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Agrite South Sudan, Shirkhat, Bor (2026)

16/11/2025

How a chick is hatched

METHOD ONE

🥚 1. The hen lays an egg

Hens lay eggs whether or not a rooster (male chicken) is around.

If no rooster mates with her, the egg is unfertilized, meaning it will never develop into a chick — it’s just like the eggs you buy to eat.

🐓 2. The rooster mates with the hen

When a rooster mates with a hen, he transfers s***m into her body.

The s***m can fertilize the egg cell inside her before the eggshell forms.

Once fertilized, the hen lays that fertilized egg a day or so later.

🌡️ 3. The fertilized egg is kept warm (incubation)

For the chick to grow, the fertilized egg needs warmth (about 37–38°C / 99–100°F).

This can happen naturally if the hen sits on the eggs (brooding), or artificially in an incubator.

🐣 4. Development inside the egg

Inside the egg:

Day 1–3: The embryo starts forming — heart, eyes, and spine appear.

Day 4–10: Wings, legs, and beak start to grow.

Day 11–20: Feathers develop, and the chick fills most of the egg.

Day 21: The chick breaks the shell (pips) and hatches!

🐥 5. The chick hatches

It uses a small “tooth” on its beak (called the egg tooth) to crack the shell.

Once out, it dries off, fluffs up, and begins walking within hours.

15/11/2025

Mulching in vegetable production is the practice of covering the soil surface with organic or synthetic materials to create a more favorable growing environment.

Key benefits include improved moisture conservation, w**d suppression, and soil temperature regulation. Mulching reduces the need for irrigation and herbicides, while organic mulches also improve soil fertility as they decompose.

Types of mulch
- Organic mulches: Made from plant or animal materials like straw, hay, compost, wood chips, or grass clippings. They add nutrients and organic matter to the soil as they break down but are often more labor-intensive for large-scale operations.
- Synthetic mulches: Typically plastic sheets (like black or clear polyethylene), but also include landscape fabrics. They are often used in commercial settings for their effectiveness in warming the soil and their durability. Colored mulches, like red or white, are used to manipulate soil temperature or deter pests.

Benefits of mulching
- Moisture conservation: Mulch reduces water evaporation from the soil surface, which is especially helpful in dry climates and can reduce irrigation needs.
- W**d control: It creates a barrier that blocks sunlight, preventing w**d seeds from germinating and suppressing w**d growth. This decreases competition for nutrients and water.
- Temperature regulation: Mulch insulates the soil, keeping it cooler in the summer and warmer in the winter. This protects roots and can extend the growing season.
- Soil improvement: Organic mulches improve soil structure and fertility by adding nutrients and organic matter as they decompose. This enhances soil health and water-holding capacity.
- Erosion prevention: Mulch protects the soil from erosion caused by rain and wind.
- Disease reduction: It acts as a barrier between the soil and the plant, which can help prevent certain soil-borne diseases and rots that occur when fruits or vegetables touch the ground.
- Reduced labor: By suppressing w**ds and reducing the need for cultivation, mulching can significantly reduce labor time and the need for chemical w**d control.

Considerations for application
- Soil temperature: In cooler climates, wait until the soil has warmed before applying a mulch like straw to avoid keeping the roots cold.
- Application depth: Apply a layer of about 3 inches for many organic mulches, keeping it a few inches away from the base of the plant's stem to allow for air circulation and prevent rot.
- Pre-planting: Some plastic mulches are laid on beds before planting, often in conjunction with drip irrigation lines.
- End of season: At the end of the growing season, organic mulch can be tilled into the soil to further improve it.

12/11/2025

Shout out to our newest followers! Excited to have you onboard! Jok Mabil Duot, Angok Magot, Barnabas De-Second, Gabriel Anyang, Joseph Ndulani, Riak Mark Matiop, Jacob Mabior A Naibek, Aluel Daiarikdel Gopamiot, Chol Abuol Cholmakuacdit, Dengthin Thok Deng, John Akim, Monster Ov, Mading Akim, Modi Max, Kur Ezekiel, Kiryowa Raymond Omulimisa, Awan Majak Agoot, Biar John, Ghai Mabil Duot, Kur Aleu Deng, Ateny Akoy Riak

12/11/2025

Organic fertilisers:

Soil fertility is one of the most critical factors needs to be maintained so farmers can continue to grow productive and nutritious crops, especially in southern Africa where soils are often fragile and lacking in plant nutrients. Soils are often quickly depleted if mismanaged, further exacerbated by natural biophysical processes such as rain, wind and/or heat. The use of organic fertiliser can help farmers to improve soil fertility, as they improve absorption of water and add nutrients into the soil, drastically improving crop production. Organic fertilisers are plant (crop residues) or animal-based materials, such as green manure, worm mouldings, compost, animal waste, and sewage residues, many of which may be readily available on the farm, or within a farming community. These products are potential counters to inorganic fertilisers - artificially manufactured chemicals (synthetic) mined from mineral deposits comprising minerals such as nitrogen, phosphorus and magnesium - which are often costly when few farmers can access credit needed to sustainably access such materials. Organic fertilisers are considered climate smart as they utilise (recycle) readily available organic materials to feed soil and crops simultaneously as they add nutrients into the soil and condition it, and thus increase productivity and resilience, while inorganic fertilisers add nutrients to the soil only, and are often expensive.

Technical Application
Organic fertilisers can be produced at the household level or purchased. On-farm production includes stock-piling animal manure, crop residues, and other organic waste, following appropriate guidance for processing and usage.

