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Crop Guides

Proso Millet (Cheena) Farming Guide for Malwa Farmers

This is the ultimate guide for Malwa's farmers on cultivating Proso Millet (Cheena). Discover the best varieties, step-by-step cultivation practices from sowing to harvest, integrated pest management, and a detailed…

In the fertile lands of Malwa, our agricultural calendar has long been defined by the rhythms of wheat in Rabi and soybean in Kharif. But the rhythm is changing. The monsoons are less predictable, the summers are harsher, and the precious gap between our two main crops—the Zaid season—often sees our fields lying empty and baking under the sun. This fallow period is a missed opportunity, a silent loss of potential income.

What if there was a crop that not only survives but thrives in this challenging window? A crop that asks for little water but gives back generously in grain and fodder? A crop that can add a significant income to your family in just 60 to 90 days? There is. It’s an ancient grain with a modern-day purpose: Proso Millet, our very own Cheena.

This is not just another article about a ‘superfood’. This is a practical field guide, a roadmap from one farmer to another, on how to turn the Zaiḍ season from a liability into a profitable asset. We will move from theory to action, covering everything from choosing the right seed to selling your produce in the mandi. The wisdom here is earned from the soil itself, designed for you to act on today for a more resilient and prosperous tomorrow.

Why Cheena is Malwa’s Smart Choice for the Zaid Season

Before we talk about ‘how’, let’s understand ‘why’. Wise farming is about making the right choices for your specific land and climate. In Malwa’s context, choosing Proso Millet for the summer (Zaid) season is one of the smartest decisions a farmer can make right now. Here’s the practical wisdom behind it:

  • The 60-Day Wonder Crop: Cheena is one of the fastest-maturing crops on the planet. Most improved varieties are ready for harvest in just 60 to 90 days. This short duration is its superpower. You can sow it after the wheat harvest in late March or April and harvest it comfortably by June, leaving ample time to prepare the field for your main Kharif crop like soybean or maize. It fits perfectly into the fallow period, generating income from land that would otherwise be idle.
  • A Sip of Water, A Bag of Grain: We all know the water tables in Malwa are under stress. Summer crops are notoriously thirsty. This is where Cheena breaks the rules. It has an incredibly high water use efficiency, meaning it produces more biomass and grain for every drop of water it consumes. Its deep root system can seek out moisture that other crops can’t reach. While it responds well to 2-3 light irrigations, it is far more drought-tolerant than summer moong or maize, making it a low-risk choice in a season of water scarcity.
  • Low Input, High Return: In an era of rising input costs, Cheena is a breath of fresh air. It has modest nutrient requirements and is naturally more resilient to pests and diseases than many hybrid crops. This means less expense on fertilizers and chemical sprays. The entire investment is lower, which significantly reduces your financial risk while offering a handsome profit margin.
  • Insurance for Your Soil: Leaving your fields bare under the harsh summer sun is a recipe for soil degradation. The intense heat kills beneficial microbes and reduces organic matter. Planting Cheena acts as a living cover, protecting the soil from wind and water erosion. Its root system helps improve soil structure, and the organic matter it adds back after harvest enriches the soil for the upcoming Kharif season. It doesn’t just give you a crop; it makes your land better for the next one.
  • Dual-Purpose Gold: Grain and Fodder: Cheena is not a one-trick pony. While the grain fetches a good price for human consumption or as poultry feed, the stover (the dry plant after harvest) is a highly nutritious and palatable fodder for livestock. In the dry summer months when green fodder is scarce, having a ready supply of quality Cheena fodder (kadbi) is a massive bonus for dairy farmers, saving money and keeping animals healthy.

In short, Proso Millet isn’t just a crop; it’s a strategy. It’s a climate-smart, economically sound, and agronomically beneficial tool to enhance your farm’s productivity and resilience.

