Gehu ka Mama Canary grass (Phalaris minor)

Canary grass is a major weed of wheat crops. It competes with wheat for nutrients, water, light, and space, which reduces crop yield. It grows rapidly during the early stages of wheat and looks similar to wheat plants, making it difficult to identify. Proper weed management practices such as timely sowing, crop rotation, and use of recommended herbicides are necessary to control canary grass in wheat fields.

Canary grass is a harmful weed in wheat fields. It grows fast and competes with wheat plants for water, nutrients, sunlight, and space. Because it looks like wheat at the early stage, farmers cannot easily identify it. Heavy infestation of canary grass reduces wheat growth and can cause 30–50% yield loss. It also increases the cost of cultivation and lowers grain quality.

Gehu crop growth is very slow

Wheat crop growth refers to the increase in plant height, tiller number, leaf area, and biomass from sowing to maturity. When wheat growth is very slow, it indicates that the plant is unable to carry out normal physiological and metabolic activities due to unfavorable conditions
. Major theoretical causes 1. Nutrient deficiency Nitrogen is essential for chlorophyll formation, protein synthesis, and vegetative growth. Deficiency of nitrogen leads to reduced cell division and elongation, resulting in stunted and pale plants. Micronutrients such as zinc play a key role in enzyme activation and hormone (auxin) synthesis. Zinc deficiency reduces internode elongation and tiller development, causing slow growth.
2. Water stress Water is required for nutrient uptake, photosynthesis, and cell expansion. Moisture stress reduces turgor pressure and slows growth. Waterlogging limits oxygen supply to roots, reducing respiration and nutrient absorption. 3. Poor root development The Crown Root Initiation (CRI) stage is critical for wheat. If irrigation or nutrients are inadequate at this stage, root development is restricted, leading to poor nutrient and water uptake and hence slow growth throughout the season. 4. Temperature stress Wheat growth is optimal between 15–25°C. Low temperatures reduce enzyme activity and metabolic rate, resulting in slow vegetative growth. Extremely high temperatures also disrupt physiological processes. 5. Soil-related constraints Soil compaction, salinity, or low organic matter restrict root penetration and microbial activity, leading to reduced nutrient availability and slow crop growth. 6. Biotic stresses Weeds compete for nutrients, water, and light, while pests and diseases damage plant tissues, further reducing growth rate.

Makka Me Sundi

The caterpillar worm is a common pest that ruins maize (corn) crops. It is the young stage of a moth. These caterpillars eat the maize leaves, stems, and sometimes the cobs. They make holes in the leaves and damage the top part of the plant where it grows. Because of this, the plant becomes weak and produces much less corn. This pest spreads quickly when the weather is warm and rainy. If farmers do not stop them in time, they can cause heavy crop loss.

Caterpillar worms are serious pests of maize crops. They are the immature form of moths and mainly feed on green parts of the plant. The caterpillars damage leaves by chewing them and may also attack the stem and developing cobs. This injury weakens the plant and lowers grain production. These pests increase quickly during warm and moist conditions. If farmers do not manage them in time, crop yield can be greatly reduced. Control measures include regular field inspection, removal of caterpillars by hand, maintaining clean fields, and applying suitable insecticides when necessary.

Makka Crop Growth is Slow

Maize growth is very important for getting a good yield. Sometimes maize plants grow very slowly or their growth stops, and the crop looks weak and unhealthy. This can happen due to poor soil nutrition, lack of water, pests, or bad weather conditions.

To improve maize growth, different types of fertilizers are used. These fertilizers help in better root development and overall plant health. For example, growth-promoting products like Root Plus and other fertilizers provided through ACI Plant Technology support strong roots, improve nutrient uptake, and help the crop grow healthy and green. Proper use of fertilizers along with good crop management helps in achieving better maize growth and higher production.

Makka Black Roots

Black root in maize is a serious condition where the roots turn dark or black and begin to rot. This problem mainly occurs due to fungal infection and excess soil moisture. Poor drainage and continuous waterlogging create favorable conditions for disease development.

Roots become weak and cannot absorb nutrients
Plant growth slows down or stops
Leaves turn yellow and the plant may dry
Yield is reduced

Black root in maize is a serious problem that affects plant growth. It usually happens due to fungal infection or excess moisture in the soil. When water stays in the field for a long time and drainage is poor, the roots start rotting and turn black. As a result, the plant becomes weak, growth slows down, and leaves may turn yellow.

Waterlogging in the field
Poor soil drainage
Soil-borne fungi

Dhaan 1 Dose Fertilizer And Time

Rice crop first dose is important because it promotes fast growth and quick fertilizer response.
The first dose provides essential nutrients at the early stage, which helps strong root development, healthy tillers, and rapid plant growth. A good first dose ensures better crop establishment and higher yield potential .

Rice crop first dose is very important because growth is fast and fertilizer uptake is quick at the early stage. The first dose should be applied 7 to 14 days after transplanting to ensure strong root development, better tillering, and healthy crop growth .

This product helps in fast and healthy crop growth.

Dhaan second Dose Fertilizer And Time

Rice crop second dose is important because growth is rapid and fertilizer uptake is fast, which helps improve tillering and overall plant strength .

Rice crop second dose is important because growth is fast and fertilizer uptake is quick, helping strong tillering and healthy crop development.

The second dose should be applied 22 to 25 days after transplanting, during active tillering stage, for fast growth and better nutrient uptake.

Mustard White Rust Diseases

White rust is a common disease of mustard.
It shows white, powder-like patches on the lower side of leaves, stems, and flowers.
Affected leaves may become thick, curled, and yellow.
Flowers can turn into abnormal leafy structures, reducing seed formation.

White rust is a fungal disease of mustard. It causes white blister-like patches on the underside of leaves and affects stems and flowers. The disease spreads in cool, moist conditions and reduces yield by damaging leaves and seed formation.