To apply organic fertilisers the following should be considered:

Step 1: Assess field area where fertiliser is to be applied, and fertiliser needs – poor crop performance, low organic matter content, etc.
Step 2: Ensure that fertiliser is available in sufficient quantities for application in all target or priority fields.
Step 3: Ensure organic fertiliser – especially green manure/crop residues – are broken-down/chopped to aid breakdown/integration with soil.
Step 4: Monitor soil nutrient levels and crop performance (in the light of prevailing climatic conditions) to determine success of organic fertilisers.

10/11/2025

Early Land Preparation:

Key stages of land preparation.

- Clearing: Remove all previous crop residues, w**ds, stones, and other obstacles from the field.
- Tilling/Ploughing: Loosen the soil to allow for easy root growth and to incorporate organic matter. This is often done with a plough or tractor.
- Harrowing: Break up the soil clumps after tilling to create a finer, smoother seedbed.
- Leveling: Make the land flat or create gentle slopes to ensure proper water and air movement and facilitate uniform planting.
- Fertilizing/Manuring: Mix in organic matter like compost or manure to improve soil fertility before planting.
- Bed-making (optional): For some crops, create raised beds or ridges for better drainage and root growth, especially in waterlogged areas.

Why timely preparation is crucial.

- Moisture conservation: Early preparation helps trap and retain rainwater in the soil for the crop's needs.
- W**d control: It exposes and kills w**ds before they can compete with the crop, and allows for early chemical or manual removal.
Pest and disease reduction: Turning the soil can bury crop residues, which helps reduce the carry-over of pests and diseases into the next season.
- Improved soil structure: Loosening the soil improves aeration, while incorporating organic matter enhances its structure and fertility.
- Reduced labor pressure: Spreading the preparation work over a longer period avoids a last-minute rush and allows for a timely planting season, which is critical for many rain-fed crops.

09/11/2025

Crop rotation is the practice of planting different types of crops in the same area across a sequence of growing seasons to improve soil health, manage pests and diseases, and increase yields. This involves growing a variety of crops in a planned sequence, such as following a "heavy feeder" crop like corn with a legume like beans, which replenishes soil nitrogen.

08/11/2025

Healthy soil = Healthy crops.

Soil testing is important as it provides information about a soil's health, fertility, and composition, which is essential for making informed decisions about agriculture and construction. It allows for precise nutrient management to improve crop yields and plant health, helps determine the soil's pH level, and informs choices about fertilizers to save money and reduce environmental impact.

Agricultural and horticultural benefits

Improves crop and pasture production: By identifying nutrient deficiencies and excesses, soil testing helps ensure plants get the nutrients they need, leading to better growth, higher quality crops, and increased pest and disease resistance.

Optimizes fertilizer use: You can apply the correct amount and type of fertilizer, which increases efficiency, saves money, and prevents issues like nutrient runoff and groundwater contamination.

Manages soil pH: A test reveals the soil's pH level, allowing you to adjust acidity or alkalinity. This improves nutrient availability to plants and can prevent toxicity from elements like aluminum.

Enhances soil health: Testing provides insights into organic matter content, which is crucial for soil structure and health. This information helps guide practices like adding organic matter or planting cover crops.

Tracks long-term changes: Regular testing allows for monitoring how soil conditions change over time and helps establish a baseline for new landowners.

07/11/2025

Improved seeds increase crop yields through enhanced genetic traits like higher productivity, disease resistance, and better adaptation to environmental stresses like drought. These seeds, developed through systematic breeding and modern technology, often lead to more bountiful harvests per acre, greater resilience in varying climates, and improved nutritional value compared to traditional varieties. Always source from the right Agro-dealers.

06/11/2025

We also have teak seedlings. Teak plant does very well in most parts of South Sudan. Let's mitigate climate change together through reafforestation.

05/11/2025

This image shows maize (corn) cobs with poor kernel development specifically, missing or irregular grain formation. This condition is commonly referred to as poor grain filling or kernel abortion. There are several possible causes, which generally relate to pollination failure, nutrient stress, or environmental conditions. Here’s a detailed explanation:

1. Poor Pollination:
This is the most common cause.
Cause: Inadequate pollen reaching the silks due to drought, heat stress, or poor tassel development.

How it happens: Each kernel forms only if a silk strand receives pollen. If silks dry prematurely or pollen shed and silk emergence are not synchronized, kernels fail to form.

Signs: Parts of the cob (often at the tip or sides) have missing or undeveloped kernels — exactly like what’s seen in your photo.

2. Drought or Heat Stress:
When: Around silking and grain-filling stages.

Effect: High temperatures (>35 °C) or low moisture reduce pollen viability and silk receptivity.

Outcome: Fewer fertilized kernels and poor grain filling.

3. Nutrient Deficiency:
Particularly: Nitrogen and phosphorus deficiency.

Effect: Reduces plant vigor and assimilate supply during grain filling, causing incomplete kernel development or abortion.

4. Pest or Disease Damage:
Examples:

Stem borers or earworms damaging silks or ears.

Maize streak virus or ear rots interfering with nutrient flow.

Result: Affected parts of the cob fail to develop grains.

5. Genetic or Variety Issues:
Some hybrids are more sensitive to stress or have poor synchrony between tasseling and silking, leading to incomplete pollination under stress.

6. Environmental Factors:
Poor spacing or uneven stands cause asynchronous flowering, where some plants shed pollen earlier than others.

Strong winds or excessive rain during pollination can also wash away or damage pollen.

Recommendations:

1. Ensure good plant spacing for uniform flowering.
2. Irrigate or conserve soil moisture during tasseling and silking.
3. Maintain soil fertility—apply balanced NPK and micronutrients.
4. Monitor for pests and diseases.
5. Select drought- and heat-tolerant hybrids suitable for your region.

01/10/2025

Success story 😇

01/10/2025

TURN YOUR POULTRY DREAMS INTO PROFITABLE REALITY!

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