Selecting the Right Cheena Variety for Your Farm

Your harvest begins with the seed. Choosing the right variety is the first and most critical step towards ensuring a profitable Cheena crop. A variety that is well-suited to Malwa’s soil and climate will have better germination, stronger growth, and higher yield potential. While local or ‘desi’ varieties have their place, improved varieties released by agricultural universities offer significant advantages in terms of yield, maturity period, and disease resistance.

Here is a breakdown of proven varieties that perform well in Madhya Pradesh and surrounding regions. Look for these when you visit your local Krishi Vigyan Kendra (KVK), agricultural university outlet, or a trusted seed dealer.

This table summarizes key characteristics to help you choose. Following the table, we’ll discuss each in more detail.

Variety Name Days to Maturity Average Grain Yield (quintal/acre) Key Characteristics
Pratap Cheena-1 (PC-1) 65-75 days 8-10 Highly popular, early maturing, good yield, tolerant to drought. Excellent for Zaid season.
TNAU 151 70-80 days 9-11 High yielding, bold grains, good fodder quality. Responds well to good management.
GPUP 21 75-85 days 8-10 Resistant to grain smut, good for both grain and fodder. Creamy white grains.
PAC 403 65-70 days 8-9 Very short duration, suitable for tight cropping schedules. Good for late sowing conditions.

A Deeper Look at the Varieties

  • Pratap Cheena-1 (PC-1): Developed for Rajasthan, this variety is perfectly adapted to the hot and dry conditions often found in the western parts of Malwa. Its early maturity is a major advantage, allowing for a quick turnaround. If you are new to Cheena, this is a very reliable and forgiving variety to start with.
  • TNAU 151: Hailing from Tamil Nadu Agricultural University, this variety has shown excellent adaptability and high yield potential across India, including in central Indian conditions. If you have access to irrigation and are aiming for maximum yield, TNAU 151 is a top contender. Its grains are bold and attractive, fetching a good market price.
  • GPUP 21: Developed at the University of Agricultural Sciences, Bangalore, this variety’s key strength is its resistance to the troublesome Grain Smut disease. If you have faced issues with smut in millets before, choosing GPUP 21 can save you a lot of trouble and yield loss.

A Word on Sourcing Seeds: The success of your crop is directly tied to the quality of your seed. Always insist on buying certified seeds. Certified seeds guarantee genetic purity (you get the variety you paid for), high germination rate (more than 85%), and freedom from seed-borne diseases. Avoid buying loose grain from the mandi for sowing, as it can carry diseases and may have poor germination. Your best sources are government seed agencies, KVKs, and authorized dealers of reputable seed companies.

Your Step-by-Step Field Plan: From Land Preparation to Sowing

Good preparation is half the victory. With Cheena, following a clear, step-by-step plan for land preparation and sowing sets the stage for a healthy crop and minimizes problems later on. Here is a practical checklist to guide you.

Step 1: Timing is Everything – The Sowing Window

For the Malwa region, Cheena is primarily a Zaid (Summer) crop. The ideal sowing window is from the third week of March to the end of April. Sowing during this period allows the crop to be harvested before the monsoon arrives in mid-to-late June. Timely sowing is crucial to avoid damage from early monsoon showers during harvest and to ensure the field is ready for Kharif planting.

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Step 2: Preparing the Seedbed

The goal is to create a fine, firm, and weed-free seedbed to ensure good germination and root establishment. Cheena has small seeds, so a clod-free field is essential.

  1. Initial Ploughing: After harvesting your Rabi crop (like wheat), give the field one deep ploughing using a mouldboard plough. This helps to open up the soil and bury the previous crop’s stubble.
  2. Harrowing: Follow this with two to three cross-wise harrowings (using a disc harrow or cultivator) to break down the clods and level the field. The aim is to achieve a ‘bhurbhuri’ or fine tilth.
  3. Planking (Pata Lagana): After the final harrowing, run a wooden plank (pata) across the field. This action is critical: it breaks smaller clods, lightly compacts the soil to conserve moisture, and creates a level surface for uniform sowing and irrigation.
  4. Soil Testing: If you haven’t done it in a year or two, this is the perfect time to take a soil sample and get it tested at the nearest KVK or soil testing lab. Knowing your soil’s N-P-K status and pH level allows for precise and economical fertilizer application.

