Agrimentors

India’s Gene-Edited Rice: A Significant Step Towards Climate-Resilient Agriculture
India is moving closer to the commercialisation of gene-edited rice, marking an important milestone in agricultural biotechnology.
The focus is Pusa DST Rice 1, developed by scientists at the Indian Agricultural Research Institute (IARI) using CRISPR-Cas9 gene-editing technology.

🌾 What makes Pusa DST Rice 1 important?
It is derived from MTU1010 and targets the DST (Drought and Salt Tolerance) gene, with the objective of improving tolerance to key abiotic stresses such as drought and salinity.
The variety has undergone multi-location field trials during 2023–24, with reported yields ranging from 2,493 to 3,731 kg/ha under different trial conditions.

The next step: Seed multiplication
ICAR is expected to move ahead with an MoU with US-based Corteva, which holds licensing rights associated with the CRISPR-Cas9 technology.
According to the report, 2 of the 3 required approvals have been received, including one from the Ministry of External Affairs. IARI reportedly already has around 2 tonnes of Pusa DST Rice 1 seed, sufficient to begin multiplication during the upcoming Rabi season.
The eventual objective is commercial release, subject to the remaining approvals and necessary processes.
Another important development
India has also developed DRR Dhan 100 (Kamala) through ICAR–Indian Institute of Rice Research (IIRR), Hyderabad, using CRISPR-Cas12a technology.
This indicates that India's gene-editing research is progressing across multiple institutions and technological platforms.

Why this matters
The real significance goes beyond a new rice variety.
With increasing drought, salinity, water stress and climate variability, crop improvement must increasingly focus on resilience along with productivity.
Gene editing has the potential to make crop improvement more precise by targeting specific genes associated with desirable traits.

However, the transition from laboratory → field trials → seed multiplication → commercialisation also highlights the importance of biosafety, regulation, intellectual property rights, technology access and affordability for farmers.
India's challenge now is not merely to develop cutting-edge agricultural biotechnology, but to ensure that such innovations translate into measurable benefits for farmers and food security.
From gene discovery to field-level impact — the real test of agricultural biotechnology begins now.

📦 Post-Harvest Losses in India: The Food We Produce but Never Reach the Consumer

India has made remarkable progress in agricultural production, but increasing production alone is not enough.

A significant challenge lies after harvest—during harvesting, handling, drying, storage, transportation, processing and marketing.

According to the NABCONS Study (2022), commissioned by the Ministry of Food Processing Industries (MoFPI), estimated harvest and post-harvest losses include:

🌾 Cereals: 3.89–5.92%
🌱 Pulses: 5.65–6.74%
🌻 Oilseeds: 2.87–7.51%
🍎 Fruits: 6.02–15.05%
🥕 Vegetables: 4.87–11.61%
🥛 Milk: 0.87%
🐟 Inland fisheries: 4.86%
🌊 Marine fisheries: 8.76%
🥩 Meat: 2.34%
🐔 Poultry: 5.63%
🥚 Eggs: 6.03%

These are estimated quantitative harvest and post-harvest losses, not simply “food thrown away”. The study assessed 54 commodities across 15 agro-climatic zones and 292 districts.

The scale becomes even more significant when translated into quantities. The Government of India has reported NABCONS estimates of approximately:

🔹 12.49 million tonnes of cereals
🔹 11.97 million tonnes of vegetables
🔹 7.36 million tonnes of fruits
🔹 2.11 million tonnes of oilseeds
🔹 1.37 million tonnes of pulses
🔹 30.59 million tonnes of plantation crops, including sugarcane and spices

were estimated as losses in the study.

The bigger agricultural question
Post-harvest management should not be treated merely as a food-processing issue.

It is simultaneously a:
🌾 Farmer income issue
🏭 Infrastructure issue
❄️ Cold-chain & storage issue
🚛 Logistics issue
📦 Value-addition issue
🌱 Resource-efficiency issue
🇮🇳 Food-security issue

Reducing losses means getting more food from the resources we have already used—land, water, energy, labour and farm inputs—while potentially improving value realization for farmers.

