.

The portal, which can be used in Malayalam as well as English, has over one crore visitors who have made it become a very important source of digital knowledge for the farmers.

During the event, there was also a premiere of a short film made by the Centre for e, Learning which presents the use of technology in agriculture from a few years back to now and also the integration of technology in agriculture practices.

In addition, KAU released several new digital learning resources. Dr. K.N. Anith, Director of Research, launched the Knowledge Bank, a digital repository of expert lectures and academic content. Director of Extension, Binoo P. Bonny, launched two new documentary films covering the topic of agriculture, and Director of Education, Kunhamu T. K., revealed a trailer for forthcoming online courses.

Such projects are hoped to facilitate agricultural education at a lower cost, encourage the development of skill sets, and assist in the improvement of farming methods. Through deeply enhancing its digital infrastructure, Kerala Agricultural University is gradually becoming a frontrunner in technology, enabled agricultural learning.

The Maharashtra government has released the timeline for Maharashtra CET 2026 which will be used for admission to various professional courses such as MBA, MMS, Engineering, Pharmacy, and Agriculture for the academic year 2026, 27. The State Common Entrance Test Cell is going to conduct the Common Entrance Tests at different centres across the state from April 6 to May 17, 2026.

The notification clearly states that candidates are to be informed that for CET registration, APAAR ID and Aadhaar ID are now mandatory. If the students have not obtained their APAAR ID, they may do so through DigiLocker before filing their applications.

MAH MBA/MMS CET 2026

Those intending to get into management programs may apply for the MAH, MBA/MMS CET 2026 from January 10, 2026, till February 12, 2026. The first session examination will be held from the 6th to the 8th of April 2026, and the second session will be on the 9th of May 2026. Candidates may take one or both sessions as per the criteria of eligibility.

MAH MHT CET 2026 (PCM/PCB)

Candidates wishing to do their Engineering, Pharmacy, and Agriculture courses will also have the same schedule for registration, i.e., from the 10th of January to the 12th of February 2026, for the MAH, MHT CET 2026. The first phase of the CET examination will take place between the 11th and the 26th of April 2026 and the second phase from the 10th to the 17th of May 2026.

This initiative of providing two opportunities to appear for the exam is said to offer students more options and, at the same time, get rid of the exam pressure.

Mandatory APAAR ID Requirement

In a major change, the Government of Maharashtra has made APAAR ID along with Aadhaar ID mandatory for CET registrations. The step is aimed at better record keeping at the student level and also at increasing the openness of the process. Candidates not having an APAAR ID are required to create one through the DigiLocker portal before submission of the application.

Students are encouraged to visit the official CET website regularly for the latest updates on notifications, downloading admit cards, and instructions for the day of the exam.

More Articles ...

Page 1 of 3