Step 3: Seed Selection and Treatment

You’ve chosen your variety, now it’s time to prepare the seed for its big day.

  • Seed Rate: The amount of seed you need depends on your sowing method.
    • For Line Sowing (Recommended): Use a seed rate of 8-10 kg per acre.
    • For Broadcasting (Chitakwa): Use a slightly higher seed rate of 10-12 kg per acre to compensate for less uniform distribution.
  • Seed Treatment (Beej Upchar) – The Essential Insurance: This non-negotiable step costs very little but provides immense protection. Treat seeds just before sowing.
    • Fungicidal Treatment: To protect against seed-borne diseases like grain smut, treat the seeds with a fungicide. Mix Thiram or Captan @ 2.5 to 3 grams per kg of seed. A simple way is to put the seed and powder in a sealed container or plastic bag and shake it vigorously until every seed is coated.
    • Bio-fertilizer Treatment: After the fungicidal treatment, a bio-fertilizer treatment can boost plant health. Mix the seeds with a culture of Azospirillum and Phosphate Solubilizing Bacteria (PSB). Use about 200 grams of each culture for the seed required for one acre. Moisten the seeds slightly with a jaggery solution (gur ka pani) so the culture sticks well. Let the seeds dry in the shade for 30 minutes before sowing. This helps in nitrogen fixation and makes phosphorus available to the plant.

Step 4: The Act of Sowing

How you place the seed in the soil makes a big difference.

  • Line Sowing (The Superior Method): This is the highly recommended method. Use a seed drill (a simple bullock-drawn or tractor-drawn ‘nai’ or ‘sarta’ also works). Maintain a row-to-row spacing of 20-25 cm and a plant-to-plant spacing of around 8-10 cm within the row. The seed should be placed at a shallow depth of 2-3 cm. Deeper sowing will lead to poor germination. Line sowing ensures uniform plant population, makes weeding and inter-culture operations easy, and leads to higher yields.
  • Broadcasting (Traditional Method): This involves scattering the seeds by hand over the prepared field, followed by a light harrowing or planking to cover them. While it’s faster, it results in uneven plant stands, wastage of seed, and makes weeding difficult. If you must broadcast, try to do it as evenly as possible on a calm day.

By following these steps diligently, you provide your Cheena crop with the best possible start in life, setting the foundation for a healthy stand and a profitable harvest.

Nutrient Management for a Bountiful Harvest

While Proso Millet is known for its ability to grow on less fertile soils, it’s a mistake to think it needs no nutrition. Like any crop, it responds very well to balanced nutrient management. Providing the right nutrients at the right time is the key to unlocking its full yield potential of 8-10 quintals per acre, rather than settling for just 4-5 quintals. The goal is not to over-fertilize but to feed the crop smartly and economically.

The Organic Foundation: Manures

The foundation of good fertility is always organic matter. Before your final harrowing, apply 2 to 4 tonnes of well-decomposed Farm Yard Manure (FYM) or compost per acre. Spread it evenly across the field. This single act does more than just supply nutrients:

  • It improves soil structure, making it easier for roots to penetrate.
  • It increases the soil’s water-holding capacity, a huge benefit in the hot summer season.
  • It feeds beneficial soil microbes, which in turn make nutrients more available to the plant.
  • It provides a slow and steady supply of essential macro and micronutrients.

Chemical Fertilizers: A Targeted Approach

Chemical fertilizers should be used to supplement the soil’s capacity, based on crop needs and ideally, a soil test report. Here is a general, practical recommendation for Malwa’s soils if you don’t have a soil test report.

General Fertilizer Dose for One Acre of Cheena:

  • Nitrogen (N): 16-20 kg
  • Phosphorus (P₂O₅): 8-10 kg
  • Potassium (K₂O): 0-6 kg (Malwa soils are generally rich in potassium, so it’s often not needed unless a soil test shows a deficiency).