The Government’s latest public communications continue to use the NABCONS 2022 study as the national reference for these estimates, alongside the earlier ICAR-CIPHET 2015 study.

The next agricultural revolution should not only be about producing more—it should also be about losing less.

👉 Better harvesting practices
👉 Scientific storage
👉 Efficient cold chains
👉 Improved transportation & packaging
👉 Primary processing near production centres
👉 Stronger farmer–market linkages
👉 Greater value addition

Produce more. Lose less. Value more.

🚨 Cotton Corporation of India (CCI) Recruitment 2026 | 148 Vacancies Announced 🌱
A great career opportunity for Agriculture, Commerce, Management, IT, and Language graduates!
The Cotton Corporation of India (CCI) has officially released its Recruitment 2026 Notification for 148 vacancies across multiple posts.

📌 Key Highlights
✅ Total Vacancies: 148
📅 Online Application Starts: 09 July 2026 (10:00 AM)
⏳ Last Date to Apply: 24 July 2026 (11:55 PM)
🌐 Application Mode: Online

💼 Major Posts
• Junior Commercial Executive – 50 Posts (B.Sc. Agriculture)
• Junior Assistant (Accounts) – 50 Posts
• Junior Assistant (General) – 30 Posts
• Management Trainee (Marketing) – 08 Posts
• Management Trainee (Accounts) – 08 Posts
• Assistant Manager (IT) – 01 Post
• Assistant Manager (Official Language) – 01 Post

🌾 Excellent Opportunity for Agriculture Graduates
The Junior Commercial Executive post is especially attractive for B.Sc. Agriculture graduates, requiring:
✔️ B.Sc. Agriculture with minimum 50% marks (45% for SC/ST/PwBD candidates)

📋 Selection Process
✔️ Written Examination
✔️ Document Verification
✔️ Medical Examination

💰 Application Fee
• General / OBC / EWS: ₹1,500
• SC / ST / Ex-Servicemen / PwBD: ₹500
🎯 If you are preparing for Agriculture Officer (AO), Agriculture Development Officer (ADO), IBPS AFO, NABARD, FCI, CCI, or other Agriculture competitive examinations, this recruitment is an excellent opportunity to begin your career in the public sector.

📢 Don't wait until the last date. Read the official notification carefully, verify your eligibility, and complete your application well before the deadline.

Wishing all aspirants the very best for their preparation and selection! 🌱

Should surplus rice be converted into ethanol? The debate goes beyond energy security.
India has made remarkable progress in rice production, becoming the world's largest exporter while ensuring food security for nearly 800 million people under the NFSA. But as discussions around diverting FCI rice for ethanol production gain momentum, an important policy question emerges:

Can a solution for energy security create new economic and environmental challenges?
An insightful Indian Express editorial highlights several interconnected issues:
✅ Open-ended MSP procurement leading to surplus rice stocks.
✅ Heavy subsidies on procurement, irrigation, electricity, and fertilisers distorting production incentives.
✅ Groundwater depletion in major rice-growing states due to water-intensive cultivation.
✅ Excessive nitrogen fertiliser use contributing to greenhouse gas emissions and groundwater contamination.

A striking fact is that producing 1 kg of rice requires, on average, nearly 4,000 litres of irrigation water, underscoring the importance of evaluating the water footprint of policies involving rice diversion.
The discussion is not about opposing ethanol blending. Rather, it is about choosing sustainable feedstocks and creating balanced incentives. Several experts argue that alternatives such as maize, along with reforms in procurement, irrigation, and fertiliser policies, could better align India's goals of energy security, food security, farmer welfare, and environmental sustainability.
As India advances its biofuel ambitions, evidence-based policymaking will be key to ensuring that one national objective is not achieved at the expense of another.