How to Apply This in Practice (in terms of fertilizer bags):

Nitrogen must be applied in two split doses for best efficiency. Phosphorus and Potassium are applied all at once at the time of sowing.

1. Basal Dose (At the time of sowing):

  • Phosphorus: The entire dose of 8-10 kg P₂O₅ can be supplied by applying ~20 kg of DAP (Di-Ammonium Phosphate) or ~50 kg of SSP (Single Super Phosphate) per acre. DAP is often preferred as it also supplies some nitrogen.
  • Nitrogen: If you use 20 kg of DAP, it provides about 3.6 kg of Nitrogen. You need to add another 5-6 kg of N. This can be done with ~12-14 kg of Urea.
  • So, a simple basal dose is: 20 kg DAP + 12 kg Urea per acre. Mix these fertilizers and apply them in the furrows before sowing or broadcast them just before the final planking.

2. Top Dressing (25-30 Days After Sowing):

  • This is the critical time of active tillering and growth when the crop’s nitrogen demand peaks.
  • Apply the remaining 8-10 kg of Nitrogen. This translates to about 18-22 kg of Urea per acre.
  • Apply the Urea along the plant rows, ideally when there is moisture in the soil or just before an irrigation. Avoid broadcasting Urea on wet leaves, as it can cause scorching.

A Note on Micronutrients: Millet crops can sometimes show Zinc deficiency in sandy or high pH soils. Symptoms include yellowing or whitening of the younger leaves. If you have a known history of Zinc deficiency, you can apply 8-10 kg of Zinc Sulphate per acre as a basal dose once every 2-3 years.

By combining organic manures with a targeted, split application of chemical fertilizers, you feed the crop throughout its life cycle, ensuring vigorous growth, healthy panicle development, and plump grains.

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Your Shield and Sword: Integrated Pest & Disease Management (IPM)

One of the great advantages of Cheena is its natural hardiness. It generally faces fewer pest and disease problems compared to major cereals like wheat or maize. However, a farmer must always be vigilant. The philosophy of Integrated Pest Management (IPM) is perfect for Cheena: use preventive measures first and resort to chemical sprays only when absolutely necessary.

Key Preventive Measures (Your Shield)

  • Timely Sowing: This is the single most effective cultural practice to avoid many pests, especially the shoot fly.
  • Clean Cultivation: Keep the bunds and channels of your field free from weeds, as they often host pests and diseases.
  • Use of Resistant Varieties: As discussed earlier, varieties like GPUP 21 offer inbuilt resistance to diseases like grain smut.
  • Proper Seed Treatment: A non-negotiable step to prevent seed-borne diseases like smuts.
  • Crop Rotation: Growing Cheena in rotation with non-cereal crops helps break the life cycles of pests and pathogens.
  • Encourage Natural Enemies: Avoid unnecessary insecticide sprays that kill beneficial insects like ladybird beetles, spiders, and dragonflies, which are nature’s own pest controllers.

Major Pests and Their Management (Your Sword)

Even with good prevention, you might encounter some pests. Here’s how to identify and manage the most common ones.

1. Shoot Fly (Atherigona spp.)

  • Identification: The maggot of a small, greyish fly bores into the central shoot of young seedlings (1-4 weeks old).
  • Damage: The central shoot dies, turning brown and drying up, a symptom known as ‘dead heart’. The dead heart can be easily pulled out.
  • Management:
    • Cultural: Timely sowing is key. Early sown crops often escape the peak fly population. Use a slightly higher seed rate to compensate for potential seedling loss and remove affected plants later.
    • Chemical: Seed treatment with Imidacloprid 48% FS @ 5-7 ml/kg of seed provides initial protection. If infestation is severe (more than 10% dead hearts), a spray of Dimethoate 30% EC @ 250 ml/acre or Quinalphos 25% EC @ 400 ml/acre can be effective.

2. Stem Borer (Chilo partellus)

  • Identification: The caterpillar of a moth bores into the stem.
  • Damage: Causes ‘shot holes’ in young leaves and can also cause ‘dead hearts’ in later stages. In grown-up plants, it tunnels inside the stem, weakening it and affecting grain filling.
  • Management:
    • Cultural: Remove and destroy affected plants showing dead hearts.
    • Biological: Release of Trichogramma chilonis egg parasitoids can be effective. Pheromone traps can be installed to monitor and trap male moths.
    • Chemical: If infestation is high, spray Chlorpyrifos 20% EC @ 400 ml/acre or apply Carbofuran 3G granules @ 10 kg/acre in the plant whorls.

Major Diseases and Their Management

1. Grain Smut (Ustilago crameri)

  • Identification: This is the most common disease. Individual grains in the panicle (head) are replaced by a black, powdery mass of fungal spores. The outer wall of the grain (glume) remains intact, so it may not be visible from a distance.
  • Damage: Direct loss of grain yield. The smutted grains are unfit for consumption.
  • Management:
    • Prevention is the only cure. There is no effective spray once you see the disease.
    • Mandatory Seed Treatment: Treat seeds with Thiram or Captan @ 3g/kg seed. This is extremely effective.
    • Use Resistant Varieties: Varieties like GPUP 21 are a great choice if smut is a recurring problem in your area.
    • Field Sanitation: If you see a few infected panicles, carefully remove them in a plastic bag (to prevent spores from spreading) and burn them away from the field.

Weed Management: Don’t Feed the Competition

Weeds compete with the crop for water, nutrients, and sunlight, especially in the first 30-40 days. Effective weed control can boost yields by 20-30%.

  • Mechanical/Manual: The best method is one or two hand weedings or inter-cultivations using a wheel hoe. The first weeding should be done at 15-20 Days After Sowing (DAS) and the second, if needed, at 30-35 DAS. This also aerates the soil.
  • Chemical: If manual weeding is not feasible due to labor shortage, herbicides can be used.
    • Pre-emergence: A spray of Atrazine 50% WP @ 400 grams per acre, dissolved in 200 liters of water, can be applied within 2 days of sowing on moist soil. This controls many grasses and broad-leaved weeds as they germinate.
    • Post-emergence: For controlling broad-leaved weeds later, a spray of 2,4-D Sodium Salt 80% WP @ 250 grams per acre can be used around 20-25 DAS. Caution: Ensure it doesn’t drift onto neighboring crops like cotton or pulses, as it can cause severe damage.

Always read the product label carefully before using any chemical and follow all safety precautions, including wearing protective gear.

Harvesting, Threshing, and Storing for Maximum Value

After 60-odd days of hard work, the sight of golden panicles heavy with grain is a farmer’s greatest reward. But the job isn’t finished yet. Proper harvesting, threshing, and storage are crucial to minimize losses and ensure you get the full value of your produce.

When to Harvest: Reading the Signs

Timing the harvest is a critical balance. Harvest too early, and the grains will be underdeveloped and shriveled, leading to low yield and poor quality. Harvest too late, and you risk significant losses due to grain shattering (falling off the panicle) and bird damage.

Look for these signs of maturity:

  • The leaves and stem start turning yellow and dry up.
  • The panicles (heads) droop down due to the weight of the grains.
  • The grains become hard and cannot be easily crushed between your thumbnails.
  • Harvest when approximately 80-85% of the grains on the panicles are mature and hard. The grains at the top of the panicle mature first.

The Harvesting Process

  1. Cutting: The crop is harvested manually using sickles. Cut the plants close to the ground to maximize the amount of fodder (stover) you get.
  2. Stacking and Drying: After cutting, the plants are tied into small bundles. These bundles are then stacked upright in the field in small heaps (stooks) for a few days (3-4 days). This allows the plants and grains to dry further in the sun, which makes threshing much easier.

Threshing and Cleaning: Separating the Gold

Threshing is the process of separating the grain from the panicle.