What are your thoughts? Should surplus rice continue to be used for ethanol production, or should India shift towards alternative feedstocks like maize?

🌱 Bt Varieties vs Bt Hybrids: Is India Rethinking Its Cotton Strategy?
For over two decades, Bt cotton has transformed India's cotton production. However, a growing body of evidence from scientists within India's National Agricultural Research System (NARS) suggests that the future of sustainable cotton cultivation—particularly in rainfed regions—may lie in Bt varieties rather than Bt hybrids.
Here are some key scientific insights that deserve attention:
🔬 1. Higher Bt (Cry) Toxin Expression
Bt varieties are homozygous for the Cry gene, resulting in consistently higher toxin expression than hemizygous Bt hybrids. This enhances protection against bollworms and improves the durability of insect resistance.
🧬 2. Greater Genetic Stability
Research from the Central Institute for Cotton Research (CICR) indicates that Bt varieties exhibit less gene segregation, ensuring more uniform Cry toxin expression within cotton bolls. In contrast, segregation in Bt hybrids can reduce toxin expression, making some bolls more vulnerable to bollworm damage.
🌾 3. Seed Sovereignty for Farmers
Unlike hybrids, Bt varieties allow farmers to save and reuse seeds, reducing annual seed expenditure and strengthening farmer self-reliance—an important consideration for small and marginal farmers.
📈 4. Higher Plant Density (20–30%)
Bt varieties can support 20–30% higher plant populations, enabling more bolls per unit area and potentially improving productivity under rainfed conditions.
🛡 5. Reduced Pesticide Dependence
Higher Cry toxin expression provides better bollworm control. Scientists also argue that well-developed varieties can achieve better tolerance to sucking pests, contributing to lower pesticide use and reduced cultivation costs.
🌧 6. Better Suitability for Rainfed Agriculture
Since a significant share of India's cotton area is cultivated under rainfed conditions, varieties—with their lower input requirements, greater stability, and reduced production costs—may offer a more resilient option than hybrids.

Policy Perspective
Many scientists within NARS have recommended greater investment in public-sector development of Bt varieties, arguing that they align more closely with India's predominantly rainfed agricultural landscape. However, the country's agricultural research ecosystem has increasingly shifted toward private-sector hybrid seed development, raising important questions about long-term sustainability, farmer autonomy, and seed sovereignty.

Why This Matters
The discussion is not simply about Bt technology versus hybrids. It is about identifying the most appropriate seed system for India's diverse agro-climatic conditions, balancing productivity, affordability, sustainability, and farmer welfare.
As India works toward achieving climate-resilient and sustainable agriculture, the Bt Variety vs Bt Hybrid debate is likely to remain a critical policy and research issue.

💬 What do you think?
Should India increase investment in public-sector Bt varieties to improve sustainability and reduce farmers' dependence on annual hybrid seed purchases? Share your perspective in the comments.

🌱 India's Cotton Crisis: The Solution Lies Beneath Our Feet
India has one of the world's largest cotton-growing areas, yet our productivity continues to lag significantly behind global leaders like China. The immediate reaction is often to demand new GM cotton technologies, but are we asking the right question?
The recent Indian Express editorial highlights an important reality: technology alone cannot compensate for unhealthy soils.
While Bt Cotton revolutionized Indian agriculture by reducing bollworm damage and improving yields during its initial years, today's challenges have become far more complex.

The real bottlenecks include:
✅ Declining soil organic carbon
✅ Nutrient imbalance due to excessive reliance on NPK fertilizers
✅ Pest resistance (especially Pink Bollworm)
✅ Climate variability and water stress
✅ Limited adoption of scientific agronomic practices

The proposed BG-II RRF (Roundup Ready Flex) technology may simplify w**d management and reduce labour requirements, but it is not a direct yield-enhancing technology. Sustainable productivity cannot be achieved by changing seeds alone.

What should be our priority?
🌱 Restoring soil health through higher organic carbon
🌱 Balanced and integrated nutrient management
🌱 Crop rotation and conservation agriculture
🌱 Efficient irrigation and precision farming
🌱 Stronger extension services to bridge the gap between research and farmers

The comparison with China is particularly telling. The productivity gap is not merely a consequence of genetics—it reflects differences in soil management, scientific cultivation, mechanization, and farmer support systems.
As agriculture moves towards Climate-Smart and Sustainable Farming, the conversation must shift from "Which new GM seed should we approve?" to "How do we build resilient and healthy production systems?"
After all, a superior seed can express its full genetic potential only when the soil beneath it is healthy.
Healthy Soil + Scientific Agronomy + Appropriate Technology = Sustainable Cotton Productivity
What are your thoughts? Should India's next cotton revolution focus more on soil regeneration than solely on biotechnology? I would be interested to hear perspectives from researchers, policymakers, extension professionals, and fellow agriculture enthusiasts.

Stubble Burning: Awareness Gap Still a Major Challenge

📌 Key Findings (CEEW Study)
78% farmers were unaware of CRM training schedules.
63% farmers did not receive information when they needed it most.
63% farmers have stopped complete burning, but 31% still practice partial burning.

67% farmers cited pest attack concerns as a major reason for burning.
Most farmers get information from peers, WhatsApp, and social media, not formal extension systems.
Farm fire incidents have declined since 2022, but behavioral change remains incomplete.

The challenge is no longer just about providing machines or spreading awareness. Farmers largely know about stubble management, but many still lack timely, trusted, and field-specific guidance. The persistence of partial burning shows that economic concerns, pest fears, and local farming practices continue to influence decisions.

"Punjab's stubble-burning problem is gradually shifting from an awareness issue to a behaviour-change issue. The next phase should focus on targeted farmer engagement, reliable technical support, and demonstrating profitable alternatives at the village level. Reducing partial burning will be the real indicator of success."

A recent survey conducted by Punjab Agricultural University (PAU) across the flood-affected districts of Hoshiarpur, Gurdaspur, Pathankot, Rupnagar (Ropar), Amritsar, and Patiala has highlighted an important but often overlooked consequence of extreme weather events—the introduction of new w**d species and shifts in existing w**d populations.

The survey documented the presence of three w**d species that were previously uncommon in Punjab's agricultural landscapes:
🔹 Wild Radish (Raphanus raphanistrum) – Jangli Mooli
🔹 Celery-leaved Buttercup (Ranunculus sceleratus) – Jal Dhaniya
🔹 Marsh Yellow-cress (Rorippa palustris)

Scientists believe these species were introduced through floodwaters carrying w**d seeds and vegetative propagules from upstream regions. Particularly noteworthy was the observation of Marsh Yellow-cress infesting pea fields, indicating its potential to establish and spread within agricultural ecosystems.

Beyond the appearance of new species, PAU also recorded a noticeable shift in w**d composition in moist rabi-season fields. Such changes deserve serious attention because w**ds compete directly with crops for nutrients, water, sunlight, and space while also serving as alternative hosts for insects, pests, and diseases.

This finding is a reminder that the impacts of climate variability extend far beyond yield losses and infrastructure damage. Floods can alter agro-ecosystems by introducing new biological challenges that may affect crop productivity, biodiversity, and ecosystem stability for years to come.

Given the limited understanding of the ecology, adaptability, and invasive potential of these newly observed w**ds in Punjab, proactive monitoring and early intervention are essential. Timely identification and management can prevent these species from becoming established invasive threats.

As we move through the ongoing Kharif season, collaborative vigilance among farmers, scientists, extension personnel, KVKs, and agricultural institutions will be critical in safeguarding Punjab's agricultural biodiversity and ensuring sustainable crop production.

Emerging w**ds today can become major agricultural challenges tomorrow. Early detection remains our strongest defense.