  • Manual Threshing: The traditional method is to spread a large tarpaulin (tripal) or use a clean, hard patch of ground. The dried bundles are then beaten with wooden sticks or flails to release the grains. This is labor-intensive but effective for small quantities.
  • Animal Trampling: In some areas, bullocks are made to trample over the dried harvest spread on the threshing floor.
  • Mechanical Threshing: For larger quantities, using a mechanical thresher is the most efficient option. Multi-crop threshers or paddy threshers can be adjusted (by changing the sieve and cylinder speed) to work for proso millet. This saves immense time and labor.

After threshing, the mixture contains grain, chaff, dust, and broken straw. The next step is winnowing. This is done by tossing the mixture into the air on a breezy day. The heavier grain falls straight down, while the lighter chaff and dust are blown away. This can also be done using a fan if there is no wind.

The Final Step: Drying and Storage

Proper drying is the key to safe, long-term storage. Grain with high moisture content is vulnerable to mold, insects, and spoilage.

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  • Sun Drying: Spread the cleaned grain in a thin layer on a tarpaulin or a clean pucca floor under the bright sun. Stir the grain periodically to ensure uniform drying. The goal is to bring the moisture content down to 12-14%. A simple test: take a handful of grains and bite one. If it breaks with a sharp, cracking sound, it is sufficiently dry.
  • Storage: Once dried, the grain is ready for storage.
    • Use clean, dry jute gunny bags. Never use old fertilizer bags unless they have been thoroughly washed and dried.
    • Store the bags in a cool, dry, and well-ventilated room or godown.
    • Stack the bags on wooden pallets or a raised platform to prevent moisture absorption from the floor.
    • To protect against storage pests like weevils, you can mix dried neem leaves with the grain.

By handling the post-harvest operations with care, you ensure that the quality of your produce is maintained, fetching you a better price in the market and providing safe, quality grain for your family and feed for your animals.

The Profit Equation: A Realistic Look at Cheena Economics (Per Acre)

Practical wisdom means knowing the numbers. Is cultivating Cheena truly profitable? Let’s break down the typical costs and potential income for one acre of Cheena cultivation in the Malwa region, assuming good farming practices. These are estimates, and your actual figures will vary, but this provides a realistic picture.

Expenditure (Costs) Per Acre

This includes all the money you will spend from preparing the land to bringing the harvest home.

Cost Component Estimated Cost (₹) Notes
Land Preparation (1 ploughing + 2 harrowing) 2,500 Tractor rental cost.
Seeds & Seed Treatment 900 10 kg certified seed @ ₹80/kg + treatment cost.
Manures & Fertilizers 1,800 Cost of FYM/compost application + DAP & Urea.
Sowing 600 Labor/machine cost for line sowing.
Irrigation (3 irrigations) 2,500 Varies greatly based on water source (canal/tube well).
Weed & Pest Control 1,200 Cost for 1-2 manual weedings or one herbicide spray.
Harvesting & Threshing 3,000 Labor cost is highest here.
Miscellaneous 500 Transport, bags, etc.
Total Estimated Cost ₹ 13,000 This is your total investment per acre.

Income (Revenue) Per Acre

This is the money you earn from selling your produce. Cheena gives you two streams of income: grain and fodder.

1. Income from Grain:

  • Average Yield: With good practices, a realistic yield is 8 to 10 quintals per acre. Let’s take a conservative average of 9 quintals/acre.
  • Market Price: The price fluctuates based on demand and quality. A typical range is ₹2,500 to ₹3,200 per quintal. Let’s use a moderate price of ₹2,800 per quintal.
  • Total Grain Income: 9 quintals × ₹2,800/quintal = ₹ 25,200

2. Income from Fodder (Stover/Kadbi):

  • Average Yield: You can expect about 20-25 quintals of dry fodder per acre. Let’s take 22 quintals.
  • Market Price: The price of dry fodder is high during summer. It can range from ₹200 to ₹300 per quintal. Let’s assume a price of ₹250 per quintal.
  • Total Fodder Income: 22 quintals × ₹250/quintal = ₹ 5,500

The Final Calculation: Net Profit

Now, let’s put it all together.