India's Wheat Production Reaches a Historic Milestone – But Are We Giving Credit Where It's Due?
India has achieved a record wheat production of 120.65 million tonnes (MT) during the 2025-26 rabi season, surpassing last year's output of 117.94 MT by 2.71 MT. This is the highest wheat production ever recorded in the country's history.

Key Highlights:
🌾 Total Wheat Production: 120.65 MT (All-time High)
🌾 Area Under Cultivation: More than 336 lakh hectares
🌾 Top Wheat Producing States (2025-26):
Uttar Pradesh: 35.87 MT (35.65 MT in 2024-25)
Madhya Pradesh: 26.44 MT (24.50 MT in 2024-25)
Punjab: 17.07 MT (17.99 MT in 2024-25)
Rajasthan: 12.15 MT (11.27 MT in 2024-25)
Haryana: 11.64 MT (11.40 MT in 2024-25)
Other State Performances:
Bihar: 6.9 MT (7.18 MT last year)
Gujarat: 4.61 MT (3.86 MT last year)
Maharashtra: 2.38 MT (2.28 MT last year)
Uttarakhand: 0.82 MT (0.85 MT last year)

Scientists from the Indian wheat research system have rightly attributed this achievement to the adoption of high-yielding and climate-resilient wheat varieties, which helped farmers overcome weather-related challenges in several regions. They deserve appreciation for years of research, innovation, and technological advancement.

Similarly, governments often highlight such records as evidence of successful agricultural policies and interventions. Policy support, procurement mechanisms, and agricultural schemes certainly play an important role and deserve recognition.

But there is one important question:
Where are the farmers in this success story?
Whenever record production figures are announced, credit is usually shared between scientists, institutions, and policymakers. Yet the people who actually take the risks, face uncertain weather, rising input costs, labour shortages, market volatility, and financial stress are often mentioned only as a footnote.
Farmers adopted these improved varieties. Farmers managed fields under adverse climatic conditions. Farmers invested their resources and took the production risk. Without them, no technology or policy can translate into record harvests.

The Real Challenge Ahead
India's agricultural success should not be measured only by production records. Sustainable growth will depend on whether farmers receive:
✅ Remunerative prices for their produce
✅ Efficient and transparent markets
✅ Better storage and logistics infrastructure
✅ Strong extension services at the village level
✅ Faster transfer of technology from laboratories to fields
✅ Timely access to quality seeds, inputs, and advisory services

Many good schemes and innovations are being developed, but a significant gap still exists between policy design and ground-level implementation. Weak infrastructure and an inadequate extension system often prevent benefits from reaching farmers effectively.

A Record Harvest Should Mean a Better Life for Farmers
If farmers continue to bear increasing risks while receiving inadequate returns, agriculture may gradually become less attractive to future generations. The consequences could include declining farm investments, reduced productivity growth, and challenges to long-term food security.
India should celebrate this historic wheat production milestone. But alongside scientists and policymakers, we must recognize the farmer as the central pillar of this achievement.
Food security is not built only in research laboratories or government offices—it is built every day in farmers' fields.

🌍 WORLD ENVIRONMENT DAY 2026 🌱

Inspired by Nature. For Climate. For Our Future.

The Earth is speaking.

Through rising temperatures, changing rainfall patterns, extreme weather events, and biodiversity loss, nature is sending us a clear message: the time to act is now.

Yet hope is growing.

🌳 Every tree planted.
🌾 Every sustainable farming practice adopted.
💧 Every drop of water conserved.
☀️ Every step towards clean energy.

These actions are shaping a resilient future.

As agriculture professionals, scientists, extension officers, and future leaders, we have a critical role in protecting natural resources while ensuring food security for generations to come.

At Agrimentors, we believe that knowledge creates impact. Through preparation for AFO | ADO | ICAR | AGTA, we are empowering the next generation of agricultural professionals to build a climate-smart and sustainable India.

Nature is not separate from our future—it is our future.

🌿 Protect Nature.
🌍 Fight Climate Change.
🌾 Strengthen Sustainable Agriculture.