  • Total Income (A): ₹ 25,200 (Grain) + ₹ 5,500 (Fodder) = ₹ 30,700
  • Total Cost (B): ₹ 13,000
  • Net Profit (A – B): ₹ 30,700 – ₹ 13,000 = ₹ 17,700 per acre

The Key Takeaway: A net profit of approximately ₹17,000 to ₹18,000 per acre is realistically achievable. The most important thing to remember is that this income is earned in just 60-75 days from land that would otherwise have been empty and unproductive. It is an additional bonus income over and above your main Rabi and Kharif earnings, earned with lower risk and lower investment.

Frequently Asked Questions (FAQ)

Here are answers to some common questions that farmers in Malwa might have about growing Cheena.

1. Can I grow proso millet without any irrigation in the Zaid season?
It is very risky. While Cheena is highly drought-tolerant, the Zaid season (April-June) in Malwa is extremely hot and dry. To get a decent yield, you need at least 2-3 light irrigations at critical stages (tillering, flowering, grain filling). Sowing on residual moisture after wheat might give germination, but without any supplemental irrigation, the crop will be severely stressed, and your yield will be very low, perhaps only 2-3 quintals per acre. It’s not commercially viable without some irrigation.
2. My Cheena plants are turning yellow. What could be the reason?
Yellowing can have several causes. The most common one is Nitrogen deficiency, especially if the whole plant, including older leaves, is turning a pale yellow-green. This can be corrected by top-dressing with Urea (18-22 kg/acre) around 25-30 days after sowing. Other causes could be water stress (either too little or too much water), or an attack by shoot fly in the early stages (which causes the central shoot to yellow and die). Observe your plants carefully to diagnose the correct problem before taking action.
3. Where can I sell my proso millet grain? Is there a good market for it?
Yes, there is a growing market. You can sell your Cheena grain at the local APMC mandi (grain market). It is purchased for several purposes: as a food grain (its flour is used for making rotis), as an ingredient in birdseed and poultry feed mixes, and for processing into value-added products like millet flakes. As awareness about millets grows, demand is steadily increasing. Check the prices at your nearest mandis like Indore, Ujjain, or Dewas as harvest approaches.
4. Can I use the same thresher that I use for wheat or soybean?
You can, but it requires some adjustments. Proso millet grains are very small. You will need to use a thresher with the correct sieve size (a smaller mesh) to prevent the grains from being lost with the chaff. You also need to adjust the cylinder speed and concave clearance. Running the thresher at the same high speed used for wheat can break the millet grains. It’s best to consult with the thresher operator or manual to set it correctly for small millets. Start slow and check the output to minimize grain loss and breakage.
5. Is Cheena fodder good for milch animals like cows and buffaloes?
Absolutely. Cheena fodder (stover) is an excellent source of dry fodder for livestock. It is more nutritious and palatable than wheat straw. It has a higher protein content and is easily digestible. In the peak summer months when green fodder is scarce, feeding your milch animals with Cheena kadbi can help maintain their health and milk production. Many farmers grow Cheena as much for its valuable fodder as for its grain.

Conclusion: Your 60-Day Opportunity

We began this guide by acknowledging a challenge: the harsh, unproductive Zaid season in Malwa. We end it with a clear, actionable solution: the cultivation of Proso Millet.

Cheena is more than just a crop; it’s a testament to practical wisdom. It works with our climate, not against it. It respects our limited resources of water and capital. It enriches our soil and nourishes our livestock. And, most importantly, it offers the opportunity to earn a significant additional income—a profit of ₹15,000 to ₹18,000 per acre—in just two months, from land that would otherwise give us nothing.

The path is clear. The knowledge is in your hands. This Zaid season, don’t let your fields lie fallow. Choose a good variety of Cheena, prepare your land well, and follow the steps outlined in this guide. Embrace this 60-day opportunity. By turning the challenge of summer into a chance for profit, you will not only be cultivating a crop, but also cultivating a more resilient and prosperous future for your farm and your family.

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